1) gas weighing balloon
称气瓶
2) weight bottle
称瓶
3) gas cylinders
气瓶
1.
This text introduces main technical requirements for the material of CNG(Compressed Natural Gas) tube trailer gas cylinders, various kinds of performance, such as chemical composition, mechanical properties, Corrosion, etc.
本文对天然气长管拖车气瓶用材料的主要技术要求,材料的化学成分、力学性能、腐蚀性能等各项指标及检验验收情况进行了介绍。
2.
Aiming at surface damages on in-service automobile-used gas cylinders made by composite materials,this study applied finite element software to research on how surface damages had impact on the composite materials.
针对车用全复合材料天然气气瓶在使用中存在的一些表面损伤,利用有限元软件进行了表面损伤对全复合材料气瓶强度影响的研究。
4) gas bottle
气瓶
1.
Orthogonal analysis calculation on upsetting forming of internal wall of gas bottle;
气瓶内壁顶镦成形中的正交分析计算
2.
Application of orthogonal experiment in the top-upsetting forming technology of internal wall of gas bottle;
正交试验法在气瓶内壁顶镦成形技术中的应用
3.
The current tendency for gas bottle lightening and the possibility of developing the natural gas filling line by the new storage method were introduced as well.
本文还介绍了国内外天然气瓶的轻质化动向，以及开发以近临界流体凝析油戊烷——天然气体系贮存天然气的灌装线的可行性。
5) cylinder
[英]['sɪlɪndə(r)] [美]['sɪlɪndɚ]
气瓶
1.
Whereas there are still no relevant national or industrial standards for large volume steel seamless cylinder′s design,manufacture,inspection and assembly.
鉴于大容积钢质无缝气瓶的设计、制造、检验及安装还没有相应的国家标准和行业标准,对此类气瓶瓶端螺纹的强度校核方法进行了分析、论证和对比,确定了比较准确合理的计算方法。
2.
The content of the standard (draft) of Liquefied Dimethyl Ether Cylinder and the design calculation of a liquefied dimethyl ether cylinder are introduced.
介绍了《液化二甲醚气瓶》标准(初稿)的内容及液化二甲醚气瓶的设计。
6) Gas cylinder
气瓶
1.
Dynamic response of gas cylinder subject to sudden impact and blast wave
意外撞击和冲击波作用下气瓶的动态响应分析
2.
Through the analysis of liquid ammonia gas cylinder explosion accident,discussed the related calculation questions to liquefied gas cylinder accident analysis.
通过对一起液氨气瓶爆炸事故的分析,探讨液化气体气瓶事故分析的相关计算问题。
补充资料：称瓶
分子式：
分子量：
CAS号：
性质：又称称量瓶。精确称量分析试样所用的小玻璃容器。一般是圆柱形，带有磨口密合的瓶盖。
分子量：
CAS号：
性质：又称称量瓶。精确称量分析试样所用的小玻璃容器。一般是圆柱形，带有磨口密合的瓶盖。
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