T/CIESC 0001-2020 化学反应量热试验规程
本标准规定了化学反应热的估算和测试方法以及基于反应热数据获取化学反应过程热累积度的计算方法。 本标准适用于理想等温量热法、理想绝热量热法及其他非理想方式的量热方法。本标准不适用于物质的燃烧热测试
Calorimetric Test Code for Chemical Reactions
ASTM E537-02 用差分扫描量热法测量化学用品热稳定性的标准试验方法
This test method is useful in detecting potentially hazardous reactions including those from volatile chemicals and in estimating
Standard Test Method for The Thermal Stability Of Chemicals By Differential Scanning Calorimetry
T/CRES 0009-2022 固体化合物的热化学储热温度和储热密度测量方法
本文件适用于在特定温度范围、气氛和压力等条件下可以进行可逆化学反应的固体化合物。固体化合物的可逆化学反应包括金属氧化物的氧化还原反应、碳酸盐的分解与碳酸化反应、氢氧化物的脱水与水合反应等。热化学储热温度和储热密度测量对象是固体化合物的分解状态，包括金属氧化物的还原状态、碳酸盐的分解状态和氢氧化物的
Testing method of thermochemical energy storage temperature and energy density for solid compounds
GOST R 56851-2016 液化天然气. 热力学性质的计量方法
Liquefied natural gas. Method for calculation of thermodynamic properties
NBN T 31-021-1988 橡胶．炭黑含量的测定．热解和化学降解法
Rubber - Determination of carbon black content-Pyrolytic and Chemical degradation methods
ISO 1408:1995 橡胶 炭黑含量的测定 热解和化学降解法
Describes a pyrolytic method (A) and two chemical degradation methods (B and C) for the determination of the carbon black content of artificial rubber
Rubber - Determination of carbon black content - Pyrolytic and chemical degradation methods
KS M ISO 1408:2012 橡胶.炭黑含量的测定.热解和化学降解法
이 표준은 고무의 카본 블랙 함량 측정을 위한 열분해법(A)과 두 가지 화학적 분해법(B와
Rubber－Determination of carbon black content－Pyrolytic and chemical degradation methods
JIS K 6227:1998 橡胶.碳黑含量的测定.热解和化学降解法
この規格は，ゴム中のカーボンブラック含有量の測定に用いる熱分解法(A法)及び二つの化学分解法(B法及びC法)について規定する
Rubber -- Determination of carbon black content -- Pyrolytic and chemical degradation methods
UNE 53570:1996 橡皮 炭黑含量的测定 热解和化学降解方法
RUBBER. DETERMINATION OF CARBON BALCK CONTENT. PYROLYTIC AND CHEMICAL DEGRADATION METHODS.
UNE-ISO 1408:2021 橡皮 炭黑含量的测定 热解和化学降解方法
Rubber. Determination of carbon black content. Pyrolytic and chemical degradation methods
GOST R ISO 1833-19-2008 纺织品.量化化学分析.第19部分:纺织品.卷曲纤维和石棉(加热)的量化化学分析
Textiles. Quantitative chemical analysis. Part 19. Textiles. Quantitative chemical analysis Mixtures of cellulose fibres and asbestos (method by heating)
ASTM E537-20 用差示扫描量热法测定化学品热稳定性的标准试验方法
1.1 This test method describes the ascertainment of the presence of enthalpic changes in a test specimen, using minimum quantities of material
Standard Test Method for Thermal Stability of Chemicals by Differential Scanning Calorimetry
AS 1683.17:2001 橡胶的试验方法.测定硫化橡胶的炭黑含量.热解和化学降解法
Specifies a pyrolytic and two chemical degradation methods for the determination of the carbon content of rubber. This Standard is identical
Methods of test for rubber - Determination of carbon black content of vulcanized rubber - Pyrolytic and chemical degradation methods
PN C04096-1962 石油产品 石油中挥发性化合物含量和热学稳定性的测定
Przedmiotem normy jest oznaczanie zawarto?ci cz??ci lotnych, stabilno?ci termooksydacyjnej oraz obliczanie sta?ej wzrostu pozosta?o?ci ?ywicznej olej
Petroleum products. Determination of volatile Coooumpand comtens and thermooxidation stability of oil
GOST 28619-1990 橡胶.工业炭黑含量测定.热解法和化学破坏法
Rubber. Determination of carbon black. Pyrolytic and chemical degradation methods
