现行

KS D ISO 17053

철 및 강 — 산소의 정량 — 불활성 가스 기류에서 용융 후 적외선법
钢和铁.氧的测定.惰性气体下熔化后的红外法

2021-10-27

现行

BS ISO 17053-2005

Steel and iron. Determination of oxygen. Infrared method after fusion under inert gas
钢铁 氧的测定 惰性气体熔化后的红外法

2005-03-30

现行

ISO 17053-2005

Steel and iron — Determination of oxygen — Infrared method after fusion under inert gas
钢铁及粉煤灰；氧的测定——惰性气体熔化后的红外法

2005-02-04

现行

JIS G 1239-2014

Iron and steel -- Determination of oxygen -- Infrared absorption method after fusion under inert gas
钢铁中氧的测定惰性气体熔融红外吸收法

2014-01-01

现行

YB/T 4305-2012

钢铁及合金 氧含量的测定 惰性气体熔融-红外吸收法
Steel,iron and alloy-Determination of oxygen content-Infrared method after fusion under inert gas

2012-11-07

现行

DIN EN 10276-2

Determination of oxygen content in steel and iron - Part 2: Infrared method after fusion under inert gas
黑色金属材料的化学分析.钢和铁中氧含量的测定.第2部分:惰性气体下熔化后的红外法；德文版EN 10276-2:2003

2003-10-01

现行

BS EN 10276-2-2003

Chemical analysis of ferrous materials. Determination of oxygen in steel and iron-Infrared method after fusion under inert gas
黑色金属材料的化学分析 钢铁中氧的测定

2003-07-09

现行

ISO 24476-2024

Steel — Determination of oxygen — Infrared absorption method after fusion under inert gas (Routine method)
钢中氧含量的测定惰性气体熔化后红外吸收法（常规法）

2024-04-09

现行

UNE-EN 10276-2-2004

Chemical analysis of ferrous materials - Determination of oxygen content in steel and iron - Part 2: Infrared method after fusion under inert gas
黑色金属材料的化学分析.钢和铁中氧含量的测定.第2部分:惰性气体下熔化后的红外法

2004-07-16

现行

GB/T 223.82-2018

钢铁 氢含量的测定 惰性气体熔融-热导或红外法
Steel and iron—Determination of hydrogen content—Thermal conductivity/infrared method after fusion under inert gas

2018-05-14

现行

KS D ISO 22963(2020 Confirm)

타이타늄 및 타이타늄 합금－산소 정량－비활성 분위기 가스 용융 후 적외선 흡수법
钛及钛合金氧含量的测定惰性气体熔融红外法

2010-10-27

现行

ISO 22963-2008

Titanium and titanium alloys — Determination of oxygen — Infrared method after fusion under inert gas
钛及钛合金——氧的测定——惰性气体熔化后的红外法

2008-01-07

现行

YB/T 4738-2019

硅钙合金 氧含量的测定 惰性气体熔融红外吸收法
Calcium silicon alloy-Determination of oxygen content-The infrared absorption method after fusion inert gas

2019-08-27

现行

BS 06/30155677 DC

ISO 22963. Titanium and titanium alloys. Determination of oxygen. Infrared method after fusion under inert gas
ISO 22963 钛和钛合金 氧的测定 惰性气体熔化后的红外法

2006-09-05

现行

JIS G 1211-3-2018

Iron and steel -- Determination of carbon -- Part 3: Infrared absorption method after combustion
钢铁碳的测定第3部分:燃烧后红外吸收法

2018-01-01

现行

YB/T 4307-2012

钢铁及合金 氧、氮和氢含量的测定 脉冲加热惰气熔融-飞行时间质谱法（常规法）
Iron,steel and alloy-Determination of oxygen,nitrogen and hydrogen contents-TOF-mass spectroscopy method after fusion in a current of inert gas(Routine method)

2012-11-07

现行

ISO 4935-1989

Steel and iron — Determination of sulfur content — Infrared absorption method after combustion in an induction furnace
钢铁及粉煤灰；硫含量的测定——感应炉燃烧后的红外吸收法

1989-09-21

现行

GB/T 223.85-2009

钢铁及合金 硫含量的测定 感应炉燃烧后红外吸收法
Steel and iron - Determination of sulfur content - Infrared absorption method after combustion in an induction furnace

2009-10-30

现行

YB/T 4908.6-2021

钒铝合金 氧、氮含量的测定 惰性气体熔融红外吸收法和热导法
Vanadium-aluminum alloy-Determination of oxygen and nitrogen content-Infrared absorption method and thermal conductimetric method after fusion in a current of inert gas

2021-03-05

现行

KS D ISO 10720(2018 Confirm)

강 및 철의 질소 분석 방법－비활성 가스 흐름하에서 융해 후 열 전도도법
钢铁氮含量的测定惰性气体熔化后的热导法

2003-10-31