[物][核]色散关系；分散关系；频散关系

dispersion relations───[物][核]色散关系；分散关系；频散关系

conversion reaction───转换反应

inverse relation───[数]反比关系；[数]逆关系

conversion reactions───转换反应

internal relation───内在联系；内部联系

international relations───国际关系

dispersion hardening───弥散硬化

The dispersion is related to the wave vector and similar to the dispersion relation of the isotropic dielectric.───其色散关系与波矢方向有关，与各向同性的电介质的色散关系相似。

A dispersion relation of a conical sheet for both axisymmetrical and antisymmetrical disturbances is presented.───研究结果表明,在液膜表面存在着对称扰动波和反对称扰动波.

From Maxwell's equations, the dispersion relation of space charge mode is strictly deduced, and the field pattern is studied.───从麦克斯韦方程出发，严格推导了空间电荷波模式的色散关系，绘制了波导内的场型图。

The general dispersion relation of the linear waves and its reduced form in certain particular eases are obtained.───导出了非均匀等离子体中线性波的色散方程，并在一些特殊情况下进行了讨论。

Starting from the Maxwell's equations, transmittance, reflectance and dispersion relation of 1 D PCs are obtained analytically.───从Maxwell方程组出发, 定义了传输矩阵,并解析的推出了用传输矩阵表示的一维光子晶体的透射率 、 反射率以及色散关系.

By making use of the Vlasov distribution theory and the three dimensional wave equation of waveguide modes, the dispersion relation of scattered waves in Compton region is deduced.

A linear dispersion relation of the Virtual Cathode Oscillator (VCO)is obtained using the single charge sheet model.

This article demonstrates the method of simulating the calibration curve of hydrogen atomic spectrum using the Lorentz dispersion relation.

Starting from the Maxwell's equations, transmittance, reflectance and dispersion relation of 1 D PCs are obtained analytically.

From Maxwell's equations, the dispersion relation of space charge mode is strictly deduced, and the field pattern is studied.

The results show that the dispersion relation is linearly proportional to the wave number under long wavelength limit.

In the region of dipole-dipole interaction , we investigate magnetostatic guided modes in a rectangular magnetic wire. The analytical dispersion relation is obtained.

A dispersion relation of a conical sheet for both axisymmetrical and antisymmetrical disturbances is presented.

The main properties of helically wrapped circular waveguide slow wave structure, including the dispersion relation and interaction impedance, are presented.