The system design and optimization depends upon the research on the effect of electro-heating pulse of periodic electro-thermal deicing system on surface temperature.
研究周期性电热除冰系统加热控制律对表面温度的影响是进行系统设计和优化的前提。
The true temperature measurement of the sample is the key problem of the pulse heating technique.
脉冲加热技术的关键在于试样真实温度的测量。
The stability of genetic carrier (cluster) is dependent on the competition between repetitious cooling and heating impulse as well as effects of electric pulse modification.
遗传载体—团簇的稳定性在于反复冷热激励与电脉冲孕育两因素的竞争。
A preliminary discussion was given on the basic situation of the influences of the pulse heating parameters on heating rate, stress relief, annealed embrittlement and soft magnetic properties.
初步探讨了电脉冲加热对加热速率和该合金内应力释放、退火脆化以及最终软磁性影响的基本规律。
Brazing quality and product reliability are both increased as using high frequency pulse microplasma arc heating process for assembly brazing of cathode and photoetching grid of electron tube.
采用高频脉冲微束等离子弧做为电子管阴极和光刻栅极装配钎焊工艺的热源，提高了钎缝质量和产品的可靠性。
The effect of a volumetric heat source induced by pulse laser heating in the temperature fields of a fine round ceramic bar was investigated experimentally and theoretically.
用脉冲激光模拟微小圆柱陶瓷棒的脉冲内热源情形，实验研究了脉冲内热源对圆柱陶瓷端面温度场变化施加的影响。
A transient method with rectangular pulse heating has been developed to measure the specific heat and thermal conductivity of solid structural materials at low temperatures.
提出了一种采用方波热脉冲测量低温下固体结构材料的比热和热导率的非稳态方法。
This paper introduces the application of the flame temperature adjustable high velocity burner and the pulse type system of temperature adjustable in aluminum ingot heating furnace.
介绍了高速调温烧嘴及脉冲式控温系统在铝锭加热炉上的应用情况，采用了炉顶垂直安装高速烧嘴的形式，取得了满意的加热效。
According to the characteristics of small thermal mass and fast heating rate of the microcalorimeter, pulse calorimetry was introduced to measure the heat capacity of thin films.
针对微量热计热质小、升温快等特点，引入了脉冲扫描量热法来测量薄膜的热容。
The extreme heat transfer characteristics in short-pulse high flux heating and rapid solidification of metals are analyzed. which is mainly shown as nonequilibrium heat transfer process.
分析了对材料高热流短脉冲加热与快速凝固过程的超常传热特点，其主要表现为传热过程的非平衡特性。
And it can produce high output power in pulse and continuum wave. It can be used in plasma heating, accelerator, radar, communication, electron rivalry, microwave weapon and so on.
对于等离子体加热、先进加速器、雷达、通讯及电子对抗、微波武器等领域有很大应用价值，受到了世界各国的高度重视。
That would be enough to heat the core slightly and this heating would, in turn, accelerate the Cepheid's pulse rate.
这将足轻微加热内核，这种热量会反过来会加快造父变星的脉搏频率。
This essay narrates TAB manufacturing technology and key techniques - ACF and pulse-heating technology in detail.
详细阐述了TAB制造工艺及其关键技术—acf技术和脉冲加热技术。
It utilizes high-tech narrow pulse high-energy technology with low heating of the magnetizing wires. It need not cool the machine to radiate heat. It can be operated continuously.
运用高科技窄脉冲高能量技术，充磁线包发热低，不需水冷散热，连续工作。
The crack arresting is accomplished using electromagnetic heating by a pulse current discharge through the inside and outside of the die.
如何产生高强度脉冲电流是应用电磁热效应遏制金属裂纹扩展的一个关键问题。
The crack arresting is accomplished using electromagnetic heating by a pulse current discharge through the inside and outside of the die.
如何产生高强度脉冲电流是应用电磁热效应遏制金属裂纹扩展的一个关键问题。
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