1) light-flow-line quantum theory
光流线量子论
1.
Some ways of integrated optical coupling and light-flow-line quantum theory have been introduced in this thesis.
本文介绍了集成光路的一些耦合方法及光流线量子论,提出应用光流线量子论这个物理思想,从理论上探讨光传输界面的量子共振和耦合规律。
2) light quantum mechanics
光线量子论
1.
Investigation on morphology-dependent resonances in Er~(3+) doped phosphate glass microsphere with light quantum mechanics;
用光线量子论研究掺铒磷酸盐玻璃微球发光的形貌共振
3) transmission of light-flow-line quantum
光流线量子透射
4) light quanta theory
光量子论
1.
One hundred years ago,Albert Einstein published his famous relativity theory and light quanta theory,which is now known by almost everyone in the world.
100年前的1905年,爱因斯坦发表了著名的相对论、光量子论等。
5) photon flow
光子流量
6) quantum mechanical equation of light-flow-line
光流线量子力学方程
1.
This paper based on the quantum mechanical equation of light-flow-line, used the tunneling effect theory, and applied for the physical ideology of light-flow-line quantum theory, gave the rule of quantum resonance and quantum coupling above .
本文以光流线量子力学方程为基础,借助隧穿效应原理,应用光流线量子论的物理思想,首先从理论上探索光传输界面的量子共振和耦合规律。
补充资料:量子论
描述微观粒子所遵循的物理规律的理论。20世纪初由普朗克创立。认为物体辐射的能量不是连续的,而是一份份的,能量的最小单位叫能量子,简称“量子”。经爱因斯坦和玻尔等人的发展和完善,成为一种科学理论,但在解释微观粒子运动时仍有局限性。
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