Again, the target is to take all these energies and slow the neutrons down to the thermal spectrum so that they can be an efficient fission producer.

Therefore, the thermal spectrum analysis for thermal infrared images software was coded independently based on colorimetric method, to be used to statistically obtain temperature and its distribution information of selected region.

因此，本章中使用独自编写的红外热像图热谱分析软件，根据比色法的原理，可以对任意选定的区域进行统计分析获取相关温度以及相关分布数据。

Transistor thermal spectrum, as a new method, different from the commonly infrared thermogram, is introduced to characterize the non-uniform property of the junction temperature distribution.

晶体管热谱是表示晶体管结温不均匀性的一种与热像图不同的新方法。

Get the transistor junction temperature distribution ( thermal spectrum) have great influence on the thermal resistance measurements, the choice of maximum applied power, and whole system reliability.

得到晶体管结温分布对于热阻的测量、最大施加功率的选择、整机的可靠性有着十分重要的意义。

If you look at the fast and thermal spectrum you can see that the fast spectrum behaves quite differently than the thermal spectrum.

如果你观察快速和热线谱，你就能看到快光谱的运转，与热线谱是很不同的。

Thermal Spectrum Analysis Method for Infrared Thermogram of Transistors

晶体管红外热像图的热谱分析方法

Conceptual Design of Accelerator Driven Fast/ Thermal Spectrum Subcritical System

加速器驱动快/热耦合次临界系统的概念设计

Research on Capability of Accelerator Driven Coupled Fast/ Thermal Spectrum System

加速器驱动快-热包层耦合次临界系统的性能研究

Finally, by analytic continuation, the Hawking thermal spectrum formula of Dirac particles for arbitrary Kerr-Newman black holes is obtained.

利用解析延拓技巧，最后得到荷电Dirac粒子Hawking辐射的热谱公式。

It is investigated that the thermal spectrum analysis method based on the sub-transistor parallel connection model and the transistor isothermal circle model.

第四章晶体管热谱分析方法是本文研究内容的重点，介绍了基于子管并联模型和等温环模型基础上的晶体管热谱分析方法。

The investigations results show that the coupling of thermal cracking and pore pressure is the main reason to induce the thermal spalling and uncertainty of explosive spalling.

提出了热开裂和孔隙水（汽）压力的耦合作用是产生混凝土爆裂和不确定性的主要原因。

The thermal spalling resistance of the cordierite glass ceramic is governed by various factors such as cordierite content, visual porosity rate, sintering schedule and etc.

堇青石微晶玻璃抗热震性能受堇青石相含量、视孔隙率、烧成制度等多方面因素的影响，该陶瓷热震次数最多达到26次。

The loop uses high-temperature helium as the thermal source and in full scale to simulate the 30% generator load for two-phase flow stability verification test under various conditions: inlet sub-cooling degree, outlet steam pressure, flow rate and inlet resistance.

实验系统用高温氦气作为热源，采用1∶1全尺寸模拟，进行了30%负荷工况两相流稳定性验证实验、入口过冷度、蒸汽出口压力、流量及入口阻力对两相流稳定性影响的研究。

High-frequency plasma ( HFP) as a high power and pure thermal source is used for producing ultra fine powder of sub-micron ZrO 2 and nano-meter ZnO by means of heat decomposition-condensation under high temperature in gas phase.

以高频等离子体（HFP）为高能、纯净热源，采用高温离解&气相冷凝沉积新工艺制备出亚微米级ZrO2及纳米级ZnO等超细粉体材料。

According to the geotectonics and geodynamic process in the deep lithosphere, the origin of the deep thermal source, the developments and utilizations of the geothermal resources in this geothermal field are discussed in the paper.

结合大地构造和岩石圈深部地球动力学过程，探讨了热田区深部热源成因和地热资源的开发和应用前景。

The consequence shows that the temperature rise in biological tissue caused by laser thermal source will raise to the power of time and decrease to the power of the distance from laser irradiating area in case of μ> α h.

结果表明：当μ>αh时，激光热源在一维生物组织空间引起的温升一般随时间呈指数形式增大；而随与激光照射处的距离呈指数形式减少；

The roller differential heat treatment ( DHT) by soft arc, fan shaped arc curtain like, thermal source in which formed by the interact process between arc electric field and alternating magnetic field was introduced.

采用电弧与交变磁场交互作用后形成的柔性电弧（扇状弧幕）加热轧辊表面，实现了轧辊差温热处理。

Experimental and extrapolating method of math has been used to get the strength of thermal source inside the vapor bag. Limited element method has been used to solve the related thermal transferring problem, which got useful results.

为此，用实验和插值方法得到汽包内部热源强度，在此基础上用有限元法计算汽包壁的瞬态热传导问题，得到了实用的结果。

In the past, when the heating problem of a large water wheel generator was concerned, the temperature field was individually solved regardless of the interactions among thermal source, ventilation structure, temperature and its distribution.

以往在进行大型水轮发电机发热分析时，都是孤立地求解温度场，而很少考虑热源及通风结构与温度及其分布之间的相互影响。

In addition, with further reduced of via diameter and increased density of via, via produced a lot of heat and become a very important thermal source, which affects the temperature distribution of the interconnection system.

此外，由于通孔直径进一步的减小，单位体积内通孔数量的进一步增加，通孔产生的自热成为一个非常重要的热源，从而影响了整个互连系统的温度分布。

The experiment result shows that the inner thermal source has the same effect as the external thermal source in causing gyro drift. Thermal effects affect the bias mainly by temperature, temperature rate and temperature gradient.

实验表明：外部温度变化与内部发热对陀螺漂移有着相同的效果，热效应主要以温度、温度速率与温度梯度方式影响零漂。