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.
采用复变函数方法，建立了金属模具电磁热效应空间裂纹止裂的理论分析模型。
The main work can be outlined as follow:(1) The complex function method is used as a basis for the theoretical model of the space crack prevention in metal dies using electromagnetic heating.
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。
Generation of powerful pulse current is a key problem for crack arrest by electromagnetic heat effect.
采用理论分析和实验研究的方法讨论了应用电磁热效应对金属构件中裂纹实施局部跨越止裂的技术。
In this paper, a theoretical analysis and experiment surveys are presented for simulating crack prevention by bridging over near crack tip under electromagnetic heating effect.
采用理论分析和实验研究的方法讨论了应用电磁热效应对金属构件中裂纹实施局部跨越止裂的技术。
Using theory of electromagnetic heat effect, the possibility of crack arrest on 35 steel was studied by super intention pulses electric current generator.
细胞膜损伤是电磁辐射非热效应的损伤作用机制之一。
Cell membrane injury plays a crucial role in the mechanism of non-heating effect caused by electromagnetic radiation.
非热效应与可测量的温度升高无关的所有电磁能吸收效应。
Athermal effect any effect of electromagnetic energy absorption not associated with a measurable rise in temperature.
激光的生物学效应主要是光效应、热效应、电磁场效应、压力与冲击波效应。
The biology effect of the laser is a light hot, electromagnetism an effect, pressure primarily with wash' shot an effect.
其作用机理可概括为“绝热效应”、“电磁辐射场作用”、“静电场作用”和电流产生的磁场效应。
The effect mechanism can be summarized as thermal insulation effects, electromagnetic field effects, electrostatic effects and magnetic effects generated by current.
研究结果为进一步研究弱电磁辐射对生物大分子二级结构的非热效应机理提供了一定的实验依据及理论参考。
The results offer experimental basis and theoretical reference for further study of the mechanism of nonthermal effects of weak electromagnetic fields on biological molecule secondary structure.
本文从分子反应动力学的角度解释了电磁温度协同效应，并对非热效应作了一定的探讨。
In this paper the EMF temperature co effects are explained in a way of molecular reacting kinetics, and the athermal effects of EMF are also discussed to some degree.
采用经典电磁场、有限元数值计算两种方法，设计了一种用于磁热效应直接测量的脉冲螺线管磁体。
A pulsed solenoid magnet, which is applied for direct measurement of magnetocaloric, is designed by classical electromagnetic method and finite element numerical value calculation method.
文中通过对生物非热效应的研究提出电磁波谱分析这一方法在非热效应研究中的有着指导意义。
Electromagnetic spectrum analysis proposed in this paper has its significance in the abnormal biologic effects re - search field.
提出高功率电磁脉冲作用下MESFET热效应分析的时间尺度统一算法。
We propose a unified time scale algorithm for thermal effect of MESFET under irradiation of high power electromagnetic pulses.
通过讨论过冷度的变化对形核率的影响，研究了电流产生的电磁力效应及焦耳热效应对过冷度的影响，建立了电流与过冷度的关系式。
According to classical solidification theory and the mechanism of solidification microstructure under pulse current, the effect of super-cooling degree variation on nucleation rate was discussed.
文中的主要工作是分析微波作用于材料时的加热效应并建立应用FDTD方法进行分析的电磁—热模型。
This paper mainly analyzed the heating effects when microwave ACTS on materials and set up an EM-Therm model using the FDTD method as the analyzing tool.
文中的主要工作是分析微波作用于材料时的加热效应并建立应用FDTD方法进行分析的电磁—热模型。
This paper mainly analyzed the heating effects when microwave ACTS on materials and set up an EM-Therm model using the FDTD method as the analyzing tool.
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