finally, the situation on e-o applications for ktp crystal with low conductivity grown by flux method was presented.
最后介绍了熔剂法生长的低电导率ktp晶体在电光领域的应用研究。
the experimental results of high-power red laser constituted of a symmetrical linear resonator with two pumping modules, and intracavity frequency-doubling with a ktp crystal are reported.
构成的对称的线性谐振器具有两个泵模块,和与ktp晶体腔内倍频高功率红光激光的实验结果的报告。
the periodical polarization reversion of ktp crystal utilizing electric field suffers from it's high conductivity.
ktp晶体具有很高的电导率,给利用外加电场法进行周期极化反转带来困难。
this paper introduces a method for the determination of individual faces of ktp crystal by high temperature microscope adopting 2-time exposure microphotography.
本文介绍了采用高温热台显微镜,通过二次曝光显微摄影,测定ktp各晶面生长速度的方法。
this high voltage pulses power supply had been used in a number of ktp crystal polarization reversal experiments, and good results was obtained.
用此高压脉沖电源在ktp晶体上进行多次极化反转实验,得到良好的实验结果。
the experimental results show that the growth mechanism of the ktp crystal coincides with the linear law and the law of the parabola of surface or volume diffusion of the bcf atomic growth theory.
实验结果表明,ktp晶体生长机制与原子化的bcf生长理论的面扩散或体扩散的线性定律与抛物线定律相吻合。
the dependence of ktp crystal optimalphase-matching angle with temperature is calculated.
计算了晶体温度对倍频输出的影响。
the composition and structure of hydrothermal ktp crystal are introduced.
测试了水热法ktp晶体的成分、结构。
ktp crystal that is easy to produce gray tracks was replaced with lbo for intracavity frequency doubling.
使用lbo晶体腔内倍频避免了ktp易出现的灰线问题;