moreover, the effect of joule heating due to higher electrical field on the retention of neutral and nonpolar compounds was modeled based on the approaches proposed by bello et. al.
建立了在高电场强度下焦耳热效应引起化合物的保留因子变化的理论模型。
joule heating loads in package and pcb substrates can be performed in ansys si/pi products and incorporated into the thermal design analysis.
在封装和pcb基体中的焦耳热负荷可以在ansyssi/pi中模拟运行,并纳入到热设计分析中。
exerts electric to cfcc will have the joule heating effect in it because of the conductivity character; meanwhile the thermal will cause deformation.
利用它的导电性能对其施加电场,会在混凝土中产生电热效应,同时还有热致变形现象产生。
the results show a local concentration of current and joule heating at the interface because of the velocity skin effect, and significant ablation occurs at the back edges of the armature.
研究发现,由于速度趋肤效应,电流在电枢与导轨接触面尾端聚集,持续的焦耳加热会导致电枢尾端局部高温区甚至烧蚀的出现;
the traditional steady-state joule heating method is improved by inducing a symmetric structure, and a thermal isolation trench is added in suspended si membrane.
改进了传统稳态加热法的测试结构,设计了带隔离槽的全对称悬空薄膜测试结构,并使用有限元工具对测试结构进行了优化。
joule heating effect of the temperature fields during electroosmosis in glass and polydimethylsiloxane(pdms) rectangular microchannels is numerically investigated.
分析了微矩形槽道内的不可压缩气体在速度滑移和温度跳跃区的流动和传热过程。
the results show that the two-step joule heating treatment is a novelty and effective method for improving gmi effect.
两段式焦耳处理是提高材料gmi效应的一种新的而且十分有效的方法。