1) sailing stability
航行稳定性
1.
We use bifurcation theory study the sailing stability of torpedo under pitch control.
运用非线性科学中的分叉理论,系统地分析在纵倾控制系统作用下,水下航行体在退化平衡点处的航行稳定性。
2) steady steaming
稳定航行
3) course stability
航向稳定性
1.
The ACV s course stability was calculated for straig.
对直航和斜航的航向稳定性进行了计算。
2.
To evaluate the relationship between the course stability and the transverse stability of towed ship,the four degree equations of towed ship were used in the towing system dynamics model.
为了考察被拖船航向稳定性与横向稳性的关系以及风载荷作用的影响,被拖船采用水平面四自由度运动方程,并引入了风的作用力和力矩。
3.
For evaluating the relationship between course stability and transverse stability of the towed ship,the four degree equations of the towed ship is used in the towing system dynamic model.
为了考察被拖船航向稳定性与横向稳性的关系以及波浪载荷作用的影响,被拖船采用水平面四自由度运动方程,并引入了波浪的作用力和力矩。
4) directional stability
航向稳定性
1.
In order to properly decide transverse grads of runway, this paper researches the directional stability of aircraft that runs on the runway with two transverse slopes.
分析了飞机在双面横坡机场跑道上的受力情况 ,通过建立飞机在双面横坡上的运动方程 ,得出了飞机航向稳定性与机场双面横坡跑道坡度值的关系。
5) sea kindliness
海上航行平稳性
6) operation stability
运行稳定性
1.
Experiment on operation stability of an endurance test bed for automobile air conditioner compressors;
汽车空调压缩机耐久性试验台运行稳定性试验研究
2.
The problem of operation stability occurred in a lot of large power stations both in domestic and abroad,which is international topic.
国内外许多大型电站几乎都发生过这类运行稳定性问题,它属于世界性课题。
3.
Through analysis and comparison to some representative typical large_scale Francis_type HT of the same water head sect, domestic and foreign, analyzed the main parameters and operation stability of HT, put forth main parameters levels for HT of BHS, and also suggested some measures that ought to be adopted for improving operation stability.
根据百色水电站特点和运行条件 ,拟定了水轮机选择原则 ,通过与同水头段的国内外部分有代表性的典型大型混流式水轮机进行分析和比较 ,对水轮机主要参数和运行稳定性逐项进行了较详细的分析 ,提出了百色水电站的水轮机主要参数水平以及在提高运行稳定性方面应采取的一些措
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
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