{"lab":{"_id":"69ad52a4de79e566650fd304","accr_number":"1235","country":"CZ","accr_body":"ČIA","address":"Bezručova 1200, Nový Bohumín, 735 81 Bohumín","categories":["water","materials"],"city":"Bohumín","imported_at":"2026-03-08T10:42:44.590Z","methods_count":23,"name":"MS UTILITIES & SERVICES a.s.","parse_status":"parsed","parse_version":5,"pdf_files":["1235_203_2024_CS.pdf","1235_203_2024_EN.pdf"],"scope_summary":"Wykonywanie analiz chemicznych żelaza technicznego, cynku, analizy chemiczne wód i wyciągów wodnych, pomiary hałasu i pobieranie próbek wód.","search_text":"ms utilities & services a.s. bezručova 1200, nový bohumín, 735 81 bohumín 1235","status":"active","updated_at":"2026-03-08T14:52:09.230Z","valid_from":"","valid_until":"28-12-2027","website":"www.ms-us.cz","email_confidence":"high","email_mx":true,"email_source":"https://www.ms-us.cz","map_coord":[49.895226,18.357762],"map_geo":"nominatim-street","certificate_date":"01.10.2026","certificate_no":"449/2026","certificate_replaces":"203/2024 z 06.05.2024","en_official":false,"fields_of_testing":[{"codes":"","pl":"Wykonywanie analiz chemicznych żelaza technicznego, cynku, analizy chemiczne wód i wyciągów wodnych, pomiary hałasu i pobieranie próbek wód.","en":"Chemical analysis of technical iron and zinc, chemical analysis of waters and aqueous leachates, measurement of noise and sampling of waters.","zh":"工业铁和锌的化学分析，水和水浸出液的化学分析，噪声测量和水采样。","cs":"Provádění chemických analýz technického železa, zinku, chemické analýzy vod a vodných výluhů, měření hluku a vzorkování vod."}],"flexible_scope":true,"flexible_scope_url":"https://www.ms-us.cz/sluzby/laborator","has_en":true,"has_zh":true,"lab_division":"Laboratorium Chemiczne i Ekologiczne","lab_division_cs":"Chemická a ekologická laboratoř","lab_division_en":"Chemical and Ecological Laboratory","lab_division_zh":"化学与生态实验室","parse_date":"2026-09-28T12:00:00.000Z","parse_source":"reczna-analiza-labcoda-3","parsed_at":"2026-09-28T12:00:00.000Z","scope_legend":[{"abbr":"SOP","pl":"standardowa procedura operacyjna","en":"standard operating procedure","zh":"标准操作程序","cs":"standardní operační postup"},{"abbr":"TNV","pl":"branżowa norma techniczna gospodarki wodnej","en":"sectoral technical standard of water management","zh":"水务行业技术标准","cs":"odvětvová technická norma vodního hospodářství"},{"abbr":"ASTM","pl":"przepis American Society for Testing and Materials","en":"standard of the American Society for Testing and Materials","zh":"美国材料与试验协会标准","cs":"předpis American Society for Testing and Materials"},{"abbr":"RL","pl":"substancje rozpuszczone","en":"dissolved substances","zh":"溶解性物质","cs":"rozpuštěné látky"},{"abbr":"NL","pl":"substancje nierozpuszczone","en":"undissolved substances","zh":"不溶性物质","cs":"nerozpuštěné látky"},{"abbr":"RAS","pl":"rozpuszczone sole nieorganiczne","en":"dissolved inorganic salts","zh":"溶解性无机盐","cs":"rozpuštěné anorganické soli"},{"abbr":"IČ","pl":"spektrometria w podczerwieni","en":"infrared spectrometry","zh":"红外光谱法","cs":"infračervená spektrometrie"},{"abbr":"AAS-ETA","pl":"atomowa spektrometria absorpcyjna z atomizacją termiczną","en":"atomic absorption spectrometry with thermal atomisation","zh":"热原子化原子吸收光谱法","cs":"atomová absorpční spektrometrie s termickou atomizací"},{"abbr":"Plamenová AAS","pl":"atomowa spektrometria absorpcyjna z atomizacją w płomieniu","en":"atomic absorption spectrometry with flame atomisation","zh":"火焰原子化原子吸收光谱法","cs":"atomová absorpční spektrometrie s plamenovou atomizací"},{"abbr":"ICP-OES","pl":"optyczna spektrometria emisyjna z plazmą wzbudzoną indukcyjnie","en":"inductively coupled plasma optical emission spectrometry","zh":"电感耦合等离子体发射光谱法","cs":"optická emisní spektrometrie s indukčně vázaným plazmatem"}],"scope_notes":[{"pl":"Laboratorium jest kompetentne do samodzielnego pobierania próbek.","en":"The laboratory is qualified to carry out standalone sampling.","zh":"实验室有能力独立进行采样。","cs":"Laboratoř je způsobilá provádět samostatné vzorkování."}],"source_lang":"cs","source_pdf_sha256":"be1dcee23f6ac16ec5d4c839f4e953ccd627137ff1221ad4089fbb510fd9b502","source_pdf_url":"https://www.cai.cz/OA/pdf/449_2026_CS.pdf","source_pdf_url_en":null},"methods":[{"_id":"8eaeb3cb95b3762ec9b5d92b","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"1","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie zawartości Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B metodą optycznej spektrometrii emisyjnej ze wzbudzeniem iskrowym","methodology_en":"Determination of Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B content by spark optical emission spectrometry","methodology_zh":"火花激发光学发射光谱法测定Mn、Si、P、Cu、Ni、Cr、Mo、V、Ti、W、Al、Sn、As、Sb、Nb、B含量","methodology_cs":"Stanovení obsahu Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B metodou optické emisní spektrometrie s jiskrovým buzením","parameters":[{"name":"Mangan (Mn)","range":""},{"name":"Krzem (Si)","range":""},{"name":"Fosfor (P)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Molibden (Mo)","range":""},{"name":"Wanad (V)","range":""},{"name":"Tytan (Ti)","range":""},{"name":"Wolfram (W)","range":""},{"name":"Glin (Al)","range":""},{"name":"Cyna (Sn)","range":""},{"name":"Arsen (As)","range":""},{"name":"Antymon (Sb)","range":""},{"name":"Niob (Nb)","range":""},{"name":"Bor (B)","range":""}],"parameters_en":[{"name":"Manganese (Mn)","range":""},{"name":"Silicon (Si)","range":""},{"name":"Phosphorus (P)","range":""},{"name":"Copper (Cu)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Chromium (Cr)","range":""},{"name":"Molybdenum (Mo)","range":""},{"name":"Vanadium (V)","range":""},{"name":"Titanium (Ti)","range":""},{"name":"Tungsten (W)","range":""},{"name":"Aluminium (Al)","range":""},{"name":"Tin (Sn)","range":""},{"name":"Arsenic (As)","range":""},{"name":"Antimony (Sb)","range":""},{"name":"Niobium (Nb)","range":""},{"name":"Boron (B)","range":""}],"parameters_zh":[{"name":"锰（Mn）","range":""},{"name":"硅（Si）","range":""},{"name":"磷（P）","range":""},{"name":"铜（Cu）","range":""},{"name":"镍（Ni）","range":""},{"name":"铬（Cr）","range":""},{"name":"钼（Mo）","range":""},{"name":"钒（V）","range":""},{"name":"钛（Ti）","range":""},{"name":"钨（W）","range":""},{"name":"铝（Al）","range":""},{"name":"锡（Sn）","range":""},{"name":"砷（As）","range":""},{"name":"锑（Sb）","range":""},{"name":"铌（Nb）","range":""},{"name":"硼（B）","range":""}],"parameters_cs":[{"name":"Mn","range":""},{"name":"Si","range":""},{"name":"P","range":""},{"name":"Cu","range":""},{"name":"Ni","range":""},{"name":"Cr","range":""},{"name":"Mo","range":""},{"name":"V","range":""},{"name":"Ti","range":""},{"name":"W","range":""},{"name":"Al","range":""},{"name":"Sn","range":""},{"name":"As","range":""},{"name":"Sb","range":""},{"name":"Nb","range":""},{"name":"B","range":""}],"technique":"optyczna spektrometria emisyjna ze wzbudzeniem iskrowym","technique_en":"spark optical emission spectrometry","technique_zh":"火花激发光学发射光谱法","technique_cs":"metodou optické emisní spektrometrie s jiskrovým buzením","techniques":["optyczna spektrometria emisyjna ze wzbudzeniem iskrowym"],"techniques_en":["spark optical emission spectrometry"],"techniques_zh":["火花激发光学发射光谱法"],"techniques_cs":["metodou optické emisní spektrometrie s jiskrovým buzením"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie zawartości Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B metodą optycznej spektrometrii emisyjnej ze wzbudzeniem iskrowym\nZakres:\nMangan (Mn)\nKrzem (Si)\nFosfor (P)\nMiedź (Cu)\nNikiel (Ni)\nChrom (Cr)\nMolibden (Mo)\nWanad (V)\nTytan (Ti)\nWolfram (W)\nGlin (Al)\nCyna (Sn)\nArsen (As)\nAntymon (Sb)\nNiob (Nb)\nBor (B)\noptyczna spektrometria emisyjna ze wzbudzeniem iskrowym","reference":"SOP 8.3.1 (ASTM E 415; ASTM E 1999; ASTM E 1086)","norm_bases":["SOP 8.3.1","ASTM E 415","ASTM E 1999","ASTM E 1086"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":true,"flexibility":"A, B, D","outside_premises":false,"note":"Stal stopowa i niestopowa, żeliwo, surówka","note_en":"Alloy and non-alloy steel, cast iron, pig iron","note_zh":"合金钢和非合金钢、铸铁、生铁","note_cs":"Legovaná i nelegovaná ocel, litina, surové železo","search_text":"Żelazo techniczne Oznaczanie zawartości Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B metodą optycznej spektrometrii emisyjnej ze wzbudzeniem iskrowym optyczna spektrometria emisyjna ze wzbudzeniem iskrowym Mangan (Mn)  Krzem (Si)  Fosfor (P)  Miedź (Cu)  Nikiel (Ni)  Chrom (Cr)  Molibden (Mo)  Wanad (V)  Tytan (Ti)  Wolfram (W)  Glin (Al)  Cyna (Sn)  Arsen (As)  Antymon (Sb)  Niob (Nb)  Bor (B)  Technické železo Stanovení obsahu Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B metodou optické emisní spektrometrie s jiskrovým buzením metodou optické emisní spektrometrie s jiskrovým buzením Mn  Si  P  Cu  Ni  Cr  Mo  V  Ti  W  Al  Sn  As  Sb  Nb  B  SOP 8.3.1 (ASTM E 415; ASTM E 1999; ASTM E 1086) Zelazo techniczne Oznaczanie zawartosci Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B