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IX čl. QW-160, QW161.2, QW-161.3, QW161.4, QW-162, QW-163; Postup WI-04157 (ASME BPVC Sec. IX čl. QW-160, QW-161.2, QW-161.3, QW161.4, QW-162, QW-163)","norm_bases":["ASME BPVC Sec. IX čl. QW-160, QW161.2, QW-161.3, QW161.4, QW-162, QW-163","Postup WI-04157","ASME BPVC Sec. IX čl. QW-160, QW-161.2, QW-161.3, QW161.4, QW-162, QW-163"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Badania technologiczne i mechaniczne","regulatory_area_en":"Technological and mechanical tests","regulatory_area_zh":"工艺和力学试验","regulatory_area_cs":"Technologické a mechanické zkoušky","flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Złącza spawane rur metalowych Próba zginania Svarové spoje kovových trubek Zkouška ohybem ASME BPVC Sec. IX čl. QW-160, QW161.2, QW-161.3, QW161.4, QW-162, QW-163; Postup WI-04157 (ASME BPVC Sec. IX čl. QW-160, QW-161.2, QW-161.3, QW161.4, QW-162, QW-163) Zlacza spawane rur metalowych Proba zginania Svarove spoje kovovych trubek Zkouska ohybem ASME BPVC Sec. IX cl. QW-160, QW161.2, QW-161.3, QW161.4, QW-162, QW-163; Postup WI-04157 (ASME BPVC Sec. IX cl. QW-160, QW-161.2, QW-161.3, QW161.4, QW-162, QW-163)","search_en":"Welded joints of metallic tubes Bend test ASME BPVC Sec. IX čl. QW-160, QW161.2, QW-161.3, QW161.4, QW-162, QW-163; Postup WI-04157 (ASME BPVC Sec. IX čl. QW-160, QW-161.2, QW-161.3, QW161.4, QW-162, QW-163)","search_zh":"金属管焊接接头 弯曲试验 ASME BPVC Sec. IX čl. QW-160, QW161.2, QW-161.3, QW161.4, QW-162, QW-163; Postup WI-04157 (ASME BPVC Sec. IX čl. QW-160, QW-161.2, QW-161.3, QW161.4, QW-162, QW-163)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":12,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"e0d94eef786fff2a3353a22c","lab_id":"69ad52a4de79e566650fd3a4","country":"CZ","accr_number":"1364","accr_body":"ČIA","row_label":"4.1","test_object":"Korozjoodporne materiały metalowe","test_object_en":"Corrosion resistant metals","test_object_zh":"耐腐蚀金属材料","test_object_cs":"Korozivzdorné kovové materiály","methodology":"Oznaczanie wielkości ziarna","methodology_en":"Determination of grain size","methodology_zh":"晶粒度的测定","methodology_cs":"Stanovení velikosti 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hodnocení","flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Rury i spoiny ze stali dupleks Oznaczanie fazy sigma Trubky a svary duplexních ocelí Stanovení sigma fáze ČSN EN ISO 17781, čl. 5.2; ASTM A923, čl. 3 až 7; Postup WI-03817 Rury i spoiny ze stali dupleks Oznaczanie fazy sigma Trubky a svary duplexnich oceli Stanoveni sigma faze CSN EN ISO 17781, cl. 5.2; ASTM A923, cl. 3 az 7; Postup WI-03817","search_en":"Duplex steel tubes and welds Sigma phase content determination ČSN EN ISO 17781, čl. 5.2; ASTM A923, čl. 3 až 7; Postup WI-03817","search_zh":"双相钢管材和焊缝 σ相含量的测定 ČSN EN ISO 17781, čl. 5.2; ASTM A923, čl. 3 až 7; Postup 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duplexních ocelí Stanovení