dyesaturable absorber

用法例句

Due to the saturation absorption characteristic of bacteriorhodopsin film, in holography, when the intensity of the recording light is higher than the saturation intensity, the distribution of the transmission of the holographic gratings deviates from the cosine shape.

由于菌紫质样品的饱和吸收特性,在全息记录中,当记录光强大于样品的饱和光强时,全息光栅透过率随记录光相位差的分布远离余弦型,因此衍射效率的稳定值很低。

Fiber lasers using carbon nanotube as saturable absorber;

基于碳纳米管饱和吸收体的光纤激光器

The laser is composite of a passively Q-switched laser with a saturable absorber placed in its cavity and a controlling LD with a focus system which is used to control the bleach degree of the absorber.

CPQL激光器由置于调Q激光器腔内的饱和吸收体和控制LD组成,控制LD用来控制饱和吸收体的漂白程度。

Measurement and analysis of Rb-D_2 saturated absorption;

铷D_2线饱和吸收光谱的测量

In this report,the modulatable saturated absorption of chemically enhanced bR film under multibeam illumination was studied.

本文首先研究了化学增强ｂＲ膜的互补调制饱和吸收，即多光束照射引起Ｂ、Ｍ各态粒子数比例变化，多光束之间互补调制输出光强。

This kind of materials has obvious quantum confinement properties and large third-order nonlinear optical effects by studying their linear spectra and saturated absorption.

对线性吸收光谱和饱和吸收的研究表明该材料具有明显的量子限域特性和大的三阶非线性光学效应。

5 kHz is presented, in which the self-written fiber grating induced by saturable absorption inner an unpumped Er3+ doped fiber at the standing-wave section is applied.

　报道了利用在未泵浦掺铒光纤中，驻波饱和吸收诱发的自写入光纤光栅的窄带滤波特性及反射波长自适应特性，研制了单频光纤激光器，其线宽可窄至 ０。

Saturable absorption, reverse saturable absorption and re reverse saturable absorption under an Ar + laser beam in visible light range were observed.

报道了一种新型有机材料ZnTBP CA PhR的光学非线性吸收特性 ,此材料在激光作用下 ,在可见光区域具有反饱和吸收 ,再反饱和吸收和饱和吸收效应 。

The saturable absorption (SA) and reverse saturable absorption (RSA) appeared as the input fluence increases and re-reverse resaturable absorption process of the material was d.

实验观察到此种材料显著的饱和及反饱和吸收现象 ,并观察到它的再反饱和过程 ,定性分析了变化过程中的物理机制。

Frequency stabilized He-Ne laser (0.33μm) of neon saturated absorption

氦一氖0.633微米氖饱和吸收稳频激光器

Effect of Saturable Absorber to Solid State Mode-Locked Femtescond Laser

饱和吸收体对飞秒脉冲固体激光锁模的影响

Simplfication of Cs Saturated-absorption Spectroscopy Setupand its Spectra Observation

铯饱和吸收光谱装置的简化设计及谱线的观测

The Performance Research of the Metal Phthalocyanines for Reverse Saturable Absorption;

金属酞菁化合物反饱和吸收特性的研究

Investigation on Electrocircuit for 532nm Saturated Absorption Iodine-Stabilized Nd:YVO_4/KTP Laser;

532nm Nd：YVO_4/KTP激光器碘饱和吸收稳频电路的研究

Investigation of Optical Limiting Based on Reversed Saturable Absorption Tandem Samples;

基于反饱和吸收串级样品的光限制性能研究

Study on the Characteristics of Passively Q-switched Laser Using AlGaInAs as the Saturable Absorber

AlGaInAs半导体饱和吸收体被动调Q激光器性能研究

First Harmonic Saturated Absorption Frequency Stabilization of Lasers Using Sampling Integration Technique

利用取样积分实现激光饱和吸收一次谐波稳频

Single-longitudinal-mode Dual-Wavelength Fiber Ring Laser by Cascading Two Filters and Using a Saturable Absorber

基于两滤波器级联和饱和吸收体的单纵模双波长光纤激光器(英文)

Preparation of the Reverse Saturable Absorption Compounds and Research on Their Optical Limiting Laser Protection Performance;

反饱和吸收化合物制备及其激光防护光限幅性能的研究

Synthesis of the Reverse Saturable Absorption Phthalocyanine Compounds and Preparation of Its Optical Limiting Materials;

酞菁类反饱和吸收化合物的合成及其光限幅材料的制备

SESAM Technology and Application in Yb～(3+): Fiber Laser;

半导体可饱和吸收镜的研制及其在Yb～（3+）光纤激光器的应用

Investigation on Chopping Rising Edge of KrF Laser Pulse Using Saturable Absorption;

利用饱和吸收技术对KrF激光脉冲前沿削波的研究

Study on Characteristics of All-Solid-State Q-switched Lasers with V~(3+):YAG Saturable Absorber at 1.3μm

全固态、新型饱和吸收体V~（3+）：YAG 1.3μm调Q激光特性研究

Q-switching of Character and Analysis the Reverse Saturable Characteristic of Organic Material

调Q激光特性及有机材料反饱和吸收的特性分析

Passively Mode-Locked Side-Pumped Nd:YAG Laser with SESAM

半导体可饱和吸收镜被动锁模侧面抽运Nd∶YAG激光器研究

Effect Resulted from Temperature to Saturable Absorption Characteristic in Yb-doped Fiber Laser

掺Yb光纤激光器中温度对可饱和吸收效应的影响

A novel high reflectivity type of semiconductor saturable absorption mirror grown by metal organic chemical vapor deposition is presented.

利用金属有机气相淀积方法生长了一种新型吸收体:高反射率半导体可饱和吸收镜.