1.
In the first chapter we discuss the relativistic kinematics at a quantum mechanical level.
第一章我们在量子力学的基础上讨论了相对论运动学。
2.
Discussion of Philosophical Basis of Reality Theory for Curvity Interpretation of Quantum Mechanics;
论量子力学曲率解释实在论哲学基础
3.
The Basic Postulates of Vacuum Fluctuation and Their Deductions;
真空涨落与相对论量子力学的共同基础
4.
Therefore, nature could be classical at its most detailed level yet look quantum-mechanical because of dissipation.
「可以将量子力学当成是某个基础理论的低能量极限。
5.
The Basic Position of Reciprocal Principle in Quantum Theory From the Argument Between Einstein and Bohr
从玻尔与爱因斯坦的争论看量子力学中互补性原理的基础地位
6.
Training Methods of Application Ability about the Foundation of Microelectronics Process Teaching
“微电子工艺基础”教学的应用能力培养
7.
Molecular Basis and Significance of Mechanical Force Research in Respiratory Field
呼吸领域力学研究的分子基础及意义
8.
Predicting the settlement of a foundation is an important subject insoil mechanica and foundation engineering.
推算基础的沉降量是土力学及基础工程中的一个重要课题。
9.
Analysis of Coupled Dynamics of Magnetic Bearing-Rotor-Base System
磁力轴承-转子-基础系统的耦合动力学分析
10.
Quantum Information Processes Based on Cavity Quantum Electrodynamics
基于腔量子电动力学的量子信息过程
11.
Cultivating Students’Innovative Abitity;
《电子技术基础》教学与学生创新能力的培养
12.
Atom Manipulation Based on Optical Cavity Quantum Electrodynamics;
基于光学腔量子电动力学的原子操控
13.
The Study of Improving Teaching Quality of Electronic Technology;
提高《电子技术基础》教学质量的方法研究
14.
On Improving the Teaching Quality in the Basic Experiments of Electronics Technology;
提高电子技术基础实验教学质量的探讨
15.
Exploration and Research on the Improving Experimental Teaching Quality of Electronic technology Majors
提高电子技术基础实验教学质量的思考与实践
16.
An Exploration of Enhancing Teaching Quality of the Curriculum of Electronic Technology Base in Higher Vocational Education
关于提高高职《电子技术基础》教学质量的探讨
17.
Quantum Lithography Based on Entanglement and Preparation of Quantum States;
纠缠基础上的量子光刻和量子态制备
18.
On Teaching Redesign of the Course "the Basis of Power Electronics Technology";
试论电力电子技术基础课程教学的重设