metoda optycznej spektrometrii emisyjnej ze wzbudzeniem iskrowym optyczna spektrometria emisyjna ze wzbudzeniem iskrowym Mangan (Mn)  Krzem (Si)  Fosfor (P)  Miedz (Cu)  Nikiel (Ni)  Chrom (Cr)  Molibden (Mo)  Wanad (V)  Tytan (Ti)  Wolfram (W)  Glin (Al)  Cyna (Sn)  Arsen (As)  Antymon (Sb)  Niob (Nb)  Bor (B)  Technicke zelezo Stanoveni obsahu Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B metodou opticke emisni spektrometrie s jiskrovym buzenim metodou opticke emisni spektrometrie s jiskrovym buzenim Mn  Si  P  Cu  Ni  Cr  Mo  V  Ti  W  Al  Sn  As  Sb  Nb  B  SOP 8.3.1 (ASTM E 415; ASTM E 1999; ASTM E 1086)","search_en":"Technical iron Determination of Mn, Si, P, Cu, Ni, Cr, Mo, V, Ti, W, Al, Sn, As, Sb, Nb, B content by spark optical emission spectrometry spark optical emission spectrometry Manganese (Mn)  Silicon (Si)  Phosphorus (P)  Copper (Cu)  Nickel (Ni)  Chromium (Cr)  Molybdenum (Mo)  Vanadium (V)  Titanium (Ti)  Tungsten (W)  Aluminium (Al)  Tin (Sn)  Arsenic (As)  Antimony (Sb)  Niobium (Nb)  Boron (B)  SOP 8.3.1 (ASTM E 415; ASTM E 1999; ASTM E 1086)","search_zh":"工业铁 火花激发光学发射光谱法测定Mn、Si、P、Cu、Ni、Cr、Mo、V、Ti、W、Al、Sn、As、Sb、Nb、B含量 火花激发光学发射光谱法 锰（Mn）  硅（Si）  磷（P）  铜（Cu）  镍（Ni）  铬（Cr）  钼（Mo）  钒（V）  钛（Ti）  钨（W）  铝（Al）  锡（Sn）  砷（As）  锑（Sb）  铌（Nb）  硼（B）  SOP 8.3.1 (ASTM E 415; ASTM E 1999; ASTM E 1086)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":0,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"f34647761adecf736840c8ba","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"2","test_object":"Żelazo techniczne","test_object_en":"Technical iron","test_object_zh":"工业铁","test_object_cs":"Technické železo","methodology":"Oznaczanie zawartości C i S analizatorem spalania metodą spektrometrii w podczerwieni (IČ)","methodology_en":"Determination of C and S content with a combustion analyser by infrared (IČ) spectrometry","methodology_zh":"燃烧分析仪红外光谱法测定C和S含量","methodology_cs":"Stanovení obsahu C a S spalovacím analyzátorem metodou IČ spektrometrie","parameters":[{"name":"Węgiel (C)","range":""},{"name":"Siarka (S)","range":""}],"parameters_en":[{"name":"Carbon (C)","range":""},{"name":"Sulphur (S)","range":""}],"parameters_zh":[{"name":"碳（C）","range":""},{"name":"硫（S）","range":""}],"parameters_cs":[{"name":"C","range":""},{"name":"S","range":""}],"technique":"analizator spalania, spektrometria w podczerwieni","technique_en":"combustion analyser, infrared spectrometry","technique_zh":"燃烧分析仪，红外光谱法","technique_cs":"spalovacím analyzátorem metodou IČ spektrometrie","techniques":["analizator spalania, spektrometria w podczerwieni"],"techniques_en":["combustion analyser, infrared spectrometry"],"techniques_zh":["燃烧分析仪，红外光谱法"],"techniques_cs":["spalovacím analyzátorem metodou IČ spektrometrie"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie zawartości C i S analizatorem spalania metodą spektrometrii w podczerwieni (IČ)\nZakres:\nWęgiel (C)\nSiarka (S)\nanalizator spalania, spektrometria w podczerwieni","reference":"SOP 7.3.1 (ČSN ISO 4935; ČSN EN ISO 9556)","norm_bases":["SOP 7.3.1","ČSN ISO 4935","ČSN EN ISO 9556"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Stal stopowa i niestopowa, żeliwo, surówka","note_en":"Alloy and non-alloy steel, cast iron, pig iron","note_zh":"合金钢和非合金钢、铸铁、生铁","note_cs":"Legovaná i nelegovaná ocel, litina, surové železo","search_text":"Żelazo techniczne Oznaczanie zawartości C i S analizatorem spalania metodą spektrometrii w podczerwieni (IČ) analizator spalania, spektrometria w podczerwieni Węgiel (C)  Siarka (S)  Technické železo Stanovení obsahu C a S spalovacím analyzátorem metodou IČ spektrometrie spalovacím analyzátorem metodou IČ spektrometrie C  S  SOP 7.3.1 (ČSN ISO 4935; ČSN EN ISO 9556) Zelazo techniczne Oznaczanie zawartosci C i S analizatorem spalania metoda spektrometrii w podczerwieni (IC) analizator spalania, spektrometria w podczerwieni Wegiel (C)  Siarka (S)  Technicke zelezo Stanoveni obsahu C a S spalovacim analyzatorem metodou IC spektrometrie spalovacim analyzatorem metodou IC spektrometrie C  S  SOP 7.3.1 (CSN ISO 4935; CSN EN ISO 9556)","search_en":"Technical iron Determination of C and S content with a combustion analyser by infrared (IČ) spectrometry combustion analyser, infrared spectrometry Carbon (C)  Sulphur (S)  SOP 7.3.1 (ČSN ISO 4935; ČSN EN ISO 9556)","search_zh":"工业铁 燃烧分析仪红外光谱法测定C和S含量 燃烧分析仪，红外光谱法 碳（C）  硫（S）  SOP 7.3.1 (ČSN ISO 4935; ČSN EN ISO 9556)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":1,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"c449b68c92d86e5df162e372","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"3","test_object":"Cynk i stopy cynku","test_object_en":"Zinc and zinc alloys","test_object_zh":"锌和锌合金","test_object_cs":"Zinek a zinkové slitiny","methodology":"Oznaczanie zawartości Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr metodą płomieniowej AAS","methodology_en":"Determination of Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr content by flame AAS","methodology_zh":"火焰原子吸收光谱法测定Mg、Pb、Cd、Cu、Al、Fe、Sn、Ni、Cr含量","methodology_cs":"Stanovení obsahu Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr metodou plamenové AAS","parameters":[{"name":"Magnez (Mg)","range":""},{"name":"Ołów (Pb)","range":""},{"name":"Kadm (Cd)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Glin (Al)","range":""},{"name":"Żelazo (Fe)","range":""},{"name":"Cyna (Sn)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Chrom (Cr)","range":""}],"parameters_en":[{"name":"Magnesium (Mg)","range":""},{"name":"Lead (Pb)","range":""},{"name":"Cadmium (Cd)","range":""},{"name":"Copper (Cu)","range":""},{"name":"Aluminium (Al)","range":""},{"name":"Iron (Fe)","range":""},{"name":"Tin (Sn)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Chromium (Cr)","range":""}],"parameters_zh":[{"name":"镁（Mg）","range":""},{"name":"铅（Pb）","range":""},{"name":"镉（Cd）","range":""},{"name":"铜（Cu）","range":""},{"name":"铝（Al）","range":""},{"name":"铁（Fe）","range":""},{"name":"锡（Sn）","range":""},{"name":"镍（Ni）","range":""},{"name":"铬（Cr）","range":""}],"parameters_cs":[{"name":"Mg","range":""},{"name":"Pb","range":""},{"name":"Cd","range":""},{"name":"Cu","range":""},{"name":"Al","range":""},{"name":"Fe","range":""},{"name":"Sn","range":""},{"name":"Ni","range":""},{"name":"Cr","range":""}],"technique":"płomieniowa atomowa spektrometria absorpcyjna (AAS)","technique_en":"flame atomic absorption spectrometry (AAS)","technique_zh":"火焰原子吸收光谱法（AAS）","technique_cs":"metodou plamenové AAS","techniques":["płomieniowa atomowa spektrometria absorpcyjna (AAS)"],"techniques_en":["flame atomic absorption spectrometry (AAS)"],"techniques_zh":["火焰原子吸收光谱法（AAS）"],"techniques_cs":["metodou plamenové AAS"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie zawartości Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr metodą płomieniowej AAS\nZakres:\nMagnez (Mg)\nOłów (Pb)\nKadm (Cd)\nMiedź (Cu)\nGlin (Al)\nŻelazo (Fe)\nCyna (Sn)\nNikiel (Ni)\nChrom (Cr)\npłomieniowa atomowa spektrometria absorpcyjna (AAS)","reference":"SOP 6.4.4 (ČSN EN 12441)","norm_bases":["SOP 6.4.4","ČSN EN 12441"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":true,"flexibility":"B, D","outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Cynk i stopy cynku Oznaczanie zawartości Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr metodą płomieniowej AAS płomieniowa atomowa spektrometria absorpcyjna (AAS) Magnez (Mg)  Ołów (Pb)  Kadm (Cd)  Miedź (Cu)  Glin (Al)  Żelazo (Fe)  Cyna (Sn)  Nikiel (Ni)  Chrom (Cr)  Zinek a zinkové slitiny Stanovení obsahu Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr metodou plamenové AAS metodou plamenové AAS Mg  Pb  Cd  Cu  Al  Fe  Sn  Ni  Cr  SOP 6.4.4 (ČSN EN 12441) Cynk i stopy cynku Oznaczanie zawartosci Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr metoda plomieniowej AAS plomieniowa atomowa spektrometria absorpcyjna (AAS) Magnez (Mg)  Olow (Pb)  Kadm (Cd)  Miedz (Cu)  Glin (Al)  Zelazo (Fe)  Cyna (Sn)  Nikiel (Ni)  Chrom (Cr)  Zinek a zinkove slitiny Stanoveni obsahu Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr metodou plamenove AAS metodou plamenove AAS Mg  Pb  Cd  Cu  Al  Fe  Sn  Ni  Cr  SOP 6.4.4 (CSN EN 12441)","search_en":"Zinc and zinc alloys Determination of Mg, Pb, Cd, Cu, Al, Fe, Sn, Ni, Cr content by flame AAS flame atomic absorption spectrometry (AAS) Magnesium (Mg)  Lead (Pb)  Cadmium (Cd)  Copper (Cu)  Aluminium (Al)  Iron (Fe)  Tin (Sn)  Nickel (Ni)  Chromium (Cr)  SOP 6.4.4 (ČSN EN 12441)","search_zh":"锌和锌合金 火焰原子吸收光谱法测定Mg、Pb、Cd、Cu、Al、Fe、Sn、Ni、Cr含量 火焰原子吸收光谱法（AAS） 镁（Mg）  铅（Pb）  镉（Cd）  铜（Cu）  铝（Al）  铁（Fe）  锡（Sn）  镍（Ni）  铬（Cr）  SOP 6.4.4 (ČSN EN 12441)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":2,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"d14de8e8db7b180f99d66e5d","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"4","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V