T/CIESC 0001-2020 化学反应量热试验规程
本标准规定了化学反应热的估算和测试方法以及基于反应热数据获取化学反应过程热累积度的计算方法。 本标准适用于理想等温量热法、理想绝热量热法及其他非理想方式的量热方法。本标准不适用于物质的燃烧热测试
Calorimetric Test Code for Chemical Reactions
ASTM E537-02 用差分扫描量热法测量化学用品热稳定性的标准试验方法
This test method is useful in detecting potentially hazardous reactions including those from volatile chemicals and in estimating
Standard Test Method for The Thermal Stability Of Chemicals By Differential Scanning Calorimetry
T/CRES 0009-2022 固体化合物的热化学储热温度和储热密度测量方法
本文件适用于在特定温度范围、气氛和压力等条件下可以进行可逆化学反应的固体化合物。固体化合物的可逆化学反应包括金属氧化物的氧化还原反应、碳酸盐的分解与碳酸化反应、氢氧化物的脱水与水合反应等。热化学储热温度和储热密度测量对象是固体化合物的分解状态，包括金属氧化物的还原状态、碳酸盐的分解状态和氢氧化物的
Testing method of thermochemical energy storage temperature and energy density for solid compounds
GOST R 56851-2016 液化天然气. 热力学性质的计量方法
Liquefied natural gas. Method for calculation of thermodynamic properties
NBN T 31-021-1988 橡胶．炭黑含量的测定．热解和化学降解法
Rubber - Determination of carbon black content-Pyrolytic and Chemical degradation methods
ISO 1408:1995 橡胶 炭黑含量的测定 热解和化学降解法
Describes a pyrolytic method (A) and two chemical degradation methods (B and C) for the determination of the carbon black content of artificial rubber
Rubber - Determination of carbon black content - Pyrolytic and chemical degradation methods
KS M ISO 1408:2012 橡胶.炭黑含量的测定.热解和化学降解法
이 표준은 고무의 카본 블랙 함량 측정을 위한 열분해법(A)과 두 가지 화학적 분해법(B와
Rubber－Determination of carbon black content－Pyrolytic and chemical degradation methods
JIS K 6227:1998 橡胶.碳黑含量的测定.热解和化学降解法
この規格は，ゴム中のカーボンブラック含有量の測定に用いる熱分解法(A法)及び二つの化学分解法(B法及びC法)について規定する
Rubber -- Determination of carbon black content -- Pyrolytic and chemical degradation methods
UNE 53570:1996 橡皮 炭黑含量的测定 热解和化学降解方法
RUBBER. DETERMINATION OF CARBON BALCK CONTENT. PYROLYTIC AND CHEMICAL DEGRADATION METHODS.
UNE-ISO 1408:2021 橡皮 炭黑含量的测定 热解和化学降解方法
Rubber. Determination of carbon black content. Pyrolytic and chemical degradation methods
GOST R ISO 1833-19-2008 纺织品.量化化学分析.第19部分:纺织品.卷曲纤维和石棉(加热)的量化化学分析
Textiles. Quantitative chemical analysis. Part 19. Textiles. Quantitative chemical analysis Mixtures of cellulose fibres and asbestos (method by heating)
ASTM E537-20 用差示扫描量热法测定化学品热稳定性的标准试验方法
1.1 This test method describes the ascertainment of the presence of enthalpic changes in a test specimen, using minimum quantities of material
Standard Test Method for Thermal Stability of Chemicals by Differential Scanning Calorimetry
AS 1683.17:2001 橡胶的试验方法.测定硫化橡胶的炭黑含量.热解和化学降解法
Specifies a pyrolytic and two chemical degradation methods for the determination of the carbon content of rubber. This Standard is identical
Methods of test for rubber - Determination of carbon black content of vulcanized rubber - Pyrolytic and chemical degradation methods
PN C04096-1962 石油产品 石油中挥发性化合物含量和热学稳定性的测定
Przedmiotem normy jest oznaczanie zawarto?ci cz??ci lotnych, stabilno?ci termooksydacyjnej oraz obliczanie sta?ej wzrostu pozosta?o?ci ?ywicznej olej
Petroleum products. Determination of volatile Coooumpand comtens and thermooxidation stability of oil
GOST 28619-1990 橡胶.工业炭黑含量测定.热解法和化学破坏法
Rubber. Determination of carbon black. Pyrolytic and chemical degradation methods
编辑：北检院编辑部
