1) translatory moving by gasbag
气囊平移
1.
On the basis of engineering experience,the construction technologies for translatory moving by gasbag,transportation by semi-submerged and intallation of caissons are discussed.
结合某码头工程施工的实际情况,对沉箱气囊平移出运、半潜驳运输及安装的施工技术进行探讨,对出运气囊的布置、顶升气压计算、牵引系统布置及沉箱下水滑动安全验算进行了详细介绍,并提出保证安全与质量的计算模式和措施。
2.
The design and implementation of caisson s integral launching through translatory moving by gasbag and craning by floating crane barge,together with the economic benefit are discussed.
叙述了气囊平移、浮吊整体吊运沉箱下水施工工艺的方案设计和实施及给工程施工带来的经济效益。
2) moving caisson by traveling gas bag
行走气囊移动沉箱
3) atmospheric phase translation
大气相位平移
4) bladder
[英]['blædə(r)] [美]['blædɚ]
气囊
1.
Missile cabin fabrication by bladder-assisted RTM;
气囊辅助RTM工艺成型导弹舱段构件
2.
Due the low fiber volume fraction of the composite skirt fabricated by vacuum-assisted resin transfer molding(VARTM),bladder-assisted RTM is suggested.
针对某型号上用VARTM工艺制造的复合裙纤维体积含量偏低的缺点,提出用气囊辅助RTM工艺制造该复合裙。
3.
Silicon rubber bladder-assisted RTM(SRBARTM) and VARTM were carried out to fabricate the skirt component in the paper respectively.
本文分别采用VARTM和硅橡胶气囊辅助RTM工艺来成型此裙段构件,进行了玻璃钢件的制备与考核。
5) gasbag
[英]['gæsbæg] [美]['gæs,bæg]
气囊
1.
Development of Metal Bellows Loading Gasbag of Detaching Top Roller on CA 723 Comber;
CA-723型精梳机分离胶辊金属波纹管加压气囊的研制
2.
Measurement and analysis of the stress change of the structure during the ship launching by using gasbag;
船舶气囊下水过程结构应力变化的测试与分析
3.
Application of new technology for towing and launching of caissons with floating gasbag;
气囊助浮方法在沉箱溜放、拖运中的应用
6) airbag
[英]['ɛəbæg] [美]['ɛr,bæg]
气囊
1.
Wind-tunnel studies on the aerodynamics of drag parachutes and airbags;
阻力伞及气囊气动特性风洞试验技术研究
2.
Performance simulation test of the auto airbag based on MSC.DYTRAN;
基于MSC.DYTRAN的安全气囊性能仿真分析
3.
Segment structural calculation for airbag transported sinking pipes
气囊出运沉管管节结构计算
补充资料：SRS气囊
SRS气囊是在发生碰撞时，对来自前方的强烈撞击发生膨胀反应，并与安全带保护相呼应，减轻对前排驾乘人员头部的伤害。双气囊固然好，但SRS气囊只是座椅安全带的辅助装置，据世界汽协的安全标准：系好安全带后的安全系数是44％，即使有8个安全气囊的汽车安全系数也只有47％，况且“威驰”还有安全车身（GOA）。所以保证安全主要还是系安全带和安全驾驶。
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