Doctor Wood. Modern Wizard of the Laboratory: The Story of an American Small Boy Who Became the Most Daring and Original Experimental Physicist of Our Day-but Never Grew Up

65. The Achromatization of Approximately Monochromatic Interference Fringes by a Highly Dispersive Medium, and the Consequent Increase in the Allowable Path-difference (with a note by Lord Rayleigh). Phil. Mag., 8 (1904), 324

66. Scintillations of Radium. Science, 19 (1904), 195

67. The N Rays (Letter exposing delusion). Nature, 70 (1904), 530

68. A Quantitative Determination of the Anomalous Dispersion of Sodium Vapour in the Visible and Ultra-Violet Regions. Phil. Mag., 8 (1904), 293; Phys. Zs., 5 (1904), 751; Am. Acad. Arts Sci., 40 (1904), 365

69. Apparatus to Illustrate the Pressure of Sound Waves. Phys. Rev., 20 (1905), 113; Phys. Zs., 6 (1905), 22

70. Intensity of Grating Spectra. Astrophys. Jour., 21 (1905), 173; Phys. Zs., 6 (1905), 238

71. The Magnetic Rotation of Sodium Vapor (with H. W. Springsteen). Phys. Rev., 21 (1905), 41

72. Physical Optics (Textbook). Macmillan Company, New York. London, 1905

73. The Scintillations Produced by Radium. Phil. Mag., 10 (1905), 427

74. The Magneto-Optics of Sodium Vapour and the Rotatory Dispersion Formula. Phil. Mag., 10 (1905), 408

75. The Fluorescence of Sodium Vapour and the Resonance Radiation of Electrons. Phil. Mag., 10 (1905), 513

76. Anomalous Dispersion of the Magnetic Rotation of the Plane of Polarization. Phil. Mag., 10 (1905), 725; Phys. Zs., 6 (1905), 416

77. The Meteorological Optics of Prof. J. M. Pernter: Review. Monthly Weather Review, 1906

78. Fluorescence and Magnetic Rotation Spectra of Sodium Vapor, and Their Analysis. Phil. Mag., 12 (1906), 499; Proc. Amer. Acad. Arts Sci., 42 (1906), 235

79. Fluorescence and Lambert's Law. Phil. Mag., 11 (1906), 782

80. Interference Colours of Chlorate of Potash Crystals and a New Method of Isolating Heat Waves. Phil. Mag., 12 (1906), 67

81. Fish-Eye Views and Vision Under Water. Phil. Mag., 12 (1906), 159

82. Bemerkung über die Selbstumkehrung der Wasserstofflinien. Phys. Zs., 7 (1906), 926

83. Fluorescence, Magnetic Rotation and Temperature Emission Spectra of Iodine Vapour. Phil. Mag., 12 (1906), 329

84. The Intensification of Glass Diffraction Gratings and the Diffraction Process of Colour Photography. Phil. Mag., 12 (1906), 585

85. Abnormal Polarization and Colour of Light Scattered by Small Absorbing Particles. Phil. Mag., 12 (1906), 147

86. Atlas of Absorption Spectra (with H. S. Uhler). Carnegie Institution Publication, 71 (1907)

87. Eine Interferenz methode zur Auffindung von Gesetzmässigkeiten in linienreichen Spektren. Phys. Zs., 8 (1907), 607

88. Die Temperaturstrahlung des Joddampfes. Phys. Zs., 8 (1907), 517

89. Ein einfaches Wassergeblase zum Betriebe von Gebläselampen. Phys. Zs., 8 (1907), 517

90. A Simple Treatment of the Secondary Maxima of Grating Spectra. Phil. Mag., 14 (1907), 477

91. Modification in the Appearance and Position of an Absorption Band Resulting from the Presence of a Foreign Gas. Astrophys. Jour., 26 (1907), 41

92. The Magnetic Rotation of Sodium Vapour at the D Lines. Phil. Mag., 14 (1907), 145

93. A Hydraulic Analogy of Radiating Bodies for Illustrating the Luminosity of the Welsbach Mantle. Phys. Rev., 24 (1907), 436; Nature, 75 (1907), 558

94. Note on the Photography of Very Faint Spectra. (Increased sensitivity of plate by pre-exposure.) Astrophys. Jour., 27 (1908), 379

95. Polarized Fluorescence of Metallic Vapors and the Solar Corona. Astrophys. Jour., 28 (1908), 75

96. Anomalous Magnetic Rotatory Dispersion of Neodymium. Phil. Mag., 15 (1908), 270

97. On the Existence of Positive Electrons in the Sodium Atom. Phil. Mag., 15 (1908), 274

98. The Resonance Spectra of Sodium Vapour. Phil. Mag., 15 (1908), 581

99. On the Emission of Polarized Light by Fluorescent Gases. Phil. Mag., 16 (1908), 184

100. On a Method of Showing Fluorescent Absorption Directly if It Exists. (Disproving claims of certain observers.) Phil. Mag., 16 (1908), 940

101. An Extension of the Principal Series of the Sodium Spectrum. Phil. Mag., 16 (1908), 945

102. The Fluorescence and Magnetic Rotation Spectra of Potassium Vapor (with T. S. Carter). Phys. Rev., 27 (1908), 107

103. The Resonance and Magnetic Rotation Spectra of Sodium Vapor Photographed with the Concave Grating (with F. E. Hackett). Astrophys. Jour., 30 (1909), 339

104. The Complete Principal Series in the Sodium Spectrum (50 lines). Astrophys. Jour., 29 (1909), 97

105. The Mercury Paraboloid as a Reflecting Telescope. Astrophys. Jour., 29 (1909), 164