podílu feritu a austenitu ČSN EN ISO 17781, čl. 5.3; ASTM E562; Postup WI-03816 (ASTM E562) Rury i spoiny ze stali dupleks Oznaczanie udzialu ferrytu i austenitu Trubky a svary duplexnich oceli Stanoveni podilu feritu a austenitu CSN EN ISO 17781, cl. 5.3; ASTM E562; Postup WI-03816 (ASTM E562)","search_en":"Duplex steel tubes and welds Ferrite/austenite volume fraction determination ČSN EN ISO 17781, čl. 5.3; ASTM E562; Postup WI-03816 (ASTM E562)","search_zh":"双相钢管材和焊缝 铁素体/奥氏体体积分数的测定 ČSN EN ISO 17781, čl. 5.3; ASTM E562; Postup WI-03816 (ASTM E562)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":15,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"7dd98b90de51fbc9875e9ff0","lab_id":"69ad52a4de79e566650fd3a4","country":"CZ","accr_number":"1364","accr_body":"ČIA","row_label":"4.4","test_object":"Spoiny 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międzykrystaliczną – ocena mikrostruktury Korozivzdorné kovové materiály Zkouška odolnosti vůči mezikrystalové korozi – hodnocení mikrostruktury ASTM A262, čl. 4 až 13; ASTM A763, čl. 5 až 10 Korozjoodporne materialy metalowe Badanie odpornosci na korozje miedzykrystaliczna – ocena mikrostruktury Korozivzdorne kovove materialy Zkouska odolnosti vuci mezikrystalove korozi – hodnoceni mikrostruktury ASTM A262, cl. 4 az 13; ASTM A763, cl. 5 az 10","search_en":"Corrosion resistant metals Test of resistance to intergranular corrosion - evaluation of microstructure ASTM A262, čl. 4 až 13; ASTM A763, čl. 5 až 10","search_zh":"耐腐蚀金属材料 耐晶间腐蚀试验 – 显微组织评定 ASTM A262, čl. 4 až 13; ASTM A763, čl. 5 až 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(W)","range":""}],"parameters_zh":[{"name":"铝（Al）","range":""},{"name":"硼（B）","range":""},{"name":"碳（C）","range":""},{"name":"钴（Co）","range":""},{"name":"铬（Cr）","range":""},{"name":"铜（Cu）","range":""},{"name":"铁（Fe）","range":""},{"name":"锰（Mn）","range":""},{"name":"钼（Mo）","range":""},{"name":"氮（N）","range":""},{"name":"铌（Nb）","range":""},{"name":"镍（Ni）","range":""},{"name":"磷（P）","range":""},{"name":"铅（Pb）","range":""},{"name":"硫（S）","range":""},{"name":"硅（Si）","range":""},{"name":"钽（Ta）","range":""},{"name":"钛（Ti）","range":""},{"name":"钒（V）","range":""},{"name":"钨（W）","range":""}],"parameters_cs":[{"name":"Al","range":""},{"name":"B","range":""},{"name":"C","range":""},{"name":"Co","range":""},{"name":"Cr","range":""},{"name":"Cu","range":""},{"name":"Fe","range":""},{"name":"Mn","range":""},{"name":"Mo","range":""},{"name":"N","range":""},{"name":"Nb","range":""},{"name":"Ni","range":""},{"name":"P","range":""},{"name":"Pb","range":""},{"name":"S","range":""},{"name":"Si","range":""},{"name":"Ta","range":""},{"name":"Ti","range":""},{"name":"V","range":""},{"name":"W","range":""}],"technique":"optyczna spektrometria emisyjna","technique_en":"optical emission spectrometry","technique_zh":"光学发射光谱法","technique_cs":"metodou optické emisní spektrometrie","techniques":["optyczna spektrometria emisyjna"],"techniques_en":["optical