大脑中最后被激活的区域是下丘脑，它是用来调控温度、饥饿感、干渴感和疲惫感的‘控制’区域。
The final part of the brain to be activated is the hypothalamus, the 'control' part which regulates temperature, hunger, thirst and tiredness.
大脑中最后被激活的区域是下丘脑，它是用来调控温度、饥饿感、干渴感和疲惫感的‘控制’区域.
The final part of the brain to be activated is the hypothalamus, the ‘control’ part which regulates temperature, hunger, thirst and tiredness.
加热炉内装有加热元件和测温元件，它们划分为一定数目的区域，各区温度由计算机进行单独控制。
Built with heating elements and furnace temperature measurement devices, they are divided into a certain number of regions, districts individually temperature controlled by a computer.
在当前的消防报警控制系统中，对被探测区域温度的准确测量和有效控制是消防工作质量的根本保证。
In the present system of fire controlling and alarming, it is essential to take the exact measurement and effective control of the actual temperature and its ascending speed in the detecting area.
本文详细介绍了各个温度场区域控制温度的技术要领及温度场温度掌握不准确时所产生的后果。
This paper introduced the technical point of each temperature field control and the result happened while the incorrect field temperature applied.
特别之处：区域化温度控制每个房间可设置不同温度，并可为不同的时间段设置不同的温度。
Special point: area temperature control you can set the different temperature for each room and you can set the temperature which you want on different time.
提出了适用于评价控制区域内最大温度的评价指标——基于热源的温度效率，并探讨了复合温度扩散反问题。
An evaluation index, named temperature effectiveness based heat source, is proposed. And the inverse problem of hybrid temperature diffusion is discussed.
运用贴体坐标转换方程对其温度场控制方程进行离散和求解，生成了梯形区域物理平面的贴体网格，同时应用非正交曲线坐标系对任一角度的梯形区域的温度场进行模拟计算。
The body-fitted transformation equation was used to disperse and compute the dominate equation of temperature filed, producing the body-fitted grids of the physical domain of the trapeziform region.
受泄漏影响较弱区域为3区地板稳态温度区，其温度主要由原始地板温度场控制。
Area which was floor steady state temperature area had weak effect by leakage, the temperature was mainly controlled by the original floor temperature field.
提出了适用于评价控制区域内最大温度的评价指标——基于热源的温度效率，并探讨了复合温度扩散反问题。
A evaluation index, named temperature Effectiveness Based Heat Source, is proposed. And the inverse problem of hybrid temperature diffusion is discussed.
提出了适用于评价控制区域内最大温度的评价指标——基于热源的温度效率，并探讨了复合温度扩散反问题。
A evaluation index, named temperature Effectiveness Based Heat Source, is proposed. And the inverse problem of hybrid temperature diffusion is discussed.
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