3) relativistic magnetron
相对论磁控管
1.
Large current,under which a relativistic magnetron is operated,results in an azimuthal magnetic field which gives the electrons a force and make electrons escape from the interaction space before energy of the electrons is converted to rf energy sufficiently.
相对论磁控管(RM)的工作电流较大的时候,工作电流所产生的角向磁场将对电子产生一个轴向的漂移力,使得电子在产生高功率微波之前就漂移出谐振腔,导致RM的整体效率下降。
2.
The dispersion relation of a conventional 6-vane relativistic magnetron is derived and numerically calculated, which is employed to analyze the operating frequency of the device.
利用场论的方法推导了6腔扇形腔结构相对论磁控管的色散关系,并用牛顿迭代法对色散关系进行了求解,得到了色散关系曲线。
3.
What causes relativistic magnetron to have much lower efficiency than common magnetron? Based on the residual energy of electron stream at the anode,different factors affecting the relativistic magnetron s efficiency,including synchronous velocity,gyral movement,depth of Brillouin flow,Lamour radius,DC space charge field and RF field,were analyzed.
相对论磁控管与普通磁控管效率形成了极大的反差。
4) relativistic microscopic optical potential
相对论微观光学势
1.
The isospin-dependence of the relativistic microscopic optical potential is investigated in the Dirac Brueckner-Hartree-Fock approach.
采用DiracBrueckner—Hartree-Fock方法研究同位旋相关的相对论微观光学势,讨论了其同位旋相关项的处理。
2.
A new decomposition of the Dirac Brückner-Hartree-Fock (DBHF) G matrix is used to study the isospin-dependent relativistic microscopic optical potential (RMOP).
应用DiracBr櫣ｃｋｎｅｒ Hartree Fock方法 ,采用新的G矩阵分解方式研究了核子在核介质中的同位旋相关的相对论微观光学势 ,采用定域密度近似得到有限核的相对论微观光学势 。
5) Nucleon relativistic optical potential
核子相对论微观光学势
6) relativistic magnetron with diffraction output
轴向输出相对论磁控管
1.
In recent years, the relativistic magnetron with diffraction output (MDO) has been studied rapidly.
最近几年,轴向输出相对论磁控管(MDO)得到了较多的研究。
补充资料：中观论
【中观论】
（术语）世称曰中论，(参见：中论)
（术语）世称曰中论，(参见：中论)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条