| List of Illustrations |
| Acknowledgments |
| Introduction 1913 |
| A Laboratory Method of Demonstrating the Earth's Rotation 1915 |
| A Determination of Latitude, Azimuth, and the Length of the Day |
| Independent of Astronomical Observations Watching the Earth Revolve |
| The Distribution of the Electron in Atoms |
| The Variation of the Specific Heat of Solids with Temperature 1916 |
| A Physical Study of the Thermal Conductivity of Solids |
| On the Location of the Thermal Energy of Solids |
| A Recording X-Ray Spectrometer, and the High Frequency Spectrum of Tungsten 1917 |
| The Intensity of X-Ray Reflection, and the Distribution of the Electrons in Atoms |
| The Reflection Coefficient of Monochromatic X-Rays from Rock Salt and Calcite |
| The Nature of the Ultimate Magnetic Particle (with Oswald Rognley) 1918 |
| The Size and Shape of the Electron |
| The Non-molecular Structure of Solids |
| Note on the Grating Space of Calcite and the X-Ray Spectrum of Gallium 1919 |
| The Law of Absorption of High Frequency Radiation (Abstract) |
| The Size and Shape of the Electron: I |
| The Scattering of High Frequency Radiation |
| A Sensitive Modification of the Quadrant Electrometer |
| Its Theory and Use / with K. T. Compton |
| The Size and Shape of the Electron: II |
| The Absorption of High Frequency Radiation |
| Radio-activity and Gravitation / E. Rutherford ; A. H. Compton |
| A Photoelectric Photometer Cathode Fall in Neon / C. C. Van Voorhis |
| Radioactivity and the Gravitational Field Is the Atom the Ultimate Magnetic Particle? (with Oswald Rognley) 1921 |
| The Absorption of Gamma Rays by Magnetized Iron Classical Electrodynamics and the Dissipation of X-Ray |
| Energy Possible Magnetic Polarity of Free Electrons |
| The Elementary Particle of Positive Electricity |
| The Degradation of Gamma-Ray Energy |
| The Wave-length of Hard Gamma Rays |
| The Magnetic Electron Secondary High Frequency Radiation (Abstract) |
| The Polarization of Secondary X-Rays / C. F. Hagenow |
| A Possible Origin of the Defect of the Combination Principle in X-Rays (Abstract) |
| The Softening of Secondary X-Rays (Letter) 1922 |
| The Width of X-Ray Spectrum Lines |
| The Spectrum of Secondary X-Rays (Abstract) |
| The Intensity of X-Ray Reflection from Powdered Crystals / Newell L. Freeman |
| Secondary Radiations Produced by X-Rays Radiation a Form of Matter (Letter) 1923 |
| The Luminous Efficiency of Gases Excited by Electric Discharge |
| A Quantum Theory of the Scattering of X-Rays by Light Elements |
| The Total Reflexion of X-Rays Recoil of Electrons from Scattered X-Rays (Letter) |
| Absorption Measurements of the Change of Wave-Length Accompanying the Scattering of X-Rays |
| The Spectrum of Scattered X-Rays |
| The Quantum Integral and Diffraction by a Crystal 1924 |
| A Quantum Theory of Uniform Rectilinear Motion (Abstract) Scattering of X-Ray |
| Quanta and the J Phenomena (Letter) |
| A Measurement of the Polarization of Secondary X-Rays |
| The Recoil of Electrons from Scattered X-Rays / with J. C. Hubbard |
| The Wave-length of Molybdenum Ka Rays When Scattered by Light Elements / Y. H. Woo |
| The Scattering of X-Rays A General Quantum Theory of the Wave-length of Scattered X-Rays 1925 |
| The Effect of a Surrounding Box on the Spectrum of Scattered X-Rays / with J. A. Bearden |
| Measurements of B-Rays Associated with Scattered X-Rays / Alfred W. Simon |
| The Density of Rock Salt and Calcite / O. K. DeFoe |
| The Grating Space of Calcite and Rock Salt / H. N. Beets |
| On the Mechanism of X-Ray Scattering Directed Quanta of Scattered X-Rays |
| X-Ray Spectra from a Ruled Reflection Grating / with R. L. Doan |
| Light Waves or Light Bullets? |
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