1) G-capsule

抗荷分离舱
2) division bulkhead

分离舱壁
3) charge separation

电荷分离
1.
Nano-structure enhanced charge separation in optically excited TiOPc/C_(60) thin films

纳米结构C_(60)薄膜对TiOPc电荷分离的增强作用
4) load separation

载荷分离
1.
Motion equations of AUV (autonomous underwater vehicle) load separation with positive buoyancy force load, that the load s buoyancy force is bigger than its gravitational force, was derived.
在此基础上,对该AUV在不同初始参数下的载荷分离运动进行仿真研究,仿真结果清晰的反映了AUV载荷分离运动情况。
2.
Considering the effect of the constraint between the load and the launcher,the kinetic equations of the AUV in the course of the load separation were derived and simulated.
研究了重力解脱方式下的载荷分离运动。
3.
Considering the disengaging security,simulated the AUV s load separation under different initial condition.
文中研究了AUV在水下进行分离的运动学、动力学机理,利用多刚体动力学方法,建立了相应的数学模型;考虑分离安全性的要求,对不同初始条件的载荷分离进行了仿真。
5) Segregational load

分离负荷
6) payload separation

舱室分离[火]
补充资料:FOB包括理舱和平舱
%26#8226; FOB Stowed and Trimmed(FOBST,包括理舱和平舱费在内):卖方负责将货物装入船舱并承担包括理舱费和平舱费在内的装船费用
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