GB/T 32062-2015 in English

VALID

In-situ test method for degradation ratio of vacuum degree of vacuum glazing―Photoelastic method

Issued on:2015-10-09
Implemented on:2016-09-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $110.00
$107.00

Standard No:	GB/T 32062-2015
Document status:	VALID
Title in English:	In-situ test method for degradation ratio of vacuum degree of vacuum glazing―Photoelastic method
Title in Chinese:	真空玻璃真空度衰减率现场检测方法光弹法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2015-10-09
Implemented on:	2016-09-01
ICS Classification:	81.040.01-Glass in general
Chinese Classification:	Q30-Ceramic and glass in general
Professional Classification:	GB-National Standard
Related Keywords:	vacuum degree vacuum degree decay rate vacuum glass photoelastic method in-situ test method
Related Topics:	attenuation Vacuum analysis Vacuum system leak rate test method Vacuum packaging vacuum sample vacuum vacuum efficiency Vacuum pump testing Vacuum Vacuum samples True Density Detection bath vacuum Vacuum Density Meter Vacuum switch vacuum tester vacuum sample vacuum vacuum pump vacuum field emission vacuum principle Vacuum packaging vacuum requirements vacuum gravimetry vacuum dryness vacuum pump vacuum Vacuum Vacuum Principle Vacuum switch vacuum tester Mercerizing machine vacuum suction Vacuum detection system field emission vacuum light intensity Electric vacuum decay rate Vacuum detection Vacuum tank power Spectral vacuum method of maintaining vacuum Industrial detection light field How to detect vacuum Vacuum Check Table Vacuum detection Vacuum detection Vacuum box inspection vacuum glass Vacuum glass vacuum detection Calculation method of vacuum degree Vacuum Glass Specifications How to detect vacuum glass Check vacuum Check vacuum Vacuum box detection system Vacuum pump testing Vacuum monitoring Vacuum decay Vacuum requirements Vacuum testing equipment True Density Detection Method temperature vacuum Attenuation detection Headspace detection method Vacuum test Vacuum detection method Vacuum testing container Leak rate vacuum Vacuum detection method Vacuum film water vacuum vacuum water vacuum sample Vacuum iec Vacuum distribution Vacuum packaging vacuum inspection Container Vacuum Box Inspection Level 1 vacuum Vacuum silicon detection light How to detect vacuum Vacuum accuracy Glass attenuation rate Primary vacuum and secondary vacuum Vacuum degree On-site testing method confirmation vacuum equipment vacuum Decay Granularity Vacuum glass glue How much vacuum How to use the vacuum box vacuum decay Vacuum Pa Check vacuum Vacuum degree detection method Check vacuum Vacuum test Vacuum test reduction rate Density vacuum gauge Glass detection method glass vacuum Vacuum system leak rate test method Modern Air Composition Determination Methods GBT32062 GB/T 32062-2015 component attenuation current The difference between vacuum value and vacuum degree C11107B Vacuum too low QP2020NX has the lowest vacuum degree x-ray tube intensity attenuation The relationship between vacuum degree and vacuum gauge changes Vacuum degree Vacuum chamber inspection Absorbance detection method Vacuum pressure rise rate calculation method Laser vacuum seal box testing standards Porosity detection method Vacuum degree test Vacuum leakage standard Photoelastic instrument Detection method of photogenerated holes How to express vacuum degree Vacuum meter debugging method How to express vacuum degree Vacuum resistance test Glass refractive index detection method Current standards for vacuum systems Light transmittance detection method Vacuum degree verification Dermal porosity detection method French fungal detection method vacuum What are the methods for detecting empty shell rate? Methods to implement flatness detection Vacuum equipment pressure rise rate detection method Optical density detection method Vacuum degree qualified Comparison of fungal detection methods Negative pressure vacuum detection method follows Vacuum Glass International Attenuation filter calibration EDM vacuum color detection Electric spark vacuum detector testing standards Vacuum degree detection spark color vacuum light trap McLeod vacuum gauge test Vacuum air tightness test Moisture determination method vacuum Glass photoelastic coefficient detection Photosynthetic rate detection method

《GB/T 32062-2015真空玻璃真空度衰减率现场检测方法光弹法》由TC447（全国工业玻璃和特种玻璃标准化技术委员会）归口，主管部门为中国建筑材料联合会。
本标准规定了用光弹法现场检测真空玻璃真空度衰减率的术语和定义、原理、装置、检测区域、检测步骤及检测报告。
本标准适用于各种规格的真空玻璃在服役过程中的真空度衰减率检测。
本标准获得的真空玻璃真空度衰减率评估结果可用于判断及预测、预警真空玻璃结构性能失效及安全问题。

Scope

This standard specifies the terms and definitions, principles, devices, testing areas, testing procedures and testing reports for on-site testing of vacuum degree decay rate of vacuum glass by photoelastic method. This standard is applicable to the detection of vacuum degree decay rate of various specifications of vacuum glass during service. The evaluation results of vacuum degree decay rate of vacuum glass obtained in this standard can be used to judge, predict, and warn of structural performance failure and safety problems of vacuum glass.

More samples: GB 50021-2001(2009) GB 18306-2015 DL/T 5154-2012

Sample only — not a preview of GB/T 32062-2015

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