Electromagnetic oscillation

美 [ɪˌlektroʊmæɡˈnetɪk ˌɑːsɪˈleɪʃn]英 [ɪˌlektrəʊmæɡˈnetɪk ˌɒsɪˈleɪʃn]
  • 网络电磁振荡
Electromagnetic oscillationElectromagnetic oscillation
  1. The application of microcomputer in demonstration of LC electromagnetic oscillation

    微机在LC电磁振荡演示中的应用

  2. Y the use of electromagnetic oscillation mechanical philosophy , make a electromagnetic driver have straight reciprocate power plant , frequency and amplitude controllable , can apply to in the domain of household appliance , thus contrive some new type product different use .

    利用电磁振动力学原理,制造一种具有直线往复推动工作动力、工作频率或振幅可控的电磁激振器应用在家用电器方面,从而设计出一些不同用途的新产品。

  3. Conclusion A relative stable circular current of electromagnetic and chemical oscillation along the low electric resistance pathway was found .

    结论:发现沿低阻通道传输的相对稳定的电磁振荡及电化学振荡循行流。

  4. Conclusion The regulating mechanism of meridians has two levels . The macroscopic regulation center is the brain , and the . microscopic regulation base is the energy and informational current that depends on electromagnetic and chemical oscillation mainly .

    结论:经络调控机制有两个层次,宏观调控的中枢是大脑,微观调控的基础是以电磁振荡与化学振荡为主导的能量信息流。

  5. Competition of different frequency oscillation often yield resonance in some positions of the human body so as to form oscillatory network and strange point with the electromagnetic and chemical oscillation circulating dominant position in the body , which is possibly meridians and acupoints with regulative actions .

    不同的振荡之间相互竞争,往往会在机体的某些部位引发共振,从而形成具有电磁和化学振荡传输优势的振荡网络和奇点,它可能就是最具调整效果的经络和腧穴。

  6. The effect of electromagnetic strength , electromagnetic oscillation frequency , magnetic oscillation mode on crystallizing process of continuously casting-rolled strip was researched , based on practice and crystallizing mechanism .

    根据实践和结晶机理,探讨了电磁场强度、电磁频率、电磁振荡方式对铸轧结晶过程的影响。

  7. The dispersion relations of the relativistic plasma with fast electron distribution is significative to study the electromagnetic radiation of the galactic nucleus , the radio galaxy and the quasars . Second , the dispersion relation for electromagnetic oscillation in relativistic plasma with a modified kappa distribution is investigated .

    这种相对论性快电子分布等离子体的色散关系能为解释星系核、射电星系和类星体电磁辐射方面的问题提供理论参考。其次,本文研究了修正的kappa分布等离子体横振荡的色散关系。