1) loss-controlling mechanism
控失机理
1.
The nutrient loss-controlling mechanism and features of loss-controlled compound fertilizer
控失型复混肥的控失机理与特点
2.
The nutrient loss-controlling mechanism and yield-increasing effect of loss-controlled compound fertilizer
控失型复混肥的控失机理及增产效果
2) runaway machine
机器失控
3) failure mechanism
失效机理
1.
Study of casing failure mechanism in Baobei region of Baolang oilfieid;
宝浪油田宝北区块套管失效机理研究
2.
On failure mechanism of submarine surface coatings;
潜艇表面涂层失效机理的研究
3.
Performance characteristics and failure mechanism of a newtype polymer lithium-ion battery;
新型聚合物锂离子蓄电池的性能和失效机理
4) failure mechanisms
失效机理
1.
Study of failure mode and failure mechanisms on thermal fatigue of plasma sprayed thermal barrier coatings;
等离子涂层热疲劳失效模式及失效机理研究
2.
Study of failure mechanisms of thermal barrier coatings by plasma spraying;
等离子喷涂热障涂层失效机理的研究
3.
The contents are as follows: two main manufacture process, design, microstructures,performance, failure mechanisms and thermal stress of metal/ceramic gradient thermal barrier coatings.
综述了金属/陶瓷梯度热障涂层的国内外研究成果,对两种主要的制备工艺及其特点和热应力进行了分析,重点对梯度热障涂层的设计、微结构、性能及失效机理进行了研究。
5) deactivation mechanism
失活机理
1.
Stability and deactivation mechanism of ethanol carbonylation over high activity of Ni Sn/C catalyst was studied by AES and SEM.
探讨了乙醇羰化反应活性较高的Ni Sn/C催化剂的稳定性及失活机理 ,并利用俄歇电子能谱 (AES)和扫描电子显微镜 (SEM )等方法对催化剂进行了表征 。
6) instability mechanism
失稳机理
1.
Experimental study on sidewall instability mechanism of oil wells in the western Tuha Oilfield;
吐哈西部油田井壁失稳机理实验研究
2.
The effect of nonlinearity of pitch moment coefficient and module of rigidity of torsion on conditions of stability, instability points and instability mechanism is analyzed.
分析了升力矩系数和扭转刚度的非线性特性对于稳定条件、失稳点以及失稳机理的影响。
3.
Since the loads on the coal pillar and roof system were non-uniformly distributed,the instability mechanism of the system under non-uniformly distributed loading was studied.
基于温克尔假设,把坚硬顶板视为弹性梁,把煤柱等效为连续均匀分布的支撑弹簧,从而形成煤柱-顶板相互作用系统的力学模型;基于尖点突变理论,对采空区煤柱-顶板系统失稳机理进行了探索,导出了该系统失稳的充要力学判据,并得出了顶板破坏的临界厚度;同时,分析了影响系统失稳的主要参数,并给出了若干工程建议;最后以甘肃省某煤矿为例,计算了该矿体的临界顶板厚度。
补充资料:爆破失效
分子式:
CAS号:
性质: 以大变形理论为依据,考虑到材料达到屈服以后,有明显的变形并有应变硬化现象,因而以爆破压力作为容器承载的极限状态并称为爆破失效。
CAS号:
性质: 以大变形理论为依据,考虑到材料达到屈服以后,有明显的变形并有应变硬化现象,因而以爆破压力作为容器承载的极限状态并称为爆破失效。
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