The theoretical scheme can be extended to the application for multiphoton processes.
这一理论模型可推广应用于多光子过程。
We studied the dressed effects of atom for multiphoton Free-Free transition in this paper.
在本文中，我们研究了多光子自由-自由跃迁中原子的修饰效应。
The principle and the characteristics of multiphoton exciting microscopy have been described.
讨论了多光子显微镜的原理和特征。
Characteristics of infrared multiphoton dissociation of ethanol molecules were investigated experimentally.
实验研究了乙醇分子的红外多光子离解特性。
Based on the experimental results, the multiphoton ionization dissociation mechanics of acetone was discussed.
根据实验结果对丙酮分子在该波长范围内的多光子电离机理作了讨论。
A intracavity multiphoton absorber in driven optical systems is a effective means to depress the internal field fluctuation.
在受驱动光学系统中增设内腔多光子吸收元件是抑制腔场噪声的有效手段。
The multiphoton ionization will happen when the electric field of lasers is equivalent to the Coulomb field in a hydrogen atom.
当所用激光辐射中的电场与氢原子中电子在基态所感受到的库仑场强度相当时会出现多光子电离现象。
The polarized characteristic of multiphoton process can be used to assign the symmetries of electronic states and vibrational structures.
多光子过程的偏振特性可以用来标识电子态及振动结构的对称性。
Some quantum effects in the multiphoton interaction processes of a three-level A-shaped atom with two squeezed modes are studied in detail.
本文研究了具有A型跃迁结构的三能级原子与两个压缩态光场多光子相互作用过程中的一些量子效应。
Then the formula of the multiphoton resonance ionization in a linear polarization laser field was obtained and it is compared with the experiment.
以线极化光场为例，得到了多光子共振电离公式，并与实验进行了比较。
The discrete variable representation(DVR) scheme is applied to investigate the photoelectron spectrum(PES) of multiphoton ionization for some diatomic molecules in strong fields.
采用离散变量表示（DVR）方案研究了双原子分子在强场下的多光子电离光电子能谱，得到了与实验相同的结果。
The evolution opera tor, the reduce density operator and the dynamical properties of the field entropy evolution in the intensity - dependent coupling multiphoton J - C model are studied.
研究了依赖强度耦合多光子J—C模型的演化算符，约化密度算符及其场熵特性。
In addition, we have analyzed the multiphoton ionization dissociation(MPID) mechanism of H 2S from several aspects, and conclude that its MPID process belongs to parent ion fragmentation mechanism.
另外还从多个角度对硫化氢分子的多光子电离解离（MPID）机理进行了分析，推论出其MPID过程应属于母体离子碎裂模式。
In addition, we have analyzed the multiphoton ionization dissociation(MPID) mechanism of H 2S from several aspects, and conclude that its MPID process belongs to parent ion fragmentation mechanism.
另外还从多个角度对硫化氢分子的多光子电离解离（MPID）机理进行了分析，推论出其MPID过程应属于母体离子碎裂模式。
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