heat accumulation

The size and number of thermocouples in a infrared silicon based thermopile device have much effect on the performance of the devices in the non contact infrared temperature measurement.

分析了多晶硅 -金集成热堆中热电偶的尺寸和对数对热堆性能的影响 ,对非接触红外测温的实用型热堆提出了设计和改进的思路 。

Thermal hydraulic performance of seawater desalination system using a nuclear heating reactor;

核供热堆海水淡化系统的热工水力学特性

Study on Software System of PC-Based Simulator(PCNHR)for 200MW Nuclear Heating Reactor;

基于微机的核供热堆模拟器PCNHR1.0的软件系统研究

Dynamic analysis of nonlinear model of 200MW nuclear heating reactor;

200 MW核供热堆非线性模型的动态分析

The hydraulic system of control rod drives is one of the key systems in a nuclear heating reactor.

控制棒水力驱动系统是核供热堆的关键系统之一 ,其运行失效将直接导致供热堆的非计划停堆。

The nuclear heating reactor has inherent safety with very simple structures, so it can be used as minitype nuclear powered equipment.

用扩容蒸发器来代替传统的蒸汽发生器 ,不但使供热堆系统得到了极大的简化 ,而且系统的安全性和可靠性也得到了提高 ,比较适合用作舰船上的小型核动力装置。

A new approach of fabricating micromachined infrared thermopile detector is presented.

阐述了微机械制造工艺制作红外热堆探测器的方法 ,其采用新的正面湿法腐蚀的方法释放体硅 ,获得悬梁结构的红外热堆探测器。

The establishment of the simulation model of the volume compensator is significant for the simulation of operation of 200 MW low-temperature heating reactor.

建立高精度的容积补偿器仿真模型是实现200MW低温供热堆全系统仿真的重要环节。