metodą AAS-ETA","methodology_en":"Determination of Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V content by AAS-ETA","methodology_zh":"AAS-ETA法测定Al、As、Cd、Cr、Cu、Fe、Mo、Ni、Pb、Sb、Se、V含量","methodology_cs":"Stanovení obsahu Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V metodou AAS-ETA","parameters":[{"name":"Glin (Al)","range":""},{"name":"Arsen (As)","range":""},{"name":"Kadm (Cd)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Żelazo (Fe)","range":""},{"name":"Molibden (Mo)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Ołów (Pb)","range":""},{"name":"Antymon (Sb)","range":""},{"name":"Selen (Se)","range":""},{"name":"Wanad (V)","range":""}],"parameters_en":[{"name":"Aluminium (Al)","range":""},{"name":"Arsenic (As)","range":""},{"name":"Cadmium (Cd)","range":""},{"name":"Chromium (Cr)","range":""},{"name":"Copper (Cu)","range":""},{"name":"Iron (Fe)","range":""},{"name":"Molybdenum (Mo)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Lead (Pb)","range":""},{"name":"Antimony (Sb)","range":""},{"name":"Selenium (Se)","range":""},{"name":"Vanadium (V)","range":""}],"parameters_zh":[{"name":"铝（Al）","range":""},{"name":"砷（As）","range":""},{"name":"镉（Cd）","range":""},{"name":"铬（Cr）","range":""},{"name":"铜（Cu）","range":""},{"name":"铁（Fe）","range":""},{"name":"钼（Mo）","range":""},{"name":"镍（Ni）","range":""},{"name":"铅（Pb）","range":""},{"name":"锑（Sb）","range":""},{"name":"硒（Se）","range":""},{"name":"钒（V）","range":""}],"parameters_cs":[{"name":"Al","range":""},{"name":"As","range":""},{"name":"Cd","range":""},{"name":"Cr","range":""},{"name":"Cu","range":""},{"name":"Fe","range":""},{"name":"Mo","range":""},{"name":"Ni","range":""},{"name":"Pb","range":""},{"name":"Sb","range":""},{"name":"Se","range":""},{"name":"V","range":""}],"technique":"atomowa spektrometria absorpcyjna z atomizacją termiczną (AAS-ETA)","technique_en":"atomic absorption spectrometry with thermal atomisation (AAS-ETA)","technique_zh":"热原子化原子吸收光谱法（AAS-ETA）","technique_cs":"metodou AAS-ETA","techniques":["atomowa spektrometria absorpcyjna z atomizacją termiczną (AAS-ETA)"],"techniques_en":["atomic absorption spectrometry with thermal atomisation (AAS-ETA)"],"techniques_zh":["热原子化原子吸收光谱法（AAS-ETA）"],"techniques_cs":["metodou AAS-ETA"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie zawartości Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V metodą AAS-ETA\nZakres:\nGlin (Al)\nArsen (As)\nKadm (Cd)\nChrom (Cr)\nMiedź (Cu)\nŻelazo (Fe)\nMolibden (Mo)\nNikiel (Ni)\nOłów (Pb)\nAntymon (Sb)\nSelen (Se)\nWanad (V)\natomowa spektrometria absorpcyjna z atomizacją termiczną (AAS-ETA)","reference":"SOP 6.1.1 (ČSN EN ISO 15586)","norm_bases":["SOP 6.1.1","ČSN EN ISO 15586"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":true,"flexibility":"A, B, D","outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V metodą AAS-ETA atomowa spektrometria absorpcyjna z atomizacją termiczną (AAS-ETA) Glin (Al)  Arsen (As)  Kadm (Cd)  Chrom (Cr)  Miedź (Cu)  Żelazo (Fe)  Molibden (Mo)  Nikiel (Ni)  Ołów (Pb)  Antymon (Sb)  Selen (Se)  Wanad (V)  Vody, vodné výluhy Stanovení obsahu Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V metodou AAS-ETA metodou AAS-ETA Al  As  Cd  Cr  Cu  Fe  Mo  Ni  Pb  Sb  Se  V  SOP 6.1.1 (ČSN EN ISO 15586) Wody, wyciagi wodne Oznaczanie zawartosci Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V metoda AAS-ETA atomowa spektrometria absorpcyjna z atomizacja termiczna (AAS-ETA) Glin (Al)  Arsen (As)  Kadm (Cd)  Chrom (Cr)  Miedz (Cu)  Zelazo (Fe)  Molibden (Mo)  Nikiel (Ni)  Olow (Pb)  Antymon (Sb)  Selen (Se)  Wanad (V)  Vody, vodne vyluhy Stanoveni obsahu Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V metodou AAS-ETA metodou AAS-ETA Al  As  Cd  Cr  Cu  Fe  Mo  Ni  Pb  Sb  Se  V  SOP 6.1.1 (CSN EN ISO 15586)","search_en":"Waters, aqueous leachates Determination of Al, As, Cd, Cr, Cu, Fe, Mo, Ni, Pb, Sb, Se, V content by AAS-ETA atomic absorption spectrometry with thermal atomisation (AAS-ETA) Aluminium (Al)  Arsenic (As)  Cadmium (Cd)  Chromium (Cr)  Copper (Cu)  Iron (Fe)  Molybdenum (Mo)  Nickel (Ni)  Lead (Pb)  Antimony (Sb)  Selenium (Se)  Vanadium (V)  SOP 6.1.1 (ČSN EN ISO 15586)","search_zh":"水、水浸出液 AAS-ETA法测定Al、As、Cd、Cr、Cu、Fe、Mo、Ni、Pb、Sb、Se、V含量 热原子化原子吸收光谱法（AAS-ETA） 铝（Al）  砷（As）  镉（Cd）  铬（Cr）  铜（Cu）  铁（Fe）  钼（Mo）  镍（Ni）  铅（Pb）  锑（Sb）  硒（Se）  钒（V）  SOP 6.1.1 (ČSN EN ISO 15586)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":3,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"15d343a42d4c939ac6f4db1d","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"5","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn metodą płomieniowej AAS","methodology_en":"Determination of Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn content by flame AAS","methodology_zh":"火焰原子吸收光谱法测定Al、Ca、Cd、Co、Cr、Cu、Fe、Mg、Mn、Ni、Pb、Zn含量","methodology_cs":"Stanovení obsahu Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn metodou plamenové AAS","parameters":[{"name":"Glin (Al)","range":""},{"name":"Wapń (Ca)","range":""},{"name":"Kadm (Cd)","range":""},{"name":"Kobalt (Co)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Żelazo (Fe)","range":""},{"name":"Magnez (Mg)","range":""},{"name":"Mangan (Mn)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Ołów (Pb)","range":""},{"name":"Cynk (Zn)","range":""}],"parameters_en":[{"name":"Aluminium (Al)","range":""},{"name":"Calcium (Ca)","range":""},{"name":"Cadmium (Cd)","range":""},{"name":"Cobalt (Co)","range":""},{"name":"Chromium (Cr)","range":""},{"name":"Copper (Cu)","range":""},{"name":"Iron (Fe)","range":""},{"name":"Magnesium (Mg)","range":""},{"name":"Manganese (Mn)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Lead (Pb)","range":""},{"name":"Zinc (Zn)","range":""}],"parameters_zh":[{"name":"铝（Al）","range":""},{"name":"钙（Ca）","range":""},{"name":"镉（Cd）","range":""},{"name":"钴（Co）","range":""},{"name":"铬（Cr）","range":""},{"name":"铜（Cu）","range":""},{"name":"铁（Fe）","range":""},{"name":"镁（Mg）","range":""},{"name":"锰（Mn）","range":""},{"name":"镍（Ni）","range":""},{"name":"铅（Pb）","range":""},{"name":"锌（Zn）","range":""}],"parameters_cs":[{"name":"Al","range":""},{"name":"Ca","range":""},{"name":"Cd","range":""},{"name":"Co","range":""},{"name":"Cr","range":""},{"name":"Cu","range":""},{"name":"Fe","range":""},{"name":"Mg","range":""},{"name":"Mn","range":""},{"name":"Ni","range":""},{"name":"Pb","range":""},{"name":"Zn","range":""}],"technique":"płomieniowa atomowa spektrometria absorpcyjna (AAS)","technique_en":"flame atomic absorption spectrometry (AAS)","technique_zh":"火焰原子吸收光谱法（AAS）","technique_cs":"metodou plamenové AAS","techniques":["płomieniowa atomowa spektrometria absorpcyjna (AAS)"],"techniques_en":["flame atomic absorption spectrometry (AAS)"],"techniques_zh":["火焰原子吸收光谱法（AAS）"],"techniques_cs":["metodou plamenové AAS"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie zawartości Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn metodą płomieniowej AAS\nZakres:\nGlin (Al)\nWapń (Ca)\nKadm (Cd)\nKobalt (Co)\nChrom (Cr)\nMiedź (Cu)\nŻelazo (Fe)\nMagnez (Mg)\nMangan (Mn)\nNikiel (Ni)\nOłów (Pb)\nCynk (Zn)\npłomieniowa atomowa spektrometria absorpcyjna (AAS)","reference":"SOP 6.1.2 (ČSN ISO 8288; ČSN ISO 7980; ČSN 757385; ČSN EN ISO 12020; ČSN EN 1233)","norm_bases":["SOP 6.1.2","ČSN ISO 8288","ČSN ISO 7980","ČSN 757385","ČSN EN ISO 12020","ČSN EN 1233"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":true,"flexibility":"A, B, D","outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn metodą płomieniowej AAS płomieniowa atomowa spektrometria absorpcyjna (AAS) Glin (Al)  Wapń (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedź (Cu)  Żelazo (Fe)  Magnez (Mg)  Mangan (Mn)  Nikiel (Ni)  Ołów (Pb)  Cynk (Zn)  Vody, vodné výluhy Stanovení obsahu Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn metodou plamenové AAS metodou plamenové AAS Al  Ca  Cd  Co  Cr  Cu  Fe  Mg  Mn  Ni  Pb  Zn  SOP 6.1.2 (ČSN ISO 8288; ČSN ISO 7980; ČSN 757385; ČSN EN ISO 12020; ČSN EN 1233) Wody, wyciagi wodne Oznaczanie zawartosci Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn metoda plomieniowej AAS plomieniowa atomowa spektrometria absorpcyjna (AAS) Glin (Al)  Wapn (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedz (Cu)  Zelazo (Fe)  Magnez (Mg)  Mangan (Mn)  Nikiel (Ni)  Olow (Pb)  Cynk (Zn)  Vody, vodne vyluhy Stanoveni obsahu Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn metodou plamenove AAS metodou plamenove AAS Al  Ca  Cd  Co  Cr  Cu  Fe  Mg  Mn  Ni  Pb  Zn  SOP 6.1.2 (CSN ISO 8288; CSN ISO 7980; CSN 757385; CSN EN ISO 12020; CSN EN 1233)","search_en":"Waters, aqueous leachates Determination of Al, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Ni, Pb, Zn content by flame AAS flame atomic absorption spectrometry (AAS) Aluminium (Al)  Calcium (Ca)  Cadmium (Cd)  Cobalt (Co)  Chromium (Cr)  Copper (Cu)  Iron (Fe)  Magnesium (Mg)  Manganese (Mn)  Nickel (Ni)  Lead (Pb)  Zinc (Zn)  SOP 6.1.2 (ČSN ISO 8288; ČSN ISO 7980; ČSN 757385; ČSN EN ISO 12020; ČSN EN 1233)","search_zh":"水、水浸出液 火焰原子吸收光谱法测定Al、Ca、Cd、Co、Cr、Cu、Fe、Mg、Mn、Ni、Pb、Zn含量 火焰原子吸收光谱法（AAS） 铝（Al）  钙（Ca）  镉（Cd）  钴（Co）  铬（Cr）  铜（Cu）  铁（Fe）  镁（Mg）  锰（Mn）  镍（Ni）  铅（Pb）  锌（Zn）  SOP 6.1.2 (ČSN ISO 8288; ČSN ISO 7980; ČSN 757385; ČSN EN ISO 12020; ČSN EN 1233)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":4,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"26a762ac48928b85e32070c2","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"6","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie siarczanów metodą grawimetryczną","methodology_en":"Determination of sulphates by gravimetry","methodology_zh":"重量法测定硫酸盐","methodology_cs":"Stanovení síranů gravimetricky","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"metoda grawimetryczna","technique_en":"gravimetric method","technique_zh":"重量法","technique_cs":"gravimetricky","techniques":["metoda grawimetryczna"],"techniques_en":["gravimetric method"],"techniques_zh":["重量法"],"techniques_cs":["gravimetricky"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie siarczanów metodą grawimetryczną\nmetoda grawimetryczna","reference":"SOP 5.1.8 (TNV 757476)","norm_bases":["SOP 5.1.8","TNV 757476"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie siarczanów metodą grawimetryczną metoda grawimetryczna Vody, vodné výluhy Stanovení síranů gravimetricky gravimetricky SOP 5.1.8 (TNV 757476) Wody, wyciagi wodne Oznaczanie siarczanow metoda grawimetryczna metoda grawimetryczna Vody, vodne vyluhy Stanoveni siranu gravimetricky gravimetricky SOP 5.1.8 (TNV 757476)","search_en":"Waters, aqueous leachates Determination of sulphates by gravimetry gravimetric method SOP 5.1.8 (TNV 757476)","search_zh":"水、水浸出液 重量法测定硫酸盐 重量法 SOP 5.1.8 (TNV 757476)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":5,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"ae5dbae4a0910b705300c309","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"7","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie przewodności właściwej","methodology_en":"Determination of conductivity","methodology_zh":"电导率的测定","methodology_cs":"Stanovení konduktivity","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie przewodności właściwej","reference":"SOP 4.1.2 (ČSN EN 27888)","norm_bases":["SOP 4.1.2","ČSN EN 27888"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie przewodności właściwej Vody, vodné výluhy Stanovení konduktivity SOP 4.1.2 (ČSN EN 27888) Wody, wyciagi wodne Oznaczanie przewodnosci wlasciwej Vody, vodne vyluhy Stanoveni konduktivity SOP 4.1.2 (CSN EN 27888)","search_en":"Waters, aqueous leachates Determination of conductivity SOP 4.1.2 (ČSN EN 27888)","search_zh":"水、水浸出液 电导率的测定 SOP 4.1.2 (ČSN EN 27888)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":6,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"3a03c7baeb28bd61dd12e015","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"8","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie pH metodą potencjometryczną","methodology_en":"Determination of pH by potentiometry","methodology_zh":"电位法测定pH","methodology_cs":"Stanovení pH potenciometricky","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"metoda potencjometryczna","technique_en":"potentiometric method","technique_zh":"电位法","technique_cs":"potenciometricky","techniques":["metoda potencjometryczna"],"techniques_en":["potentiometric method"],"techniques_zh":["电位法"],"techniques_cs":["potenciometricky"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie pH metodą potencjometryczną\nmetoda potencjometryczna","reference":"SOP 4.1.1 (ČSN ISO 10523)","norm_bases":["SOP 4.1.1","ČSN ISO 10523"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie pH metodą potencjometryczną metoda potencjometryczna Vody, vodné výluhy Stanovení pH potenciometricky potenciometricky SOP 4.1.1 (ČSN ISO 10523) Wody, wyciagi wodne Oznaczanie pH metoda potencjometryczna metoda potencjometryczna Vody, vodne vyluhy Stanoveni pH potenciometricky potenciometricky SOP 4.1.1 (CSN ISO 10523)","search_en":"Waters, aqueous leachates Determination of pH by potentiometry potentiometric method SOP 4.1.1 (ČSN ISO 10523)","search_zh":"水、水浸出液 电位法测定pH 电位法 SOP 4.1.1 (ČSN ISO 10523)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":7,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"9a758d9281284931fd9dfa65","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"9","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości chlorków metodą miareczkową","methodology_en":"Determination of chloride content by titration","methodology_zh":"滴定法测定氯化物含量","methodology_cs":"Stanovení obsahu chloridů titračně","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"metoda miareczkowa","technique_en":"titration","technique_zh":"滴定法","technique_cs":"titračně","techniques":["metoda miareczkowa"],"techniques_en":["titration"],"techniques_zh":["滴定法"],"techniques_cs":["titračně"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie zawartości chlorków metodą miareczkową\nmetoda miareczkowa","reference":"SOP 5.1.1 (ČSN ISO 9297)","norm_bases":["SOP 5.1.1","ČSN ISO 9297"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości chlorków metodą miareczkową metoda miareczkowa Vody, vodné výluhy Stanovení obsahu chloridů titračně titračně SOP 5.1.1 (ČSN ISO 9297) Wody, wyciagi wodne Oznaczanie zawartosci chlorkow metoda miareczkowa metoda miareczkowa Vody, vodne vyluhy Stanoveni obsahu chloridu titracne titracne SOP 5.1.1 (CSN ISO 9297)","search_en":"Waters, aqueous leachates Determination of chloride content by titration titration SOP 5.1.1 (ČSN ISO 9297)","search_zh":"水、水浸出液 滴定法测定氯化物含量 滴定法 SOP 5.1.1 (ČSN ISO 9297)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":8,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"4ed1e4e39eea47772440d4e6","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"10","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości chloru całkowitego i wolnego metodą spektrofotometryczną zestawem firmy HACH oraz chloru związanego obliczeniowo z wartości zmierzonych","methodology_en":"Determination of total and free chlorine content spectrophotometrically using a HACH kit and of combined chlorine by calculation from measured values","methodology_zh":"使用HACH试剂盒分光光度法测定总氯和游离氯含量，并由测量值计算结合氯","methodology_cs":"Stanovení obsahu celkového a volného chloru spektrofotometricky setem firmy HACH a vázaného chloru výpočtem z naměřených hodnot","parameters":[{"name":"chlor całkowity","range":""},{"name":"chlor wolny","range":""}],"parameters_en":[{"name":"total chlorine","range":""},{"name":"free chlorine","range":""}],"parameters_zh":[{"name":"总氯","range":""},{"name":"游离氯","range":""}],"parameters_cs":[{"name":"celkového chloru","range":""},{"name":"volného chloru","range":""}],"technique":"metoda spektrofotometryczna, zestaw firmy HACH","technique_en":"spectrophotometric method, HACH kit","technique_zh":"分光光度法，HACH试剂盒","technique_cs":"spektrofotometricky setem firmy HACH","techniques":["metoda spektrofotometryczna, zestaw firmy HACH"],"techniques_en":["spectrophotometric method, HACH kit"],"techniques_zh":["分光光度法，HACH试剂盒"],"techniques_cs":["spektrofotometricky setem firmy HACH"],"computed":["chlor związany obliczeniowo z wartości zmierzonych"],"computed_en":["combined chlorine by calculation from measured values"],"computed_zh":["由测量值计算结合氯"],"computed_cs":["vázaného chloru výpočtem z naměřených hodnot"],"activity":"Oznaczanie zawartości chloru całkowitego i wolnego metodą spektrofotometryczną zestawem firmy HACH oraz chloru związanego obliczeniowo z wartości zmierzonych\nZakres:\nchlor całkowity\nchlor wolny\nmetoda spektrofotometryczna, zestaw firmy HACH","reference":"SOP 2.1.10 (ČSN EN ISO 7393-2; návod firmy HACH)","norm_bases":["SOP 2.1.10","ČSN EN ISO 7393-2","návod firmy HACH"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":true,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości chloru całkowitego i wolnego metodą spektrofotometryczną zestawem firmy HACH oraz chloru związanego obliczeniowo z wartości zmierzonych metoda spektrofotometryczna, zestaw firmy HACH chlor całkowity  chlor wolny  chlor związany obliczeniowo z wartości zmierzonych Vody, vodné výluhy Stanovení obsahu celkového a volného chloru spektrofotometricky setem firmy HACH a vázaného chloru výpočtem z naměřených hodnot spektrofotometricky setem firmy HACH celkového chloru  volného chloru  vázaného chloru výpočtem z naměřených hodnot SOP 2.1.10 (ČSN EN ISO 7393-2; návod firmy HACH) Wody, wyciagi wodne Oznaczanie zawartosci chloru calkowitego i wolnego metoda spektrofotometryczna zestawem firmy HACH oraz chloru zwiazanego obliczeniowo z wartosci zmierzonych metoda spektrofotometryczna, zestaw firmy HACH chlor calkowity  chlor wolny  chlor zwiazany obliczeniowo z wartosci zmierzonych