哈密顿-雅可比方程 meaning in Chinese

hamilton-jacobi equation

From maxwell equations the refractive index equation and hamilton - jacobi equation , which describe the evolution of the electric field , are derived including the effects of the diffraction , the third - order intensity - dependent nonlinearity , plasma defocusing , the focusing and defocusing of the plasma channel , and the relativistic self - focusing
从maxwell方程出发我们得到了两个包含衍射、三阶强度非线性、等离子体散焦、等离子体隧道聚焦和散焦以及相对论自聚焦等效应在内的激光场演化方程，即折射率方程和哈密顿-雅可比方程。
The thesis analyzed the effects , associated with the propagation of laser in plasma channel , such as diffraction , plasma defocusing , the third - order intensity - dependent nonlinearity , the relativistic self - focusing , the focusing and defocusing of the plasma channel , and the absorbtion in the collision plasma and the finite pulse length effect
文中用哈密顿-雅可比方程方法和源展开方法分别对激光在等离子体隧道中传输所涉及的衍射效应、等离子体散焦效应、三阶强度非线性、相对论自聚焦、等离子体隧道的聚焦和散焦效应、碰撞等离子体中的吸收效应、有限脉宽效应等等做了基本的阐述。