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 -
 

"situ " CNS Standards List

N-Agriculture, Food
CNS 15091-3    2017 Edition
Method of test for deep sea water - Measurement of in-situ salinity
深層海水檢驗法-現場鹽度之測量
N-Agriculture, Food
CNS 15091-2    2017 Edition
Method of test for deep sea water - Measurement of in-situ suspended particle transmission
深層海水檢驗法-現場懸浮顆粒透光率之測量
N-Agriculture, Food
CNS 15091-1    2017 Edition
Method of test for deep sea water - Measurement of in-situ temperature
深層海水檢驗法-現場溫度之測量
C-Electrical Engineering
CNS 14659    2017 Edition
Acoustics - Determination of sound power levels of noise sources using sound pressure - Comparison method in situ
聲學─利用聲壓測定噪音源聲功率位準─現場的比較法
C-Electrical Engineering
CNS 6135-8    2017 Edition
Hearing aids-Part8: Measurement of performance characteristics of hearing aids under simulated in situ working conduction
助聽器-第8部:模擬現場工作情況之性能特性的量測
N-Agriculture, Food
CNS 15091-3    2007 Edition
Method of test for deep sea water - Measurement of in-situ salinity
深層海水檢驗法-現場鹽度之測量
N-Agriculture, Food
CNS 15091-2    2007 Edition
Method of test for deep sea water - Measurement of in-situ suspended particle transmission
深層海水檢驗法-現場懸浮顆粒透光率之測量
N-Agriculture, Food
CNS 15091-1    2007 Edition
Method of test for deep sea water - Measurement of in-situ temperature
深層海水檢驗法-現場溫度之測量
C-Electrical Engineering
CNS 14659    2002 Edition
Acoustics - Determination of sound power levels of noise sources using sound pressure - Comparison method in situ
聲學-利用聲壓測定噪音源聲功率位準-現場的比較法
C-Electrical Engineering
CNS 6135-8    2000 Edition
Hearing aids-Part8: Measurement of performance characteristics of hearing aids under simulated in situ working conduction
助聽器-第8部:模擬現場工作情況之性能特性的量測

Find out:10Items   |  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.