Vody, vodne vyluhy Stanoveni obsahu celkoveho a volneho chloru spektrofotometricky setem firmy HACH a vazaneho chloru vypoctem z namerenych hodnot spektrofotometricky setem firmy HACH celkoveho chloru  volneho chloru  vazaneho chloru vypoctem z namerenych hodnot SOP 2.1.10 (CSN EN ISO 7393-2; navod firmy HACH)","search_en":"Waters, aqueous leachates Determination of total and free chlorine content spectrophotometrically using a HACH kit and of combined chlorine by calculation from measured values spectrophotometric method, HACH kit total chlorine  free chlorine  combined chlorine by calculation from measured values SOP 2.1.10 (ČSN EN ISO 7393-2; návod firmy HACH)","search_zh":"水、水浸出液 使用HACH试剂盒分光光度法测定总氯和游离氯含量，并由测量值计算结合氯 分光光度法，HACH试剂盒 总氯  游离氯  由测量值计算结合氯 SOP 2.1.10 (ČSN EN ISO 7393-2; návod firmy HACH)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":9,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"6b4cc0ed9f060af7e5a4c8b5","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"11","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości jonów amonowych metodą spektrofotometryczną, N-NH4+ i N-nieorg. obliczeniowo z wartości zmierzonych","methodology_en":"Determination of ammonium ion content spectrophotometrically, N-NH4+ and inorganic N by calculation from measured values","methodology_zh":"分光光度法测定铵离子含量，并由测量值计算N-NH4+和无机氮","methodology_cs":"Stanovení obsahu amonných iontů spektrofotometricky, N-NH4+ a N-anorg. výpočtem z naměřených hodnot","parameters":[{"name":"jony amonowe","range":""}],"parameters_en":[{"name":"ammonium ions","range":""}],"parameters_zh":[{"name":"铵离子","range":""}],"parameters_cs":[{"name":"amonných iontů","range":""}],"technique":"metoda spektrofotometryczna","technique_en":"spectrophotometric method","technique_zh":"分光光度法","technique_cs":"spektrofotometricky","techniques":["metoda spektrofotometryczna"],"techniques_en":["spectrophotometric method"],"techniques_zh":["分光光度法"],"techniques_cs":["spektrofotometricky"],"computed":["N-NH4+","N-nieorg. (azot nieorganiczny)"],"computed_en":["N-NH4+","inorganic N"],"computed_zh":["N-NH4+","无机氮"],"computed_cs":["N-NH4+","N-anorg."],"activity":"Oznaczanie zawartości jonów amonowych metodą spektrofotometryczną, N-NH4+ i N-nieorg. obliczeniowo z wartości zmierzonych\njony amonowe\nmetoda spektrofotometryczna","reference":"SOP 2.1.1 (ČSN ISO 7150-1)","norm_bases":["SOP 2.1.1","ČSN ISO 7150-1"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości jonów amonowych metodą spektrofotometryczną, N-NH4+ i N-nieorg. obliczeniowo z wartości zmierzonych metoda spektrofotometryczna jony amonowe  N-NH4+ N-nieorg. (azot nieorganiczny) Vody, vodné výluhy Stanovení obsahu amonných iontů spektrofotometricky, N-NH4+ a N-anorg. výpočtem z naměřených hodnot spektrofotometricky amonných iontů  N-NH4+ N-anorg. SOP 2.1.1 (ČSN ISO 7150-1) Wody, wyciagi wodne Oznaczanie zawartosci jonow amonowych metoda spektrofotometryczna, N-NH4+ i N-nieorg. obliczeniowo z wartosci zmierzonych metoda spektrofotometryczna jony amonowe  N-NH4+ N-nieorg. (azot nieorganiczny) Vody, vodne vyluhy Stanoveni obsahu amonnych iontu spektrofotometricky, N-NH4+ a N-anorg. vypoctem z namerenych hodnot spektrofotometricky amonnych iontu  N-NH4+ N-anorg. SOP 2.1.1 (CSN ISO 7150-1)","search_en":"Waters, aqueous leachates Determination of ammonium ion content spectrophotometrically, N-NH4+ and inorganic N by calculation from measured values spectrophotometric method ammonium ions  N-NH4+ inorganic N SOP 2.1.1 (ČSN ISO 7150-1)","search_zh":"水、水浸出液 分光光度法测定铵离子含量，并由测量值计算N-NH4+和无机氮 分光光度法 铵离子  N-NH4+ 无机氮 SOP 2.1.1 (ČSN ISO 7150-1)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":10,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"4774964363106cc43e1d4c14","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"12","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości azotanów metodą spektrofotometryczną zestawem firmy MERCK oraz N-NO3- obliczeniowo z wartości zmierzonych","methodology_en":"Determination of nitrate content spectrophotometrically using a MERCK kit and of N-NO3- by calculation from measured values","methodology_zh":"使用MERCK试剂盒分光光度法测定硝酸盐含量，并由测量值计算N-NO3-","methodology_cs":"Stanovení obsahu dusičnanů spektrofotometricky setem firmy MERCK a N-NO3- výpočtem z naměřených hodnot","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"metoda spektrofotometryczna, zestaw firmy MERCK","technique_en":"spectrophotometric method, MERCK kit","technique_zh":"分光光度法，MERCK试剂盒","technique_cs":"spektrofotometricky setem firmy MERCK","techniques":["metoda spektrofotometryczna, zestaw firmy MERCK"],"techniques_en":["spectrophotometric method, MERCK kit"],"techniques_zh":["分光光度法，MERCK试剂盒"],"techniques_cs":["spektrofotometricky setem firmy MERCK"],"computed":["N-NO3-"],"computed_en":["N-NO3-"],"computed_zh":["N-NO3-"],"computed_cs":["N-NO3-"],"activity":"Oznaczanie zawartości azotanów metodą spektrofotometryczną zestawem firmy MERCK oraz N-NO3- obliczeniowo z wartości zmierzonych\nmetoda spektrofotometryczna, zestaw firmy MERCK","reference":"SOP 2.1.2 (ČSN ISO 7890-3; návod firmy MERCK)","norm_bases":["SOP 2.1.2","ČSN ISO 7890-3","návod firmy MERCK"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości azotanów metodą spektrofotometryczną zestawem firmy MERCK oraz N-NO3- obliczeniowo z wartości zmierzonych metoda spektrofotometryczna, zestaw firmy MERCK N-NO3- Vody, vodné výluhy Stanovení obsahu dusičnanů spektrofotometricky setem firmy MERCK a N-NO3- výpočtem z naměřených hodnot spektrofotometricky setem firmy MERCK N-NO3- SOP 2.1.2 (ČSN ISO 7890-3; návod firmy MERCK) Wody, wyciagi wodne Oznaczanie zawartosci azotanow metoda spektrofotometryczna zestawem firmy MERCK oraz N-NO3- obliczeniowo z wartosci zmierzonych metoda spektrofotometryczna, zestaw firmy MERCK N-NO3- Vody, vodne vyluhy Stanoveni obsahu dusicnanu spektrofotometricky setem firmy MERCK a N-NO3- vypoctem z namerenych hodnot spektrofotometricky setem firmy MERCK N-NO3- SOP 2.1.2 (CSN ISO 7890-3; navod firmy MERCK)","search_en":"Waters, aqueous leachates Determination of nitrate content spectrophotometrically using a MERCK kit and of N-NO3- by calculation from measured values spectrophotometric method, MERCK kit N-NO3- SOP 2.1.2 (ČSN ISO 7890-3; návod firmy MERCK)","search_zh":"水、水浸出液 使用MERCK试剂盒分光光度法测定硝酸盐含量，并由测量值计算N-NO3- 分光光度法，MERCK试剂盒 N-NO3- SOP 2.1.2 (ČSN ISO 7890-3; návod firmy MERCK)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":11,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"9e0bc57183b00e88ef48f4b0","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"13","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości azotynów metodą spektrofotometryczną oraz N-NO2- obliczeniowo z wartości zmierzonych","methodology_en":"Determination of nitrite content spectrophotometrically and of N-NO2- by calculation from measured values","methodology_zh":"分光光度法测定亚硝酸盐含量，并由测量值计算N-NO2-","methodology_cs":"Stanovení obsahu dusitanů spektrofotometricky a N-NO2- výpočtem z naměřených hodnot","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"metoda spektrofotometryczna","technique_en":"spectrophotometric method","technique_zh":"分光光度法","technique_cs":"spektrofotometricky","techniques":["metoda spektrofotometryczna"],"techniques_en":["spectrophotometric method"],"techniques_zh":["分光光度法"],"techniques_cs":["spektrofotometricky"],"computed":["N-NO2-"],"computed_en":["N-NO2-"],"computed_zh":["N-NO2-"],"computed_cs":["N-NO2-"],"activity":"Oznaczanie zawartości azotynów metodą spektrofotometryczną oraz N-NO2- obliczeniowo z wartości zmierzonych\nmetoda spektrofotometryczna","reference":"SOP 2.1.3 (ČSN EN 26777)","norm_bases":["SOP 2.1.3","ČSN EN 26777"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości azotynów metodą spektrofotometryczną oraz N-NO2- obliczeniowo z wartości zmierzonych metoda spektrofotometryczna N-NO2- Vody, vodné výluhy Stanovení obsahu dusitanů spektrofotometricky a N-NO2- výpočtem z naměřených hodnot spektrofotometricky N-NO2- SOP 2.1.3 (ČSN EN 26777) Wody, wyciagi wodne Oznaczanie zawartosci azotynow metoda spektrofotometryczna oraz N-NO2- obliczeniowo z wartosci zmierzonych metoda spektrofotometryczna N-NO2- Vody, vodne vyluhy Stanoveni obsahu dusitanu spektrofotometricky a N-NO2- vypoctem z namerenych hodnot spektrofotometricky N-NO2- SOP 2.1.3 (CSN EN 26777)","search_en":"Waters, aqueous leachates Determination of nitrite content spectrophotometrically and of N-NO2- by calculation from measured values spectrophotometric method N-NO2- SOP 2.1.3 (ČSN EN 26777)","search_zh":"水、水浸出液 分光光度法测定亚硝酸盐含量，并由测量值计算N-NO2- 分光光度法 N-NO2- SOP 2.1.3 (ČSN EN 26777)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":12,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"9a51171882f85eb7ef0f5649","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"14","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości fosforu metodą