他研究的主题的技术术语是非谐性，非球面性，非弹性以及畸形的。
The technical terms for the subjects of his studies are anharmonicity, asphericity, inelasticity, as well as anisotropy.
本文运用唯象的方法对高温高压的宏观条件下固体的非谐性质以及熔化规律作出了较为系统的研究。
This paper makes a systematic study of anharmonic properties and melting law for solids at high temperatures-high pressures by using phenomenological method.
运用并矢代数方法，直接求解时谐电磁场的非齐次波动方程，并给出应用实例。
Using dyadic method, non-homogeneous wave equations of time-harmonic electromagnetic field are solved directly, several examples are calculated.
应用推荐