emission spectrometry"],"techniques_zh":["光学发射光谱法"],"techniques_cs":["metodou optické emisní spektrometrie"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Oznaczanie stężenia pierwiastków metodą optycznej spektrometrii emisyjnej\nZakres:\nGlin (Al)\nBor (B)\nWęgiel (C)\nKobalt (Co)\nChrom (Cr)\nMiedź (Cu)\nŻelazo (Fe)\nMangan (Mn)\nMolibden (Mo)\nAzot (N)\nNiob (Nb)\nNikiel (Ni)\nFosfor (P)\nOłów (Pb)\nSiarka (S)\nKrzem (Si)\nTantal (Ta)\nTytan (Ti)\nWanad (V)\nWolfram (W)\noptyczna spektrometria emisyjna","reference":"Postup WI-04178 (ASTM E1086)","norm_bases":["Postup WI-04178","ASTM E1086"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":"Analiza spektrometryczna","regulatory_area_en":"Spectrometric analysis","regulatory_area_zh":"光谱分析","regulatory_area_cs":"Spektrometrická analýza","flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Stale wysokostopowe i stopy niklu Oznaczanie stężenia pierwiastków metodą optycznej spektrometrii emisyjnej optyczna spektrometria emisyjna Glin (Al)  Bor (B)  Węgiel (C)  Kobalt (Co)  Chrom (Cr)  Miedź (Cu)  Żelazo (Fe)  Mangan (Mn)  Molibden (Mo)  Azot (N)  Niob (Nb)  Nikiel (Ni)  Fosfor (P)  Ołów (Pb)  Siarka (S)  Krzem (Si)  Tantal (Ta)  Tytan (Ti)  Wanad (V)  Wolfram (W)  Vysoce legované oceli a niklové slitiny Stanovení koncentrace prvků metodou optické emisní spektrometrie metodou optické emisní spektrometrie Al  B  C  Co  Cr  Cu  Fe  Mn  Mo  N  Nb  Ni  P  Pb  S  Si  Ta  Ti  V  W  Postup WI-04178 (ASTM E1086) Stale wysokostopowe i stopy niklu Oznaczanie stezenia pierwiastkow metoda optycznej spektrometrii emisyjnej optyczna spektrometria emisyjna Glin (Al)  Bor (B)  Wegiel (C)  Kobalt (Co)  Chrom (Cr)  Miedz (Cu)  Zelazo (Fe)  Mangan (Mn)  Molibden (Mo)  Azot (N)  Niob (Nb)  Nikiel (Ni)  Fosfor (P)  Olow (Pb)  Siarka (S)  Krzem (Si)  Tantal (Ta)  Tytan (Ti)  Wanad (V)  Wolfram (W)  Vysoce legovane oceli a niklove slitiny Stanoveni koncentrace prvku metodou opticke emisni spektrometrie metodou opticke emisni spektrometrie Al  B  C  Co  Cr  Cu  Fe  Mn  Mo  N  Nb  Ni  P  Pb  S  Si  Ta  Ti  V  W  Postup WI-04178 (ASTM E1086)","search_en":"Highly alloyed steels and nickel alloys Determination of elements concentration by optical emission spectrometry optical emission spectrometry Aluminium (Al)  Boron (B)  Carbon (C)  Cobalt (Co)  Chromium (Cr)  Copper (Cu)  Iron (Fe)  Manganese (Mn)  Molybdenum (Mo)  Nitrogen (N)  Niobium (Nb)  Nickel (Ni)  Phosphorus (P)  Lead (Pb)  Sulphur (S)  Silicon (Si)  Tantalum (Ta)  Titanium (Ti)  Vanadium (V)  Tungsten (W)  Postup WI-04178 (ASTM E1086)","search_zh":"高合金钢和镍合金 光学发射光谱法测定元素浓度 光学发射光谱法 铝（Al）  硼（B）  碳（C）  钴（Co）  铬（Cr）  铜（Cu）  铁（Fe）  锰（Mn）  钼（Mo）  氮（N）  铌（Nb）  镍（Ni）  磷（P）  铅（Pb）  硫（S）  硅（Si）  钽（Ta）  钛（Ti）  钒（V）  钨（W）  Postup WI-04178 (ASTM E1086)","categories":["materials"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":19,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"}],"has_pdf":true}