1) light absorption excitation
光吸收激发
1.
Based on the photoelectron character, the factor effecting on the creation of photoelectron was analyzed in light absorption excitation and thermal excitation.
针对晶体中光电子涨落的特点,分析了光吸收激发和热激发中影响光电子产生的因素。
3) laser absorption
激光吸收
1.
A new method, the laser absorption spectrometry, for measuring the contents of P2O5 inground phosphate rock is proposed.
提出了一种测试磷矿粉中P2O5成分的激光吸收光谱法，该方法具有实时、在线的特点，能较好地满足磷酸盐工业对于P含量分析高精度的要求。
4) excited state absorption/optical gain
激发态吸收/光增益
5) excited state absorption
激发态吸收
1.
The results measured with Z Scan technique show that the cluster exhibits a self focusing property, and the excited state absorption is the main mechanism of the optical limiting effect of the metal cluster compound.
Z- Scan研究结果表明 :该团簇具有自聚焦特性 ,其光限幅起源于激发态吸
2.
By theoretic analyzing the energy level structure of the color center and calculating the saturable optical intensity of the excited state absorption, the authors point out the possibility of realizing passive mode-locking by using LiF crystal with the relaxation time of the ground state in nanosecond magnitude.
理论分析LiF:F~-_2色心晶体的能级结构,计算其激发态吸收的饱和光强,指出基态恢复时间为纳秒量级的LiF实现被动锁模的可能性。
3.
The change of the small signal gain for a Cr:LiSAF laser is calculated with the change of pump power on consideration of the excited state absorption and upconversion process,and the influence of the temperature inside Cr:LiSAF on the small signal gain is analyzed.
在考虑掺铬氟化锂锶铝晶体的激发态吸收和上转换的情况下，求出掺铬氟化锂锶铝激光器小信号增益随泵浦功率的变化，分析晶体温度对小信号增益的影响。
6) excited-state absorption
激发态吸收
1.
The optical limiting effect of [Ag(L4)(NO_3)·H_2O]_n is stronger for ps than that of [Ag(L4)(NO_3)·H_2O]_n for ns, and the excited-state absorption is the main mechanism of the optical limiting effect of the coordination polymers.
该聚合物的光限幅机理为激发态吸收,其皮秒光限幅特性优于纳秒光限幅特性。
2.
The optical limiting effect of the coordination polymers [Cd(L4)(SO4)(H2O)2]n originate mainly from the excited-state absorption.
应用倍频Nd:YAG脉冲激光,在波长532nm、脉冲宽度为40ps的条件下,研究了配位聚合物[C(?)(L4)(SO4)(H2O)2]n的光限幅特性,其光限幅特性起源于激发态吸收。
3.
In this thesis, the mechanism of excited-state absorption-enhanced transient thermal refraction (excited-state thermal refraction, ESTR) in cluster and organic materials’solution media was investigated.
在本文中,研究了团簇和有机材料的溶液介质中激发态吸收增强瞬态热致非线性折射(激发态热折射)的机理。
补充资料：吸收-激发效应
分子式：
CAS号：
性质：又称吸收-激发效应(absorption-excitation effect)。试样吸收原级入射X射线，并自吸收部分将出射的X射线荧光为吸收效应。当基体元素所发射出的次级X射线波长，恰在待测元素吸收限短波长一边，待测元素发生再吸收现象；同时，受激发发射出附加的特征辐射，故特征X射线的发射得到增强。
CAS号：
性质：又称吸收-激发效应(absorption-excitation effect)。试样吸收原级入射X射线，并自吸收部分将出射的X射线荧光为吸收效应。当基体元素所发射出的次级X射线波长，恰在待测元素吸收限短波长一边，待测元素发生再吸收现象；同时，受激发发射出附加的特征辐射，故特征X射线的发射得到增强。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条