CNS Standards Solution | HOME | LOGIN | SIGN UP | CONTACT US | 中文版 |

Chinese National Standards
中華民國國家標準
- Taiwan 台灣 -
 

"fluorescence" CNS Standards List

| Small diameter | Face Face | Electromagnetic compatibility | Method Test | Sodium Thiocyanate | Basic Rack | Method Determining | Information technology |

G-Ferrous Materials & Metallurgy
CNS 10501    2023 Edition
Method for X-ray fluorescence spectrometric analysis of stainless steel
不銹鋼之螢光X射線分析法
G-Ferrous Materials & Metallurgy
CNS 10501    2023 Edition
Method for X-ray fluorescence spectrometric analysis of stainless steel
不銹鋼之螢光X射線分析法
R-Ceramic Industry
CNS 12788    2021 Edition
Chemical analysis of refractory products by X-ray fluorescence (XRF) − Fused cast-bead method
耐火製品之X射線螢光(XRF)化學分析法-熔融鑄珠法
K-Chemical Industry
CNS 15461    2021 Edition
Method of test for sulfur in gasoline and diesel fuel by monochromatic wavelength dispersive X-ray fluorescence spectrometry
汽、柴油硫含量單色波長分散式X射線螢光試驗法
K-Chemical Industry
CNS 13877    2021 Edition
Test method for sulfur in petroleum products by wavelength dispersive X-ray fluorescence spectrometry
石油產品硫含量試驗法(波長分散式X射線螢光光譜法)
K-Chemical Industry
CNS 15372    2021 Edition
Method of test for total volatile sulfur in gaseous hydrocarbons and liquefied petroleum gases by ultraviolet fluorescence
氣態碳氫化合物、液化石油氣總揮發性硫含量紫外線螢光試驗法
K-Chemical Industry
CNS 14472    2020 Edition
Method of test for sulfur in petroleum products by energy-dispersive X-ray fluorescence spectroscopy
石油產品中硫含量測定法(能量分散式X-射線螢光光譜法)
K-Chemical Industry
CNS 14505    2020 Edition
Method of test for total sulfur in light hydrocarbons,motor fuels and oils by ultraviolet fluorescence
輕質碳氫化合物.汽車燃料及油中總含硫量測定法(紫外線螢光法)
H-Non-ferrous Materials & Metallurgy
CNS 11942-23    2019 Edition
Method for X-ray fluorescence spectrometric analysis of copper and copper alloys
銅及銅合金之螢光X射線分析法
K-Chemical Industry
CNS 14862    2019 Edition
Method of test for sulfur in gasoline by wavelength dispersive X-ray fluorescence
汽油硫含量試驗法(波長分散式X射線螢光光譜法)
M-Mining
CNS 10124    2017 Edition
Method for Determining Sulphur Content in Natural and Artificial Cryolite and Aluminium Fluoride for Industrial Use (X-Ray fluorescence Spectrometric Method)
天然及人造冰晶石與工業用氟化鋁中硫定量法(X射線螢光光譜分析法)
G-Ferrous Materials & Metallurgy
CNS 11072    2017 Edition
Method of X-Ray fluorescence Spectrometric Analysis of Iron and Steel
鐵及鋼之螢光X射線分析法
Z8-General & Miscellaneous
CNS 12996    2017 Edition
Method of Determination for Contents of Metallic Elements of Hardmetals by X-Ray fluorescence (Fusion Method)
超硬合金金屬元素含量測定法–X射線螢光分析法(熔融法)
G-Ferrous Materials & Metallurgy
CNS 10502    2017 Edition
Method for X-Ray fluorescence Spectrometric Analysis of Pig Iron, Cast Iron, Carbon Steel and Low Alloy Steel
生鐵、鑄鐵、碳鋼及低合金鋼之螢光X射線分析法
K-Chemical Industry
CNS 11619    2017 Edition
General Rules for X-Ray fluorescence Spectrometric Analysis
螢光X射線分析法總則
G-Ferrous Materials & Metallurgy
CNS 10501    2017 Edition
Method for X-ray fluorescence Spectrometric Analysis of Stainless Steel
不銹鋼之螢光X射線分析法
Z-#N/A
CNS 12996    1992 Edition
Method of Determination for Contents of Metallic Elements of Hardmetals by X-Ray fluorescence (Fusion Method)
超硬合金金屬元素含量測定法-X射線螢光分析法(熔融法)
K-Chemical Industry
CNS 11619    1986 Edition
General Rules for X-Ray fluorescence Spectrometric Analysis
螢光X射線分析法總則
G-Ferrous Materials & Metallurgy
CNS 10502    1984 Edition
Method for X-Ray fluorescence Spectrometric Analysis of Pig Iron, Cast Iron, Carbon Steel and Low Alloy Steel
生鐵、鑄鐵、碳鋼及低合金鋼之螢光X射線分析法
G-Ferrous Materials & Metallurgy
CNS 11072    1984 Edition
Method of X-Ray fluorescence Spectrometric Analysis of Iron and Steel
鐵及鋼之螢光X射線分析法
M-Mining
CNS 10124    1983 Edition
Method for Determining Sulphur Content in Natural and Artificial Cryolite and Aluminium Fluoride for Industrial Use (X-Ray fluorescence Spectrometric Method)
天然及人造冰晶石與工業用氟化鋁中硫定量法(X射線螢光光譜分析法)

Find out:21Items   |  To Page of: First -Previous-Next -Last  | 1

 

| HOME | LOGIN | SIGN UP | CONTACT US | 中文版 | ©  CNS-standards.org Copyright  2001-2025 All Rights Reserved
The authority agency link :
Bureau of Standards, Metrology & Inspection M.O.E.A.
This site is not affiliated with or endorsed by the BSMI or MOEA.