片语

ktp crystalktp晶体

Islam ktp最爱电影

hydrothermal KTP水热法KTP

KTP HOLDINGS港台集团

ktp tj跳闸

KTP激光KTP laser

double KTP双KTP

flux KTP熔盐法KTP

英汉例句

• Make a detailed summary of various nonlinear optical applied areas for the KTP crystal, such as SHG, SFG, DFG, OPO and electro-optic devices.

  详细论述了KTP晶体在倍频、和频、差频、光学参量振蕩及电光应用等各种非线性效应领域的发展状况。

• Merits and demerits in E-O applications for KTP crystals grown by the hydrothermal technique and by the flux method respectively were analyzed.

  对水热法生长的KTP晶体和熔剂法生长的KTP晶体在电光应用中的优缺点进行了分析。

• 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。

• Using KTP laser is one of most effective and ideal way for treating lacrimal channel obstruction.

  结论KTP激光是目前治疗泪道阻塞最理想的方法之一。

• The homogeneity and stability ofthe KTP doubler were also checked.

  此外，本实验对KTP倍频器的稳定性也做了检验。

• In this paper, the laser characteristics, the development of KTP green laser and the medicine clinical practice were outlined in a nutshell.

  本文就激光的特性、KTP绿激光的发展及医学临床应用做一简要概述。

• A worker is hammering away on the roof of the KTP Group shoe Factory, who used to produce shoes for Nike and Reebok among many.

  一工人正锤凿某制鞋厂厂房屋顶，这个工厂曾制鞋给耐克和锐步等多家品牌。中国是世界最大的制鞋地，世界三分之一的顶级品牌运动鞋是在中国制造的。

• Workers are tearing down the huge KTP Group Shoe Factory in the Longgang-district outside Shenzhen.

  工人们正在拆除深圳龙岗区一所大型制鞋厂厂房。

• Objective To evaluate the clinical results of KTP laser in the treatment of lacrimal obstruction.

  目的观察ktp激光治疗泪道阻塞的临床疗效。

• To observe the effect of KTP laser in treating lacrimal channel obstruction.

  目的观察ktp激光治疗各种原因所致泪道阻塞的效果。

• 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。

• Using ABCD matrix to optimize cavity parameters, V-shaped folded cavity which could compress the laser mode radii on KTP effectively was selected.

  通过ABCD矩阵进行了腔参数优化，选取了更有效压缩KTP上基模光斑半径的V腔进行腔内倍频实验。

• The composition and structure of hydrothermal KTP crystal are introduced.

  测试了水热法ktp晶体的成分、结构。

• We calculate the best phase-matching angle according to the Sellemier equations of KTP and compare the quality of LBO.

  根据KTP晶体不同的色散方程，对该匹配角进行了数值计算；并比较了LBO晶体的相关特性。

• Methods KTP laser was applied in 162 cases (180 eyes) with chronic dacryocystitis. After dredging lacrimal passages, all patients were followed up for 24 ~ 36 months.

  方法本组慢性泪囊炎162例180眼，采用国产KTP泪道激光治疗机激光疏通，术后随访24 ~36个月。

• Objective To elevate the effect of KTP laser dacryocystoplasty in the treatment of lacrimal duct obstruction.

  目的评价KTP激光泪道成形术对泪道阻塞治疗的效果。

• 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。

• The history of growth and application of KTP crystals hasbeen mentioned.

  简述了KTP晶体的生长和应用历史。

• We have used such methods to measure the thickness and refractive index of the film layer of KTP waveguide.

  我们利用这种方法测量了所研制的KT P光波导薄膜层的折射率和膜厚。

• The phase matching conditions for sum frequency generation are analyzed. The optimum phase matching angles and effective nonlinear coefficients for KTP and LBO are derived and calculated.

  进行了双束激光和频相位匹配的理论分析，给出了KTP和LBO 两种晶体在和频时的最佳相位匹配角和有效和频系数。

• We also present the performances and indices of the devices made of these crystals. Finally, we introduce the use of LBO, BBO, KTP crystals in OPO and FS pulse-width laser measurements.

  还介绍了用这些晶体制成的非线性光学器件的性能和指标，最后介绍了LBO、BBO、KTP晶体在光学参量振蕩和在“飞秒’脉宽激光测量上的应用。

• 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。

• At the same experimental condition, the optical parametric properties of KTA and KTP crystals are analyzed.

  在相同的实验条件下，对比分析了KTA和KTP晶体参量激光输出特性。

• Objective: to explore the advantage of KTP laser cordectomy in the treatment of early glottic carcinoma.

  目的：探讨磷酸钛钾(KTP)激光声带切除术治疗早期声门癌的效果。