The Transversely Excited Atmospheric pressure (TEA) CO_2 laser has been widely applied in multi-photon excitation and isotope separation.
可调谐TEA CO_2激光器被广泛应用于激光分离同位素和多光子对物质的激发。
The probability of multi-photon pulse in weak coherent source can be decreased by canceling two photon pulses to improve the security distance.
通过削除弱相干光源中的两光子脉冲，降低多光子脉冲的影响，从而提高安全通信距离。
This method can be used to describe the resonant multi-photon processes that the pulse train from the mode locked laser interacting with atoms.
用多模相干态描述光场，应用预解算符和投影算符推导演化算符，使本方法可统一处理锁模激光脉冲序列输出及原子的共振多光子过程。
The present dissertation is mainly about experimental generation, manipulation of multi-photon entanglement and its applications in quantum information.
本论文主要内容是对光子纠缠源的产生，操纵以及其在量子信息上的应用进行的实验研究。
Laser multi-photon ionization technique is a relatively simple method to obtain molecular structure and research the interaction between laser and the matter.
激光多光子电离技术是一种较为简便的研究分子光谱结构及其与光相互作用的方法。
Studied on wavelength impacts on multi-photon excitation and optimized and fixed the optical design, compiled softwares for 3D construction and data analysis.
研究了不同波长的双光子激发对成像效果的影响，优化了荧光激发与探测光路，开发并完善了三维图像的恢复重建和数据分析软件。
It can be find that average photon number of thermal radiation field and multi-photon transition process have intense influence on the non-classical properties.
可以看出热态光场的平均光子数和多光子跃迁对光场非经典性质有强烈的影响。
With the development of high peak power and ultrashort-pulsed lasers, multi-photon techniques have become an important tool for investigation of physical properties of materials.
随着高功率和超短脉冲激光器的出现，多光子吸收技术已近成为研究材料物理特性的一种有效方法。
We propose the coupled-cluster equation of motion method coupled with semiempirical Hamiltonian to calculate the multi-photon absorption cross-section for complex molecular systems.
我们提出了用耦合簇运动方程方法并结合半经验哈密顿参数来计算大分子体系的多光子吸收截面。
Shandong Provincial Key Laboratory of Multi-photon Entanglement and Manipulation;
潍坊学院山东省多光子纠缠与操纵重点实验室；
The laser facula area has some effects on the ion yield of multi photon ionization process.
研究了在激光脉冲能量和激光脉冲宽度一定时激光光斑面积对多光子电离离子产量的影响。
The photon-activated monopole domain in a semi-insulating multi-valley photoconductive semiconductor switch and the dipole domain in a Gunn device are compared.
摘要对比了半绝缘多能谷光电导开关中光激发单极畴和耿氏器件中偶极畴的物理机制。
The photon-activated monopole domain in a semi-insulating multi-valley photoconductive semiconductor switch and the dipole domain in a Gunn device are compared.
摘要对比了半绝缘多能谷光电导开关中光激发单极畴和耿氏器件中偶极畴的物理机制。
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