1) non-loss storage
无损贮存
1.
Performances of non-loss storage for horizontal multi-layer insulation vessel;
卧式高真空多层绝热低温容器无损贮存规律
2.
Graphs are provided for the relation between environmental temperature and the performance of non-loss storage for the different types of cryogenic vessel(multi-layer insulation, vacuum-powders insulation, high-vacuum insulation), as well as for the relationship between storage-pressure and heat flow received by the container per unit volume for various volume fractions.
分析了环境温度和充满率对升压速度的影响 ,给出了环境温度变化对无损贮存性能影响的曲线、不同充满率下贮存压力与容器单位容积受热量和不同充满率下无损贮存压力与时间等关系图 ,并提出了最佳充满率的概
2) lossless storage
无损贮存
1.
The graph of relation between storage pressure and heat flux received by the container per unit of volume under various fullness rate was proposed,and the graph of relation between time and pressure of lossless storage under various fullness rate was proposed,too.
分析了充满率对升压速率的影响， 给出了不同充满率下贮存压力与容器单位容积受热量的关系图和不同充满率下无损贮存压力与时间的关系图， 提出了最佳充满率的概念。
2.
The graph of relation between storage-pressure and heat flux received by the container per unit of volume under various fullness-rate was proposed, and the graph of relation between time and pressure of lossless storage under various fullness-rate was proposed, too.
分析了充满率对升压速率的影响,给出了不同充满率下贮存压力与容器单位容积受热量的关系图和不同充满卑下无损贮存压力与时间的关系图,提出了最佳充满率的概念。
3) Zero-boiloff Storage
无损失贮存
4) rule of lossless storage
无损贮存规律
1.
A program was made to calculate the rule of lossless storage in the cryogenic vessel.
编制了计算低温容器无损贮存规律的程序。
5) non-loss storage and transportation
无损贮运
1.
As to the liquefied gases of valuable, high purity and easy explosion and easy burning, in order to guarantee the economy, safety and purity of the gases, it is very important to apply the method of non-loss storage and transportation.
因此研究低温液体的无损贮运具有重要的实用价值。
6) sterile storeroom
无菌贮存室
1.
Objective To investigate factors affecting the air quality of sterile storeroom and to improve the air quality of sterile storeroom.
目的探讨影响无菌贮存室空气质量监测超标因素,提高无菌贮存室的空气质量。
补充资料：X射线无损探伤仪
X射线无损探伤仪
谬银._屏一潇麟X射线无损探伤仪
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条