1)  hot point
热点处
2)  hotspot treatment
热点处理
1.
In order to deal with the local hotspot caused by extreme access in enterprise information distributed storage,a novel distributed storage hotspot treatment strategy was presented.
为解决企业信息分布式存储中因局部访问过热而导致的一系列问题,提出了新型的分布式存储热点处理策略。
3)  hot spot
热点
1.
Elaborating about weighing instrument technical hot spot in China 2008;
2008中国衡器技术热点综述
2.
Preliminary simulation of hot spot formation for plastic bonded explosives at mesoscale;
细观尺度下塑料粘结炸药热点生成的初步模拟
3.
Based upon understanding on the hot spot, the five factors influencing the hot spot and the solutions for controlling it were summarized.
基于对热点的认识,概述了影响热点的五个因素及其控制方案。
4)  hot point
热点
1.
Application of fiber optics grating temperature measuring system to hot point temperature monitoring on-line of transformer winding;
光纤光栅测温系统在变压器绕组热点温度在线监测中的应用
2.
It has also made an analysis of the occurrence of the hot point and temperature jump of the pipe reactor and come up with the instruction on the practical production.
通过对管式反应器热稳定性的定性和定量分析,得出管式反应器的热稳定条件,进一步得出管式反应器允许的最大温度差及允许管径,并对管式反应器出现“热点”和飞温现象进行了分析,结论对实际生产具有一定的指导意义。
3.
The research on heat elimination of reactor in this process was expounded in details, and comparison was made to weigh the advantages and disadvantages of various methods of solving " hot point" problem which were introduced in former documents.
对该工艺中关于反应器散热问题的研究进行了详细论述,对文献中介绍的克服“热点”问题的多种解决方案中的可取和不足之处做了比较。
5)  hot-spot
热点
1.
The importance of on-line monitoring for hot-spot temperature of transformer winding is introduced and the existing methods for measuring the hot-spot temperature of the transformer winding are compared and analyzed, on the basis of which a new temperature measuring method of sticking FBG (Fiber Bragg Grating) sensors to the surface of transformer winding is proposed.
介绍了变压器绕组热点温度在线监测的重要性,对目前测量变压器绕组热点温度的几种测量方法进行了分析和比较,在此基础上提出将光纤光栅温度传感器粘贴在绕组表面进行测温的方法,并得出了具体的实验数据。
2.
Based on meso-scale hot-spot model of solid propellant,with application of thermo-viscoelasticity and hydrodynamic finite elements method,be studied the deformation of SRM and hot-spot formation in the grain,and determined the critical impact velocity for propellant ignition.
以机械撞击载荷下固体推进剂裂纹摩擦热点细观模型为基础,结合热粘弹理论和动力有限元法,分析计算发动机结构撞击变形及装药内部热点形成,确定产生高温热点撞击临界速度。
6)  Hot spot
热点+
参考词条
补充资料:处不退
【处不退】
 (术语)净土门所立四不退之一。(参见:不退)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。