1.
Solvent Effects on the Two-photon Absorption Cross Section of DCM Derivatives
DCM衍生物双光子吸收截面的溶剂效应
2.
Linear absorption,single-photon induced fluorescence,two-photon induced fluorescence and two-photon absorption cross section(σ2) are experimentally studied.
测试了紫外吸收光谱、单光子荧光光谱、双光子荧光光谱及双光子吸收截面。
3.
Effect of Time-Dependent Ionization on Dynamical Two-Photon Absorption Cross Sections of Molecular Media
含时电离对分子动态双光子吸收截面的影响
4.
Measurement of Two-photon Absorption Cross Sections of Organic Compounds;
有机材料双光子吸收截面测试方法的研究
5.
The molecule has the largest two-photon absorption cross section among its series of studied derivatives.
该分子在相应系列衍生物中具有最大的双光子吸收截面。
6.
A new method that uses saturated optogalvanic spectroscopy to measure two-photon absorption cross section of atoms and molecules is presented.
本文提出了一种测量原子和分子的双光子吸收截面的新方法——饱和光电流光谱法。
7.
thermal neutron macroscopic absorption cross section
热中子宏观吸收截面
8.
INFLUENCE OF THE MOLECULAR PLANE ON TWO-PHOTON ABSORPTION CROSS SECTIONS
分子平面性对其双光子吸收特性影响
9.
Studies on Hydrogen Atom and H_2～+ in Strong Fields and the Photoionization Cross Section of Li～+;
强场中的H原子、H_2～+以及Li～+光吸收截面的研究
10.
double beam molecular absorption spectrometer
双光束分子吸收光谱仪
11.
The dipole oscillator sum can be expressed in terms of the integrated photo absorption cross section.
偶极谐振子和可以用积分后的光子吸收截面来表示。
12.
macroscopic thermal neutron absorption capture cross section
宏观热中子吸收俘获截面
13.
Absorption Cross Section of Static EMDA Black Hole for Dirac and Scalar Particles;
静态EMDA黑洞对Dirac粒子和标量粒子的吸收截面
14.
The Molecular Design Investigations on Several Kinds of Two-photon Absorption Materials;
几种双光子吸收材料的分子设计研究
15.
Research on the Two Photon Absorption and the Excited State Absorption by Self-Pump-Probe Measurment;
自泵浦激发双光子吸收与激发态吸收的研究
16.
Theoretical Study on Two-photon Absorption Properties of Double-conjugated-segment Organic Molecular;
双共轭链有机分子双光子吸收的理论研究
17.
The Role of Electric-field Induced Double-frequency Absorption in Two-photon Response
场致倍频吸收在双光子响应中的作用
18.
Research and application progress of organic two-photon Absorption materials
有机双光子吸收材料研究及应用进展