BS ISO 9022-23:2023由英国标准学会 GB-BSI 发布于 2023-04-30,并于 2023-04-30 实施。
BS ISO 9022-23:2023在国际标准分类中归属于: 37.020 光学设备。
1 Scope This document specifies the methods relating to the environmental tests of optical instruments including additional assemblies from other fields (e.g. mechanical, chemical, and electronic devices), under equivalent conditions, for their ability to resist the influence of low pressure combined with cold, including the potential condensation and freezing of moisture, ambient temperature, and dry or damp heat. This document is applicable to optical instruments including additional assemblies from other fields, designed for operation and/or transport in high mountainous areas or on board aircraft or missiles. The purpose of the testing is to investigate to what extent optical, climatic, mechanical, chemical, and electrical (including electrostatic) performance characteristics of the specimen are affected by combined low pressure and low, ambient, or high temperature. Furthermore, the additional effects of moisture condensing and freezing on the instrument or components can be determined. Examples are instruments which are installed or externally mounted on aircraft or missiles or transported inside aircraft or flying objects not providing any pressure equalization. Annex A explains the intent of the different types of tests.
第17部分:污染、太阳辐射综合试验GB/T 12085.17-201199GB/T 12085.23-2022光学和光子学 环境试验方法 第23部分:低压与低温、大气温度、高温或湿热综合试验GB/T 12085.5-2010,GB/T 12085.18-2011,GB/T 12085.21-2011100GB/T 12085.20-2022光学和光子学 环境试验方法 第20部分:含二氧化硫、硫化氢的湿空气...
光学和光子学 环境试验方法 第23部分:低压与低温、大气温度、高温或湿热综合试验GB/T 12085.5-2010,GB/T 12085.18-2011,GB/T 12085.21-20112023/5/1100GB/T 12085.20-2022光学和光子学 环境试验方法 第20部分:含二氧化硫、硫化氢的湿空气GB/T 12085.20-20112023/5/1101GB/T 12085.22-2022...
接下来我们重点说一下高温干热和高温湿热两种方法的优劣。高温湿热由于蒸汽潜热大,穿透力强,容易使蛋白质变性或凝固,因此该法的灭菌效率比干热灭菌法高。其原因有三:①蛋白质凝固所需的温度与其含水量有关,含水量愈大,发生凝固所需的温度愈低。湿热灭菌的菌体蛋白质吸收水分,所以较同一温度的干热空气中易于凝固。②湿热灭菌过程中蒸汽放出大量潜热,加速提高湿度。...
组织团队开展显微组织结构大数据研究,量子(X-ray光子与高能电子)信息识别与表征,单量子体系材料物理与化学问题研究等。主要研究方向:1、原位透射电子显微学;2、材料物理与化学性质;宽温区(室温至1200度)及环境条件下微纳至原子分辨的材料力学行为研究;3、催化材料与显微结构相关性;4、气体传感材料;5、新能源材料与物理化学;6、光学、力学及温度传感材料与器件。...
Copyright ©2007-2022 ANTPEDIA, All Rights Reserved
京ICP备07018254号 京公网安备1101085018 电信与信息服务业务经营许可证:京ICP证110310号