3) electromagnetic heating
电磁加热
1.
Eliminating condensate blocking by electromagnetic heating;
电磁加热解除近井凝析油堵塞效果研究
2.
This conclusion has theoretical direction meaning for abroad application of electromagnetic heating.
根据良导体中的电磁波基本方程,导出了针对金属薄板涡流的热功率公式,讨论了影响其热功率的因素,对电磁加热的实际应用有一定的意义。
3.
The downhole electromagnetic heating technology used to remove the condensate blockage in near-wellbore region of a condensate gas reservoir has the disadvantages of small effective heating radius and high temperature zone concentrated near the wellbore.
用井下电磁感应加热技术解除凝析气藏近井地层的凝析油堵塞,存在有效加热半径小,高温区域集中于井筒附近的问题,因此提出了电磁加热—化学复合的方法,并进行了研究。
4) electro-magneto-thermo-elastic
磁电热弹
1.
Using the Green’s functions,the extended general displacement solutions of three-dimensional crack problem in electro-magneto-thermo-elastic multiphase composites under extended loads are analyzed by boundary element method.
应用位移基本解,磁电热弹材料三维裂纹问题被转化为求解一组以裂纹表面位移间断为未知函数的超奇异积分方程问题。
6) magneto-thermoelectric
磁热电的
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