KTP的例句大全

Clinical research of dacryagogic plastic operation by KTP laser

KTP激光泪道成形术的临床研究

The effect of potassium titanyl phosphate ( KTP) laser therapy in lacrimal passage obstruction

磷钛钾晶体泪道激光治疗泪道阻塞

Objective To observe the curative effect of KTP ( potassium titanyl phosphate) laser canaliculoplasty on lacrimal canalicular obstruction.

目的观察磷酸钛氧钾[Kalium（potassium）titanylphosphate，KTP]激光治疗泪小管阻塞的效果。

Objective To study the feasibility, safety and efficacy of high-power potassium titanyl phosphate ( KTP) laser vaporization prostatectomy ( PVP) for the treatment of obstructive prostatic hyperplasia.

目的研究使用高能磷酸钛氧钾晶体（KTP）激光治疗梗阻性良性前列腺增生（BPH）的有效性和安全性。

A RF Control System For Frequency Stabilization Of Diode Pumped Nd: YAG-KTP Laser To Doppler-Broadened Absorption Line Center

半导体泵浦Nd：YAG-KTP碘分子吸收多普勒展宽中心稳频激光器的射频系统研究

study on the thermal effect of ktp crystal for 85w green laser

85W绿光激光器中的KTP晶体热效应研究

there was no significant difference on the permeation of ktp inn-octyl alcohol and n-nonyl alcohol.

正壬醇的累计透过量略小于正辛醇，但两者无显著性差异；

All Zr 4 + doped and Ce 4 +-doped KTP crystals comprise the same faces as thepure one.

所有的Zr~(4+)∶KTP和Ce~(4+)∶KTP晶体与纯KTP一样,都是由{100}{011}{201}{110}几个单形所组成的聚形.

Potassium titanyl phosphate ( KTP ) nanocrystalline powders were successfully synthesized by auto-combustion of nitrate-citrate gel.

采用柠檬酸盐凝胶自燃烧法成功制备出了磷酸氧钛钾 ( KTP ) 纳米晶粉末.

Conclusions Cordectomy with KTP laser can result in good effect and less injury.

结论KTP激光声带切除术疗效好,损伤小.

Objective To study the effect of nasolacrimal duct reconstruction for refractory congenital dacryocystitis with KTP laser.

目的探讨KTP激光鼻泪管成形术治疗难治性新生儿泪囊炎的疗效.

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。

Laser Calorimetric Measurement of Absorption Coefficient of KTP Crystals

激光量热法测量KTP晶体吸收系数的实验研究

Done some experimental research on QCW diode-pumped intracavity frequency doubling passively Q-switched Nd: YAG/ KTP green laser, using Cr4+: YAG as a saturable absorber.

采用内腔倍频方案，以Cr4+：YAG为可饱和吸收体，进行了准连续LD泵浦被动调QNd：YAG/KTP绿光激光器的实验研究。

Study on the Optical Parametric Properties of KTA and KTP Crystals

KTA和KTP晶体参量激光特性研究