spektrofotometryczną","methodology_en":"Determination of phosphorus content spectrophotometrically","methodology_zh":"分光光度法测定磷含量","methodology_cs":"Stanovení obsahu fosforu spektrofotometricky","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"metoda spektrofotometryczna","technique_en":"spectrophotometric method","technique_zh":"分光光度法","technique_cs":"spektrofotometricky","techniques":["metoda spektrofotometryczna"],"techniques_en":["spectrophotometric method"],"techniques_zh":["分光光度法"],"techniques_cs":["spektrofotometricky"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie zawartości fosforu metodą spektrofotometryczną\nmetoda spektrofotometryczna","reference":"SOP 2.1.11 (ČSN EN ISO 6878)","norm_bases":["SOP 2.1.11","ČSN EN ISO 6878"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości fosforu metodą spektrofotometryczną metoda spektrofotometryczna Vody, vodné výluhy Stanovení obsahu fosforu spektrofotometricky spektrofotometricky SOP 2.1.11 (ČSN EN ISO 6878) Wody, wyciagi wodne Oznaczanie zawartosci fosforu metoda spektrofotometryczna metoda spektrofotometryczna Vody, vodne vyluhy Stanoveni obsahu fosforu spektrofotometricky spektrofotometricky SOP 2.1.11 (CSN EN ISO 6878)","search_en":"Waters, aqueous leachates Determination of phosphorus content spectrophotometrically spectrophotometric method SOP 2.1.11 (ČSN EN ISO 6878)","search_zh":"水、水浸出液 分光光度法测定磷含量 分光光度法 SOP 2.1.11 (ČSN EN ISO 6878)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":13,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"d9be9866188246fbea3fc85a","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"15","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie chemicznego zapotrzebowania tlenu ChZTCr metodą spektrofotometryczną","methodology_en":"Determination of chemical oxygen demand CODCr spectrophotometrically","methodology_zh":"分光光度法测定化学需氧量CODCr","methodology_cs":"Stanovení chemické spotřeby kyslíku CHSKCr spektrofotometricky","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"metoda spektrofotometryczna","technique_en":"spectrophotometric method","technique_zh":"分光光度法","technique_cs":"spektrofotometricky","techniques":["metoda spektrofotometryczna"],"techniques_en":["spectrophotometric method"],"techniques_zh":["分光光度法"],"techniques_cs":["spektrofotometricky"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie chemicznego zapotrzebowania tlenu ChZTCr metodą spektrofotometryczną\nmetoda spektrofotometryczna","reference":"SOP 2.1.6 (ČSN ISO 15705)","norm_bases":["SOP 2.1.6","ČSN ISO 15705"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie chemicznego zapotrzebowania tlenu ChZTCr metodą spektrofotometryczną metoda spektrofotometryczna Vody, vodné výluhy Stanovení chemické spotřeby kyslíku CHSKCr spektrofotometricky spektrofotometricky SOP 2.1.6 (ČSN ISO 15705) Wody, wyciagi wodne Oznaczanie chemicznego zapotrzebowania tlenu ChZTCr metoda spektrofotometryczna metoda spektrofotometryczna Vody, vodne vyluhy Stanoveni chemicke spotreby kysliku CHSKCr spektrofotometricky spektrofotometricky SOP 2.1.6 (CSN ISO 15705)","search_en":"Waters, aqueous leachates Determination of chemical oxygen demand CODCr spectrophotometrically spectrophotometric method SOP 2.1.6 (ČSN ISO 15705)","search_zh":"水、水浸出液 分光光度法测定化学需氧量CODCr 分光光度法 SOP 2.1.6 (ČSN ISO 15705)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":14,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"69112e298e7368d546a753e1","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"16","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości RL, NL, RAS metodą grawimetryczną","methodology_en":"Determination of RL, NL, RAS content by gravimetry","methodology_zh":"重量法测定RL、NL、RAS含量","methodology_cs":"Stanovení obsahu RL, NL, RAS gravimetricky","parameters":[{"name":"RL (substancje rozpuszczone)","range":""},{"name":"NL (substancje nierozpuszczone)","range":""},{"name":"RAS (rozpuszczone sole nieorganiczne)","range":""}],"parameters_en":[{"name":"RL (dissolved substances)","range":""},{"name":"NL (undissolved substances)","range":""},{"name":"RAS (dissolved inorganic salts)","range":""}],"parameters_zh":[{"name":"RL（溶解性物质）","range":""},{"name":"NL（不溶性物质）","range":""},{"name":"RAS（溶解性无机盐）","range":""}],"parameters_cs":[{"name":"RL","range":""},{"name":"NL","range":""},{"name":"RAS","range":""}],"technique":"metoda grawimetryczna","technique_en":"gravimetric method","technique_zh":"重量法","technique_cs":"gravimetricky","techniques":["metoda grawimetryczna"],"techniques_en":["gravimetric method"],"techniques_zh":["重量法"],"techniques_cs":["gravimetricky"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie zawartości RL, NL, RAS metodą grawimetryczną\nZakres:\nRL (substancje rozpuszczone)\nNL (substancje nierozpuszczone)\nRAS (rozpuszczone sole nieorganiczne)\nmetoda grawimetryczna","reference":"SOP 5.1.7 (ČSN EN 872; ČSN 75 7346; ČSN 75 7347)","norm_bases":["SOP 5.1.7","ČSN EN 872","ČSN 75 7346","ČSN 75 7347"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości RL, NL, RAS metodą grawimetryczną metoda grawimetryczna RL (substancje rozpuszczone)  NL (substancje nierozpuszczone)  RAS (rozpuszczone sole nieorganiczne)  Vody, vodné výluhy Stanovení obsahu RL, NL, RAS gravimetricky gravimetricky RL  NL  RAS  SOP 5.1.7 (ČSN EN 872; ČSN 75 7346; ČSN 75 7347) Wody, wyciagi wodne Oznaczanie zawartosci RL, NL, RAS metoda grawimetryczna metoda grawimetryczna RL (substancje rozpuszczone)  NL (substancje nierozpuszczone)  RAS (rozpuszczone sole nieorganiczne)  Vody, vodne vyluhy Stanoveni obsahu RL, NL, RAS gravimetricky gravimetricky RL  NL  RAS  SOP 5.1.7 (CSN EN 872; CSN 75 7346; CSN 75 7347)","search_en":"Waters, aqueous leachates Determination of RL, NL, RAS content by gravimetry gravimetric method RL (dissolved substances)  NL (undissolved substances)  RAS (dissolved inorganic salts)  SOP 5.1.7 (ČSN EN 872; ČSN 75 7346; ČSN 75 7347)","search_zh":"水、水浸出液 重量法测定RL、NL、RAS含量 重量法 RL（溶解性物质）  NL（不溶性物质）  RAS（溶解性无机盐）  SOP 5.1.7 (ČSN EN 872; ČSN 75 7346; ČSN 75 7347)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":15,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"caa421b2eb4805a1bb0052d1","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"17","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie biochemicznego zapotrzebowania tlenu BZT po n dniach – sonda membranowa, czujnik optyczny","methodology_en":"Determination of biochemical oxygen demand BOD after n days – membrane probe, optical sensor","methodology_zh":"n天后生化需氧量BOD的测定 – 膜电极、光学传感器","methodology_cs":"Stanovení biochemické spotřeby kyslíku BSK po n dnech – membránová sonda, optický senzor","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"sonda membranowa, czujnik optyczny","technique_en":"membrane probe, optical sensor","technique_zh":"膜电极、光学传感器","technique_cs":"membránová sonda, optický senzor","techniques":["sonda membranowa, czujnik optyczny"],"techniques_en":["membrane probe, optical sensor"],"techniques_zh":["膜电极、光学传感器"],"techniques_cs":["membránová sonda, optický senzor"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie biochemicznego zapotrzebowania tlenu BZT po n dniach – sonda membranowa, czujnik optyczny\nsonda membranowa, czujnik optyczny","reference":"SOP 5.1.9 (ČSN EN ISO 5815-1; ČSN EN 1899-2; ČSN ISO 17289)","norm_bases":["SOP 5.1.9","ČSN EN ISO 5815-1","ČSN EN 1899-2","ČSN ISO 17289"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie biochemicznego zapotrzebowania tlenu BZT po n dniach – sonda membranowa, czujnik optyczny sonda membranowa, czujnik optyczny Vody, vodné výluhy Stanovení biochemické spotřeby kyslíku BSK po n dnech – membránová sonda, optický senzor membránová sonda, optický senzor SOP 5.1.9 (ČSN EN ISO 5815-1; ČSN EN 1899-2; ČSN ISO 17289) Wody, wyciagi wodne Oznaczanie biochemicznego zapotrzebowania tlenu BZT po n dniach – sonda membranowa, czujnik optyczny sonda membranowa, czujnik optyczny Vody, vodne vyluhy Stanoveni biochemicke spotreby kysliku BSK po n dnech – membranova sonda, opticky senzor membranova sonda, opticky senzor SOP 5.1.9 (CSN EN ISO 5815-1; CSN EN 1899-2; CSN ISO 17289)","search_en":"Waters, aqueous leachates Determination of biochemical oxygen demand BOD after n days – membrane probe, optical sensor membrane probe, optical sensor SOP 5.1.9 (ČSN EN ISO 5815-1; ČSN EN 1899-2; ČSN ISO 17289)","search_zh":"水、水浸出液 n天后生化需氧量BOD的测定 – 膜电极、光学传感器 膜电极、光学传感器 SOP 5.1.9 (ČSN EN ISO 5815-1; ČSN EN 1899-2; ČSN ISO 17289)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":16,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"21d163c381989ca2de17d6bc","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"18","test_object":"Wody","test_object_en":"Waters","test_object_zh":"水","test_object_cs":"Vody","methodology":"Oznaczanie temperatury","methodology_en":"Determination of temperature","methodology_zh":"温度的测定","methodology_cs":"Stanovení teploty","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie