1.
Quantum mechanics interpretation the limits--And to defend orthodox interpretation;
量子力学解释限度——兼为正统解释辩护
2.
Tension between interpretation force and additional requirements:multi-perspective interpretation of quantum mechanics
解释力与附加性要求之间的张力——多元视域的量子力学解释
3.
From Copenhagen Interpretation to Decoherence Interpretation--Construction and Comparison of Interpretation of Quantum Mechanics
从哥本哈根解释到退相干解释——量子力学解释的建构与比较
4.
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
5.
New Understanding for Philosophy of Quantum Mechanics;
量子力学哲学的新理解——对万小龙“量子哲学研究”的解读
6.
Using Supersymmetic Quantum Mechanics to Solve Schr(?)dinger Equation;
用超对称量子力学求解Schr（？）dinger方程
7.
The thermal equilibrium solution of bipolar quantum hydrodynamic model
双极量子流体动力学模型的热平衡解
8.
the modern form of quantum theory; an extension of of quantum mechanics based on Schrodinger's equation; atomic events are explained as interactions between particle waves.
今日之量子论；量子力学根据Schrodinger方程的衍生;以粒子波解释原子事件。
9.
Reflections on Copenhagen School Explanation of Quantum Mechanics;
对量子力学哥本哈根学派之解释的思考
10.
Theoretical Studies on Molecular Vibrational Excited States and Photodissociation Dynamics Using Quantum Recursive Methods;
分子振动激发态与光分解反应动力学的量子力学递推方法研究
11.
Is Complementary Principle Essential to Understand Quantum Mechanics?
互补原理对于理解量子力学是必需的吗?
12.
Some estimates of a steady-state semi-conductor quantum hydrodynamic model;
定态量子流体动力学模型解的一些估计
13.
The Ontological lnterpretation of Quantum Mechanics--A brief introduction to David Bohm s View;
量子力学的本体论解释——戴维·玻姆观点简介
14.
On the Long-time Evolution Behavior of Hydrodynamic Moldel Solution in One-domensional Space
一维量子流体动力学模型解的长时间渐进行为
15.
Multiple configuration quantum/classical studies of the vibrationally-mediated photodissociation dynamics of Ar-H2O
多组态量子/经典力学方法研究Ar-H_2O体系振动激发光致电解动力学
16.
It is necessary to use quantum mechanics to understand the behavī or of systems at atomic length scales and smaller.
使用量子力学以原子尺度和更小尺度理解系统行为是必要的。
17.
"Quantum Consciousness"--A New Understanding Originating from Quantum Psychology;
“量子意识”——量子心理学对意识的新解读
18.
Quantum mechanics uses complex number wave functions (sometimes referred to as orbitals in the case of atomic electrons), and more generally, elements of a complex vector space to explain such effects.
量子力学用复数波功能（有时指轨道内的原子电子），而更通常用复向量空间原理来解释这类作用。