论文标题
在血浆密度梯度存在下，可见光激光器通过可见光激光器放大
THz light amplification by an visible light laser in the presence of the plasma density gradient
论文作者
论文摘要
在THZ光和可见光激光器之间鉴定出一种非共鸣的拉曼散射，可以鉴定出一种新的THZ光放大的机制。通常不会在E \＆M场之间交换能量，但是等离子体密度梯度的存在会使可见光激光器可以通过激光 - 汗水相互作用将其能量传递到TERA-HERTZ（THZ）光中。对于THZ光（远红外光）扩增，每长度的增益可能达到100厘米（1000）厘米。
A new mechanism for the THz light amplification is identified ina non-resonant Raman scattering between the THz light and a visible light lasers. The non-resonant scattering normally does not exchange the energy between E \&M fields, but the presence of the plasma density gradientcreates an condition in which a visible light laser could transfer its energy into a tera-hertz (THz) light via the laser-plasma interaction. The gain per length could reach 100 (1000) per centimeter for the THz light (far infra-red light) amplification.