temperatury","reference":"SOP 9.1.1 (ČSN 75 7342)","norm_bases":["SOP 9.1.1","ČSN 75 7342"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":true,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody Oznaczanie temperatury Vody Stanovení teploty SOP 9.1.1 (ČSN 75 7342) Wody Oznaczanie temperatury Vody Stanoveni teploty SOP 9.1.1 (CSN 75 7342)","search_en":"Waters Determination of temperature SOP 9.1.1 (ČSN 75 7342)","search_zh":"水 温度的测定 SOP 9.1.1 (ČSN 75 7342)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":17,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"0d26979e69ecdff1f00fdcd9","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"19","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie azotynów, azotanów, siarczanów, chlorków i fluorków metodą chromatografii jonowej oraz N-NO3-, N-NO2- obliczeniowo z wartości zmierzonych","methodology_en":"Determination of nitrites, nitrates, sulphates, chlorides and fluorides by ion chromatography and of N-NO3-, N-NO2- by calculation from measured values","methodology_zh":"离子色谱法测定亚硝酸盐、硝酸盐、硫酸盐、氯化物和氟化物，并由测量值计算N-NO3-、N-NO2-","methodology_cs":"Stanovení dusitanů, dusičnanů, síranů, chloridů a fluoridů metodou iontové chromatografie a N-NO3-, N-NO2- výpočtem z naměřených hodnot","parameters":[{"name":"azotyny","range":""},{"name":"azotany","range":""},{"name":"siarczany","range":""},{"name":"chlorki","range":""},{"name":"fluorki","range":""}],"parameters_en":[{"name":"nitrites","range":""},{"name":"nitrates","range":""},{"name":"sulphates","range":""},{"name":"chlorides","range":""},{"name":"fluorides","range":""}],"parameters_zh":[{"name":"亚硝酸盐","range":""},{"name":"硝酸盐","range":""},{"name":"硫酸盐","range":""},{"name":"氯化物","range":""},{"name":"氟化物","range":""}],"parameters_cs":[{"name":"dusitanů","range":""},{"name":"dusičnanů","range":""},{"name":"síranů","range":""},{"name":"chloridů","range":""},{"name":"fluoridů","range":""}],"technique":"chromatografia jonowa","technique_en":"ion chromatography","technique_zh":"离子色谱法","technique_cs":"metodou iontové chromatografie","techniques":["chromatografia jonowa"],"techniques_en":["ion chromatography"],"techniques_zh":["离子色谱法"],"techniques_cs":["metodou iontové chromatografie"],"computed":["N-NO3-","N-NO2-"],"computed_en":["N-NO3-","N-NO2-"],"computed_zh":["N-NO3-","N-NO2-"],"computed_cs":["N-NO3-","N-NO2-"],"activity":"Oznaczanie azotynów, azotanów, siarczanów, chlorków i fluorków metodą chromatografii jonowej oraz N-NO3-, N-NO2- obliczeniowo z wartości zmierzonych\nZakres:\nazotyny\nazotany\nsiarczany\nchlorki\nfluorki\nchromatografia jonowa","reference":"SOP 3.1.1 (ČSN EN ISO 10304-1)","norm_bases":["SOP 3.1.1","ČSN EN ISO 10304-1"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie azotynów, azotanów, siarczanów, chlorków i fluorków metodą chromatografii jonowej oraz N-NO3-, N-NO2- obliczeniowo z wartości zmierzonych chromatografia jonowa azotyny  azotany  siarczany  chlorki  fluorki  N-NO3- N-NO2- Vody, vodné výluhy Stanovení dusitanů, dusičnanů, síranů, chloridů a fluoridů metodou iontové chromatografie a N-NO3-, N-NO2- výpočtem z naměřených hodnot metodou iontové chromatografie dusitanů  dusičnanů  síranů  chloridů  fluoridů  N-NO3- N-NO2- SOP 3.1.1 (ČSN EN ISO 10304-1) Wody, wyciagi wodne Oznaczanie azotynow, azotanow, siarczanow, chlorkow i fluorkow metoda chromatografii jonowej oraz N-NO3-, N-NO2- obliczeniowo z wartosci zmierzonych chromatografia jonowa azotyny  azotany  siarczany  chlorki  fluorki  N-NO3- N-NO2- Vody, vodne vyluhy Stanoveni dusitanu, dusicnanu, siranu, chloridu a fluoridu metodou iontove chromatografie a N-NO3-, N-NO2- vypoctem z namerenych hodnot metodou iontove chromatografie dusitanu  dusicnanu  siranu  chloridu  fluoridu  N-NO3- N-NO2- SOP 3.1.1 (CSN EN ISO 10304-1)","search_en":"Waters, aqueous leachates Determination of nitrites, nitrates, sulphates, chlorides and fluorides by ion chromatography and of N-NO3-, N-NO2- by calculation from measured values ion chromatography nitrites  nitrates  sulphates  chlorides  fluorides  N-NO3- N-NO2- SOP 3.1.1 (ČSN EN ISO 10304-1)","search_zh":"水、水浸出液 离子色谱法测定亚硝酸盐、硝酸盐、硫酸盐、氯化物和氟化物，并由测量值计算N-NO3-、N-NO2- 离子色谱法 亚硝酸盐  硝酸盐  硫酸盐  氯化物  氟化物  N-NO3- N-NO2- SOP 3.1.1 (ČSN EN ISO 10304-1)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":18,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"a1dfd4c67e39b2da32ff6c15","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"20","test_object":"Wody, wyciągi wodne","test_object_en":"Waters, aqueous leachates","test_object_zh":"水、水浸出液","test_object_cs":"Vody, vodné výluhy","methodology":"Oznaczanie zawartości Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn metodą ICP-OES, twardości wody (suma Ca+Mg) obliczeniowo z wartości zmierzonych","methodology_en":"Determination of Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn content by ICP-OES, water hardness (sum of Ca+Mg) by calculation from measured values","methodology_zh":"ICP-OES法测定Al、As、Ba、Ca、Cd、Co、Cr、Cu、Fe、Mg、Mn、Mo、Ni、Pb、Sb、Se、Sn、V、Zn含量，并由测量值计算水硬度（Ca+Mg总和）","methodology_cs":"Stanovení obsahu Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn metodou ICP-OES, tvrdosti vody (suma Ca+Mg) výpočtem z naměřených hodnot","parameters":[{"name":"Glin (Al)","range":""},{"name":"Arsen (As)","range":""},{"name":"Bar (Ba)","range":""},{"name":"Wapń (Ca)","range":""},{"name":"Kadm (Cd)","range":""},{"name":"Kobalt (Co)","range":""},{"name":"Chrom (Cr)","range":""},{"name":"Miedź (Cu)","range":""},{"name":"Żelazo (Fe)","range":""},{"name":"Magnez (Mg)","range":""},{"name":"Mangan (Mn)","range":""},{"name":"Molibden (Mo)","range":""},{"name":"Nikiel (Ni)","range":""},{"name":"Ołów (Pb)","range":""},{"name":"Antymon (Sb)","range":""},{"name":"Selen (Se)","range":""},{"name":"Cyna (Sn)","range":""},{"name":"Wanad (V)","range":""},{"name":"Cynk (Zn)","range":""}],"parameters_en":[{"name":"Aluminium (Al)","range":""},{"name":"Arsenic (As)","range":""},{"name":"Barium (Ba)","range":""},{"name":"Calcium (Ca)","range":""},{"name":"Cadmium (Cd)","range":""},{"name":"Cobalt (Co)","range":""},{"name":"Chromium (Cr)","range":""},{"name":"Copper (Cu)","range":""},{"name":"Iron (Fe)","range":""},{"name":"Magnesium (Mg)","range":""},{"name":"Manganese (Mn)","range":""},{"name":"Molybdenum (Mo)","range":""},{"name":"Nickel (Ni)","range":""},{"name":"Lead (Pb)","range":""},{"name":"Antimony (Sb)","range":""},{"name":"Selenium (Se)","range":""},{"name":"Tin (Sn)","range":""},{"name":"Vanadium (V)","range":""},{"name":"Zinc (Zn)","range":""}],"parameters_zh":[{"name":"铝（Al）","range":""},{"name":"砷（As）","range":""},{"name":"钡（Ba）","range":""},{"name":"钙（Ca）","range":""},{"name":"镉（Cd）","range":""},{"name":"钴（Co）","range":""},{"name":"铬（Cr）","range":""},{"name":"铜（Cu）","range":""},{"name":"铁（Fe）","range":""},{"name":"镁（Mg）","range":""},{"name":"锰（Mn）","range":""},{"name":"钼（Mo）","range":""},{"name":"镍（Ni）","range":""},{"name":"铅（Pb）","range":""},{"name":"锑（Sb）","range":""},{"name":"硒（Se）","range":""},{"name":"锡（Sn）","range":""},{"name":"钒（V）","range":""},{"name":"锌（Zn）","range":""}],"parameters_cs":[{"name":"Al","range":""},{"name":"As","range":""},{"name":"Ba","range":""},{"name":"Ca","range":""},{"name":"Cd","range":""},{"name":"Co","range":""},{"name":"Cr","range":""},{"name":"Cu","range":""},{"name":"Fe","range":""},{"name":"Mg","range":""},{"name":"Mn","range":""},{"name":"Mo","range":""},{"name":"Ni","range":""},{"name":"Pb","range":""},{"name":"Sb","range":""},{"name":"Se","range":""},{"name":"Sn","range":""},{"name":"V","range":""},{"name":"Zn","range":""}],"technique":"optyczna spektrometria emisyjna z plazmą wzbudzoną indukcyjnie (ICP-OES)","technique_en":"inductively coupled plasma optical emission spectrometry (ICP-OES)","technique_zh":"电感耦合等离子体发射光谱法（ICP-OES）","technique_cs":"metodou ICP-OES","techniques":["optyczna spektrometria emisyjna z plazmą wzbudzoną indukcyjnie (ICP-OES)"],"techniques_en":["inductively coupled plasma optical emission spectrometry (ICP-OES)"],"techniques_zh":["电感耦合等离子体发射光谱法（ICP-OES）"],"techniques_cs":["metodou ICP-OES"],"computed":["twardość wody (suma Ca+Mg)"],"computed_en":["water hardness (sum of Ca+Mg)"],"computed_zh":["水硬度（Ca+Mg总和）"],"computed_cs":["tvrdosti vody (suma Ca+Mg)"],"activity":"Oznaczanie zawartości Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn metodą ICP-OES, twardości wody (suma Ca+Mg) obliczeniowo z wartości zmierzonych\nZakres:\nGlin (Al)\nArsen (As)\nBar (Ba)\nWapń (Ca)\nKadm (Cd)\nKobalt (Co)\nChrom (Cr)\nMiedź (Cu)\nŻelazo (Fe)\nMagnez (Mg)\nMangan (Mn)\nMolibden (Mo)\nNikiel (Ni)\nOłów (Pb)\nAntymon (Sb)\nSelen (Se)\nCyna (Sn)\nWanad (V)\nCynk (Zn)\noptyczna spektrometria emisyjna z plazmą wzbudzoną indukcyjnie (ICP-OES)","reference":"SOP 6.1.3 (ČSN EN ISO 11885)","norm_bases":["SOP 6.1.3","ČSN EN ISO 11885"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":true,"flexibility":"A, B, D","outside_premises":false,"note":"Wody