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Molecules Solved in Closed Form Equations - Refer to Book Chapters 11, 13, 14 and 15 of Dr. Mills' Book, "The Grand Unified Theory of Classical Quantum Mechanics". |
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Parameters of H3+
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Parameters of OH and OD
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Vibration and Rotation of OH and OD
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Parameters of H2O D2O
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Bond Angles of H2O and D2O
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Parameters of NH and ND
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Vibration and Rotation of NH and ND
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Parameters of NH2 and ND2
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Bond Angles of NH2 and ND2
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Parameters of NH3 and ND3
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Bond Angles of NH3 and ND3
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Parameters of CH and CD
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Vibration and Rotation of CH and CD
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Parameters of CH2 CD2
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Bond Angles of CH2 and CD2
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Parameters of CH3 CD3
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Bond Angles of CH3 and CD3
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Parameters of CH4 CD4
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Parameters of N2
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Parameters of O2
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Parameters of F2
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Parameters of Cl2
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Vibration and Rotation of Cl2
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Parameters of CN
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Parameters of CO
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Parameters of NO
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Parameters of CO2
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Parameters of NO2
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Bond Angle of NO2
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Parameters of Ethane
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Parameters of CH3 (Ethane)
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Bond Angles of Ethane
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Parameters of Ethylene
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Parameters of CH2 (Ethylene)
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Bond Angles of Ethylene
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Parameters of Acetylene
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Parameters of CH (Acetylene)
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Parameters of Benzene
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Parameters of CH (Benzene)
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Benzene Total E
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| The following are straight-chain alkanes: | ||
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Parameters of CnH2n+2
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Parameters of CH3 (CnH2n+2)
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Parameters of CH2 (CnH2n+2)
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Bond Angles of CnH2n+2
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Parameters of CnH2n+2 (Propane)
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Propane Total E
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Parameters of CnH2n+2 (Butane)
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Butane Total E
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Parameters of CnH2n+2 (Pentane)
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Pentane Total E
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Parameters of CnH2n+2 (Hexane)
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Hexane Total E
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Heptane
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Octane
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Nonane
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Decane
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Undecane
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Dodecane
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Octadecane
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Alkali-Hydride Crystal Structures Solved in Closed Form Solutions - Refer to Book Chapter 7: Two-Electron Atoms |
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Alkali Hydride Lattice Parameters
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One-Electron Atom Solved in Closed Form Solutions - Refer to Book Chapter 2: Excited States of the One-Electron Atom (Quantization) |
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| State Lifetimes and Line Intensities - Part 1 | xls | |
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State Lifetimes and Line Intensities
- Part 2
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The Nature of the Chemical Bond Revisited and an Alternative Maxwellian Approach UPDATED 11/29/05 - Refer to Book Chapter 11: The Nature of the Chemical Bond of Hydrogen Type Molecules and Molecular Ions |
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Anharmonicity |
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D2+ |
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H2_D2 |
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Vibration and Rotation of H2 and D2 |
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H2+ |
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Vibration and Rotation of H2+ and D2+ |
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Maxwell's
Equations and QED: Which is Fact and Which is Fiction
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Fine Structure NIST |
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Hyperfine Structure NIST |
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Lamb Shift NIST |
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Muonium NIST |
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Positronium NIST |
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Exact
Classical Quantum Mechanical Solutions for Atomic Helium Which
Predicts Conjugate Parameters from a Unique Solution for the First
Time |
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Excited States of Helium |
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Exact
Classical Quantum Mechanical Solutions for One- Through Twenty-Electron
Atoms |
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Closed Form Solutions For One- Through Twenty-Electron Atoms |
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MATHEMATICA NOTEBOOKS |
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| Chapter 1: Modeling the Orbitsphere Current-Vector Field (cvf) | ||
| Appendix III: Modeling the Analytical Equations to Generate the Orbitsphere Current Vector Field and the Uniform Current (Charge) Density Function Y00 | nb | |
| Appendix VI: Analytical Equations to Generate the Free Electron Current Vector Field and the Uniform Angular-Momentum-Density Function | zip of .nb | |
| Appendix VII: Analytical Equation Derivation of the Photon Electric and Magnetic Fields | zip of .nb | |
| Modeling of the Larmor Precession | zip of .nb | |
| Modeling of the Free Electron | zip of .nb | |
| Modeling of the Modulation Functions | zip of .nb | |
