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How to understand the limitations of hybrid orbital theory?
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-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