pitne, wody powierzchniowe, ścieki, wody ciepłe, wody popłuczne, wody technologiczne, wody uzdatnione i wody podziemne","note_en":"Drinking water, surface water, waste water, hot water, rinsing water, process water, treated water and groundwater","note_zh":"饮用水、地表水、废水、热水、冲洗水、工艺用水、处理水和地下水","note_cs":"Pitné vody, povrchové vody, odpadní vody, teplé vody, oplachové vody, technologické vody, upravené vody a podzemní vody","search_text":"Wody, wyciągi wodne Oznaczanie zawartości Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn metodą ICP-OES, twardości wody (suma Ca+Mg) obliczeniowo z wartości zmierzonych optyczna spektrometria emisyjna z plazmą wzbudzoną indukcyjnie (ICP-OES) Glin (Al)  Arsen (As)  Bar (Ba)  Wapń (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedź (Cu)  Żelazo (Fe)  Magnez (Mg)  Mangan (Mn)  Molibden (Mo)  Nikiel (Ni)  Ołów (Pb)  Antymon (Sb)  Selen (Se)  Cyna (Sn)  Wanad (V)  Cynk (Zn)  twardość wody (suma Ca+Mg) Vody, vodné výluhy Stanovení obsahu Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn metodou ICP-OES, tvrdosti vody (suma Ca+Mg) výpočtem z naměřených hodnot metodou ICP-OES Al  As  Ba  Ca  Cd  Co  Cr  Cu  Fe  Mg  Mn  Mo  Ni  Pb  Sb  Se  Sn  V  Zn  tvrdosti vody (suma Ca+Mg) SOP 6.1.3 (ČSN EN ISO 11885) Wody, wyciagi wodne Oznaczanie zawartosci Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn metoda ICP-OES, twardosci wody (suma Ca+Mg) obliczeniowo z wartosci zmierzonych optyczna spektrometria emisyjna z plazma wzbudzona indukcyjnie (ICP-OES) Glin (Al)  Arsen (As)  Bar (Ba)  Wapn (Ca)  Kadm (Cd)  Kobalt (Co)  Chrom (Cr)  Miedz (Cu)  Zelazo (Fe)  Magnez (Mg)  Mangan (Mn)  Molibden (Mo)  Nikiel (Ni)  Olow (Pb)  Antymon (Sb)  Selen (Se)  Cyna (Sn)  Wanad (V)  Cynk (Zn)  twardosc wody (suma Ca+Mg) Vody, vodne vyluhy Stanoveni obsahu Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn metodou ICP-OES, tvrdosti vody (suma Ca+Mg) vypoctem z namerenych hodnot metodou ICP-OES Al  As  Ba  Ca  Cd  Co  Cr  Cu  Fe  Mg  Mn  Mo  Ni  Pb  Sb  Se  Sn  V  Zn  tvrdosti vody (suma Ca+Mg) SOP 6.1.3 (CSN EN ISO 11885)","search_en":"Waters, aqueous leachates Determination of Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, Mg, Mn, Mo, Ni, Pb, Sb, Se, Sn, V, Zn content by ICP-OES, water hardness (sum of Ca+Mg) by calculation from measured values inductively coupled plasma optical emission spectrometry (ICP-OES) Aluminium (Al)  Arsenic (As)  Barium (Ba)  Calcium (Ca)  Cadmium (Cd)  Cobalt (Co)  Chromium (Cr)  Copper (Cu)  Iron (Fe)  Magnesium (Mg)  Manganese (Mn)  Molybdenum (Mo)  Nickel (Ni)  Lead (Pb)  Antimony (Sb)  Selenium (Se)  Tin (Sn)  Vanadium (V)  Zinc (Zn)  water hardness (sum of Ca+Mg) SOP 6.1.3 (ČSN EN ISO 11885)","search_zh":"水、水浸出液 ICP-OES法测定Al、As、Ba、Ca、Cd、Co、Cr、Cu、Fe、Mg、Mn、Mo、Ni、Pb、Sb、Se、Sn、V、Zn含量，并由测量值计算水硬度（Ca+Mg总和） 电感耦合等离子体发射光谱法（ICP-OES） 铝（Al）  砷（As）  钡（Ba）  钙（Ca）  镉（Cd）  钴（Co）  铬（Cr）  铜（Cu）  铁（Fe）  镁（Mg）  锰（Mn）  钼（Mo）  镍（Ni）  铅（Pb）  锑（Sb）  硒（Se）  锡（Sn）  钒（V）  锌（Zn）  水硬度（Ca+Mg总和） SOP 6.1.3 (ČSN EN ISO 11885)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":19,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"d016ba2a7464ef7c31b32245","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"21","test_object":"Środowisko pracy i środowisko","test_object_en":"Working environment and the environment","test_object_zh":"工作环境和环境","test_object_cs":"Pracovní prostředí a životní prostředí","methodology":"Pomiar hałasu","methodology_en":"Measurement of noise","methodology_zh":"噪声测量","methodology_cs":"Měření hluku","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Pomiar hałasu","reference":"SOP 10.2.1 (ČSN EN ISO 9612)","norm_bases":["SOP 10.2.1","ČSN EN ISO 9612"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania","regulatory_area_en":"Tests","regulatory_area_zh":"检测","regulatory_area_cs":"Zkoušky","flexible":false,"flexibility":null,"outside_premises":true,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Środowisko pracy i środowisko Pomiar hałasu Pracovní prostředí a životní prostředí Měření hluku SOP 10.2.1 (ČSN EN ISO 9612) Srodowisko pracy i srodowisko Pomiar halasu Pracovni prostredi a zivotni prostredi Mereni hluku SOP 10.2.1 (CSN EN ISO 9612)","search_en":"Working environment and the environment Measurement of noise SOP 10.2.1 (ČSN EN ISO 9612)","search_zh":"工作环境和环境 噪声测量 SOP 10.2.1 (ČSN EN ISO 9612)","categories":["environment"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":20,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"1b31a74888376bf8f96e3c59","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"1","test_object":"Ścieki","test_object_en":"Waste water","test_object_zh":"废水","test_object_cs":"Odpadní vody","methodology":"Pobieranie próbek ścieków (pobór ręczny i pobór automatycznym próbnikiem)","methodology_en":"Sampling of waste water (manual sampling and sampling with an automatic sampler)","methodology_zh":"废水采样（手动采样和自动采样器采样）","methodology_cs":"Vzorkování odpadních vod (manuální odběr a odběr automatickým vzorkovačem)","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Pobieranie próbek ścieków (pobór ręczny i pobór automatycznym próbnikiem)","reference":"SOP 0.1.1. (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-10; ČSN ISO 5667-14; ČSN 75 7315; ČSN EN ISO 19458)","norm_bases":["SOP 0.1.1.","ČSN EN ISO 5667-1","ČSN EN ISO 5667-3","ČSN ISO 5667-10","ČSN ISO 5667-14","ČSN 75 7315","ČSN EN ISO 19458"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Pobieranie próbek","regulatory_area_en":"Sampling","regulatory_area_zh":"采样","regulatory_area_cs":"Vzorkování","flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Ścieki Pobieranie próbek ścieków (pobór ręczny i pobór automatycznym próbnikiem) Odpadní vody Vzorkování odpadních vod (manuální odběr a odběr automatickým vzorkovačem) SOP 0.1.1. (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-10; ČSN ISO 5667-14; ČSN 75 7315; ČSN EN ISO 19458) Scieki Pobieranie probek sciekow (pobor reczny i pobor automatycznym probnikiem) Odpadni vody Vzorkovani odpadnich vod (manualni odber a odber automatickym vzorkovacem) SOP 0.1.1. (CSN EN ISO 5667-1; CSN EN ISO 5667-3; CSN ISO 5667-10; CSN ISO 5667-14; CSN 75 7315; CSN EN ISO 19458)","search_en":"Waste water Sampling of waste water (manual sampling and sampling with an automatic sampler) SOP 0.1.1. (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-10; ČSN ISO 5667-14; ČSN 75 7315; ČSN EN ISO 19458)","search_zh":"废水 废水采样（手动采样和自动采样器采样） SOP 0.1.1. (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-10; ČSN ISO 5667-14; ČSN 75 7315; ČSN EN ISO 19458)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":21,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"f2855aa28b5965cb5e6c2eeb","lab_id":"69ad52a4de79e566650fd304","country":"CZ","accr_number":"1235","accr_body":"ČIA","row_label":"2","test_object":"Wody pitne, wody ciepłe","test_object_en":"Drinking water, hot water","test_object_zh":"饮用水、热水","test_object_cs":"Pitné vody, teplé vody","methodology":"Pobieranie próbek wód pitnych i ciepłych","methodology_en":"Sampling of drinking and hot water","methodology_zh":"饮用水和热水采样","methodology_cs":"Vzorkování pitných a teplých vod","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":null,"technique_en":null,"technique_zh":null,"technique_cs":null,"techniques":[],"techniques_en":[],"techniques_zh":[],"techniques_cs":[],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Pobieranie próbek wód pitnych i ciepłych","reference":"SOP 0.1.3 (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-5; ČSN ISO 5667-14; ČSN EN ISO 19458)","norm_bases":["SOP 0.1.3","ČSN EN ISO 5667-1","ČSN EN ISO 5667-3","ČSN ISO 5667-5","ČSN ISO 5667-14","ČSN EN ISO 19458"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Pobieranie próbek","regulatory_area_en":"Sampling","regulatory_area_zh":"采样","regulatory_area_cs":"Vzorkování","flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Wody pitne, wody ciepłe Pobieranie próbek wód pitnych i ciepłych Pitné vody, teplé vody Vzorkování pitných a teplých vod SOP 0.1.3 (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-5; ČSN ISO 5667-14; ČSN EN ISO 19458) Wody pitne, wody cieple Pobieranie probek wod pitnych i cieplych Pitne vody, teple vody Vzorkovani pitnych a teplych vod SOP 0.1.3 (CSN EN ISO 5667-1; CSN EN ISO 5667-3; CSN ISO 5667-5; CSN ISO 5667-14; CSN EN ISO 19458)","search_en":"Drinking water, hot water Sampling of drinking and hot water SOP 0.1.3 (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-5; ČSN ISO 5667-14; ČSN EN ISO 19458)","search_zh":"饮用水、热水 饮用水和热水采样 SOP 0.1.3 (ČSN EN ISO 5667-1; ČSN EN ISO 5667-3; ČSN ISO 5667-5; ČSN ISO 5667-14; ČSN EN ISO 19458)","categories":["water"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"reczna-analiza-labcoda-3","zh":"reczna-analiza-labcoda-3"},"row_index":22,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"}],"has_pdf":true}