Chemistry from Microscopic Perspective课程：前往报名学习
To master modern chemistry knowledge, we must be familiar with and gradually get used to the microscopic thinking mode with the characteristics of chemistry, and understand the movement law and expression mode of microscopic particles and the relationship between microscopic particle movement and macroscopic chemical phenomena from a microscopic perspective.
开设学校：东北师范大学；学科：理学、
To master modern chemistry knowledge, we must be familiar with and gradually get used to the microscopic thinking mode with the characteristics of chemistry, and understand the movement law and expression mode of microscopic particles and the relationship between microscopic particle movement and macroscopic chemical phenomena from a microscopic perspective.
-0.1 Course Objective and Orientation
-1.1 The Development Level of Chemical Microcosm
-1.2 Interactions between Chemical Particles under Scale Microcosmic
-1.3 Interaction between Chemical Particles under Essence Microcosmic
-1.4 The Status and Function of Microscopic Theory in Chemistry
-Chap. 1 How to Reflect the Subject Guidance Function of Chemical Microscopic Perspective
-Homework
-2.1 A New Beginning of Quantitative Understanding of Microcosm —Quantization of Energy
-2.2 A New Starting Point for Understanding Material Structure— Quantization of Electron Energy
-2.3 Quantitative Description of Discontinuity of Microcosm — Quantization
-2.4 The Fusion of Microscopic Quantization and Macroscopic Continuity
-Chap.2 How to Describe the Discontinuity of Microcosm with Energy Quantization
-Homework
-3.1 The Establishment of Wave-Particle Duality of Physical Particles
-3.2 The Development of the Connotation of “Wave Property" of Micro Particles
-3.3 Probability Meaning of Electron Wave Function
-3.4 Operator Representation of Physical Quantity in Microscopic Measurement
-3.5 Probability Causality in Microcosm
-3.6 Quantitative Description of Uncertainty of Microcosm
-Chap.3 How to Describe the Uncertainty of Microcosm with Probability
-Homework
-4.1 Chemical Meanings of Atomic Orbitals and Their Contours
-4.2 Pauli Exclusion Principle and the Atomic Stability
-4.3 Element Periodic Rules and Its Microscopic Nature
-4.4 Atomic Parameters and Their Characterization on Chemical Reactivity
-4.5 The Defects of Orbital Hybridization Theory
-4.6 The Principles of Linear Combination of Atomic Orbitals
-4.7 The Interpretation on O2 Paramagnet and O3 Polarity
-4.8 Crystal Orbitals Described by Sharing the States of Electronic Motion
-Chapt.4 How to Describe the Microscopic Picture of Chemical Particles Based on Orbital Thought
-Homework
-5.1 Differentiation between Nuclear Motion and Electronic Motion in Molecules
-5.2 Quantization Energy Level of Molecular Rotation and Rotation Spectrum
-5.3 Quantization Energy Level of Molecular Vibration and Infrared Spectrum
-5.4 Quantization Energy Level of Molecular Electrons and Ultraviolet-Visible Spectrum
-5.5 Scattering Effect of Molecules on Light and Raman Spectrum
-5.6 Photoelectric Effect and Photoelectron Energy Spectrum
-5.7 Nuclear Spin Energy Level and Nuclear Magnetic Resonance Spectrum
-Chapter5：How to Understand the Language and Behavior of Molecules from Molecular Spectra
-Homework
陈彬，课程主讲人。东北师范大学教授，博士生导师。
朱广山，教授，博士生导师，东北师范大学化学学院院长。国务院特殊津贴专家。主讲教师。