The relation of the rate of plastic damage energy dissipation and the damage evolution is obtained in energy analysis for void damage material.
从能量分析中给出了韧性金属材料空穴型损伤中塑性损伤的能耗散率，建立了一般的损伤演化规律；
Fatigue of material is a process of energy dissipation.
材料的疲劳是能量耗散过程。
The energy dissipation of material is related to some factors such as the viscoelasticity and the homogeneity in interface.
材料的能量耗散与材料的粘弹性和界面的不均匀性等因素有关。
The heat-skin use alloy die-casting material with high thermal conductivity, which is much better for heat dissipation than normal materials and thus extends the working life of LED lights.
采用具有导热性能高的铝压铸材料，散热功能优于普通材料，增强了LED灯具的使用寿命。
In order to achieve good heat dissipation effect, rear cover material selection metal parts And at the same time, heat dissipation structure in order, making the external appearance more vivid.
为了达到良好的散热效果后盖材料选择金属件，同时散热结构整齐有序，使得外观更加生动。
A heat absorption and dissipation sheet is arranged on the outer wall of a chimney and shielded by using the sheet iron and other material; thus, an upper part heating chamber is formed.
在烟筒的外壁装置吸散热片，再用铁皮或其它材料屏蔽起来，构成上部加热腔。
The effects of loading rate, interfacial adhesive energy, relaxation time of matrix material, average size of particles, and the particle-size dispersity on the energy dissipation are discussed.
在此基础上，计算了材料中的粘性耗散功和损伤耗散功，并讨论了加载速率、界面粘结能、基体材料的松弛时间、平均粒径和粒径分散度等对这两种耗散机制的影响。
Pure Copper base material ensures excellent heat dissipation.
纯铜基底确保散热效果。
In high frequency, it also have conductance at dielectric material due to dissipation factor of the dielectric material causing the current leakage.
介质电导的存在，是由于介质的耗散因子的存在，使得再高频下，传输线存在漏电流。
The effect of heat dissipation on response time of fuse was also investigated. The dependence of property of fuse on the stability of PTC material was discussed.
并就散热环境对动作时间的影响进行了研究，探讨了PT C材料稳定性对所制备保险丝性能的影响。
Aluminum is the main material for the wings of the air conditioner, and hydrophilic aluminum is important to improve heat dissipation.
铝是制造空调翅片的主要原料，亲水铝箔对于提高空调的散热性具有重要意义。
Using good heat insulation material for the furnace wall of the radiation section can reduce the heat dissipation in the radiation section of the cracking furnace.
做好辐射段炉墙的隔热保温工作可减少裂解炉辐射段热损失。
Using good heat insulation material for the furnace wall of the radiation section can reduce the heat dissipation in the radiation section of the cracking furnace.
做好辐射段炉墙的隔热保温工作可减少裂解炉辐射段热损失。
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