1) hydraulic stability
液压稳定性，水力稳定性
2) hydrolytic stability
液压稳定性，水解稳定性
3) pressure stability
压力稳定性
1.
The main causes resulting in poor speed smoothness of the HVD set under open-looped condition are the insufficient linearity of pressure control and the insufficient pressure stability of relief valve used for speed regulating purpose of the HVD set,and usually worked under condition of small flow rate and low oil pressure.
造成HVD装置开环转速平稳性不良的主要原因为HVD系统转速控制阀的常规比例溢流阀在小流量低压工况下压力控制线性度和压力稳定性不够。
2.
By introducing an additional variable in the framework of the Finite Increment Calculus(FIC) theory,a pressure stabilized fractional step algorithm is developed in this paper with enhanced pressure stability in comparison with the classic one.
在有限增量微积分(finite increment calculus,FIC)的理论框架下,通过引入一个附加变量,发展了压力稳定型分步算法,有效改善了经典分步算法的压力稳定性,同时还避免了标准FIC方法中存在的空间高阶导数的计算。
4) hydraulic stability
水力稳定性
1.
Several factors affecting hydraulic stabilityof heating network;
影响热网水力稳定性的若干因素分析
2.
Analysis of hydraulic stability of turbine;
水轮机水力稳定性的分析
3.
Study on hydraulic stability of Francis turbine of Three Gorges Power Station;
三峡电站混流式水轮机水力稳定性研究
5) hydroelastic stability
水力弹性稳定性
6) aqueous solution stability
水溶液稳定性
1.
This study emphasizes on preparation, properties (aqueous solution crystallization and accumulation, plugging rate, permeability restoration value, and aqueous solution stability) and field applicati.
该堵剂体系对裂缝发育、底水大孔道、近井地带亏空严重的高渗透层更为适宜,重点研究了该堵水体系的制备方法及该堵水体系的自身特性(水溶液结晶与聚集、堵塞率、渗透率恢复值和水溶液稳定性)以及现场应用效果等。
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