1) emphasis of steadiness
注重稳定
2) stabilized injection
稳定注入
3) fixed attention
稳定注意
4) stable weight
稳定重量
1.
On the basis of analysis for the relationship between the stable weight of bottom blocks and maximum bottom velocity in front of dike,starting from wave theory,the same and different points of maximum wave bottom velocity in front of dike determined by different wave theory were investigated,their reasonableness was judged by use of test results of wave flume for stable weight.
在分析规范中护底抛石稳定重量与堤前最大波浪底流速关系的基础上,从波浪理论出发,探讨了不同波浪理论所确定的堤前最大波浪底流速的异同点,同时借助于稳定重量的波浪水槽试验结果来判断其合理性。
2.
It is shown that the stable weight of armour blocks calculated based on the relevant code is on the light side and can t meet the requirement of safety.
但在确定护面块体稳定重量时却发现,按照相关规范计算的重量值偏小,不能满足安全性的要求。
5) overlap stability
重叠稳定
1.
The relatively weak relationships of overlap stability,CV stability,average stability and weak hypothesis stability are discussed in the paper.
本文讨论重叠稳定,CV稳定,弱假设稳定以及均值稳定四种条件相对比较弱的算法稳定之间的关系。
6) unsteady water injection
不稳定注水
1.
Since the end of 1980's,the research and application of the unsteady water injection are gradually emphasized in Shengli Oilfield.
20世纪80年代末至今,胜利油区逐渐加大了不稳定注水技术的研究和应用力度。
2.
his paper presents the feasibility of unsteady water injection in Liangjialou oil field andtests of cycling pulse water injection ,alternative water injection in diagonal wells,alternativewater injection in two rows of wells and water injection by group in every other wells thathave been implemented respectiviely in four areas with.
本文阐述了粱家楼油田实施不稳定注水的可行性；介绍了不同构造和井网特点的四个区块分别实施周期脉冲注水、对角井交替注水、两排井交替注水、隔井分组注水的试验情况；讨论了按注采井距和地层导压系数确定注水周期和选择注水量的方法；并通过梁家楼油田不稳定注水的试验结果和取得的经济效益，得出几点认识。
补充资料：稳定/稳定浴
分子式：
CAS号：
性质：照相中的稳定作用是指防止感光材料在保存过程中由于药膜中残留药液的作用而引起的暗褪色、色污染及霉变等弊病。通过正常冲洗或无水洗加工最后一个工序——稳定工序，可稳定照相影像，使之不变或变化极小。能起稳定作用的浴液称稳定浴。无水加工中的稳定浴主要由pH值控制剂、铁隐蔽剂、防霉剂、坚膜剂、软水剂、有机助剂等组成。
CAS号：
性质：照相中的稳定作用是指防止感光材料在保存过程中由于药膜中残留药液的作用而引起的暗褪色、色污染及霉变等弊病。通过正常冲洗或无水洗加工最后一个工序——稳定工序，可稳定照相影像，使之不变或变化极小。能起稳定作用的浴液称稳定浴。无水加工中的稳定浴主要由pH值控制剂、铁隐蔽剂、防霉剂、坚膜剂、软水剂、有机助剂等组成。
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