KTP

The mechanism is in agreement with the observation of surface morphology of KTP crystal.

这与晶体表面形貌观察结果一致。

Study on the Optical Parametric Properties of KTA and KTP Crystals

KTA和KTP晶体参量激光特性研究

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.

Clinical research of dacryagogic plastic operation by KTP laser

KTP激光泪道成形术的临床研究

The ray separations are discussed for two type phase matching and different conditions of incidence in KTP and LBO crystals.

详细讨论了正入射和斜入射、Ⅰ类相位匹配和Ⅱ类相位匹配下KTP晶体和LBO晶体中的光束离散问题。

Femtosecond Optical Parametric Amplification with Group Velocity Matching for Periodically Poled KTP

周期性极化晶体的群速匹配飞秒脉冲光学参量放大

The study focuses on the crystal morphology and surface structures of hydrothermal KTP crystals with double coil reflecting goniometer, double coil hand-goniometer and differential interference microscope.

利用双圈接触测角仪、双圈反射测角仪、微分干涉显微镜等测试手段，对不同条件下水热法生长的KTP晶体的宏观形态及各族晶面的微观形貌特征进行了观察和描述。

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。

Lacrimal Deoppilation by KTP ∶ YAG Laser: Its Efficacy and Nursing During Perioperative Stage

KTP∶YAG激光行泪道疏通手术及围手术期的疗效和护理

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.

To probe into values of therapy with potassium titanyl phosphate ( KTP) laser in endobronchial tuberculosis by branchofiberoscope

经纤维支气管镜KTP激光在支气管结核治疗中的应用价值探讨

1.57 μ m noncritical phase matching ktp optical parametric oscillator

1.57μm非临界相位匹配KTP参量振荡器

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.

The impact of frequency-doubling efficiency factor was obtained by the coupled wave equations, given the method of phase matching, selected class II KTP frequency-doubling crystal.

根据波耦合方程求出影响倍频效率的因素，给出相位匹配的方法，选定II类相位匹配KTP为本实验的倍频晶体。

Anisotropic thermal conductivity measurement of KTP crystal using 3 ω method

用3ω法测量非线性KTP晶体各向异性导热系数

Intra-Cavity KTP Optical Parametric Oscillator With the Thermal Compensation

具有热补偿的内腔KTP光参量振荡器

Pathological Changes and Thermal Coagulation of Human Liver Tissue Induced Changes in the Optical Properties of Liver Tissue at KTP/ YAG Laser in vitro

人肝组织病变及热凝固导致组织光学特性的变化

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。

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.

Nonlinear Optical Crystal KTP Temperature Field in Water-cooling Laser System

水冷式激光系统中非线性晶体KTP的温场研究

Theoretical design of nanosecond near infrared KTP optical parametric oscillator

纳秒近红外KTP光学参量振荡器的理论设计

Angular Tuning fs Synchronously Pumped KTP IR OPO

角调谐飞秒同步泵浦KTP红外光参量振荡器

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。

Noise characteristics of laser diode pumped solid-state laser by intracavity sum-frequency of KTP phase matching II

激光二级管泵浦KTP腔内和频激光器及噪声特性的分析

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

Objective To study the clinical characteristics of different potasium titanium phosphate ( KTP) laser types and surgical the recuperating course of cordectomy under suspension laryngoscope.

目的探讨支撑喉镜下磷酸钛钾（potasiumtitaniumphosphate，KTP）激光声带切除术不同术式的选择及愈合过程中的临床特点。

The Research of Characteristics of Periodically Poled of KTP Crystal A BRIEF DISCUSSION OF CYCLE

KTP晶体的周期极化特性研究

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

Bright Quadrature Amplitude Squeezed Light from Periodically Poled KTP Second Harmonic Generation

利用周期性极化KTP外腔谐振倍频过程实现明亮振幅压缩光

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。