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

187. Selective Reflection of λ 2536 by Mercury Vapour. Phil. Mag., 44 (1922), 1105

188. Polarised Resonance Radiation of Mercury Vapour. Phil. Mag., 44 (1922), 1107

189. Spontaneous Incandescence of Substances in Atomic Hydrogen Gas. Proc. Roy. Soc., 102 (1922), 1

190. Destruction of the Polarisation of Resonance Radiation by Weak Magnetic Fields (with A. Ellett). Nature, 111 (1923), 255

191. On the Influence of Magnetic Fields on the Polarisation of Resonance Radiation (with A. Ellett). Proc. Roy. Soc., A 103 (1923), 396

192. Vacuum Grating Spectrograph and the Zinc Spectrum. Phil. Mag., 46 (1923), 741

193. Dialysis of Small Volumes of Liquid. The Lily-pad Dialyser. J. Phys. Chem., 27 (1923), 565

194. Controlled Orbital Transfers of Electrons in Optically Excited Mercury Atoms. Proc. Roy. Soc., 106 A (1924), 679

195. An Experimental Study of Grating Errors and "Ghosts." Phil. Mag., 48 (1924), 497

196. Polarised Resonance Radiation in Weak Magnetic Fields (with A. Ellett). Phys. Rev., 24 (1924), 243

197. Fine Structure, Absorption and Zeeman Effect of the 2536 Mercury Line. Phil. Mag., 50 (1925), 761; Nature, 115 (1925), 461

198. Optical Excitation of the Mercury Spectrum. Phil. Mag., 50 (1925), 774

199. Improved Grating for Vacuum Spectrographs (with Th. Lyman). Phil. Mag., 2 (1926), 310

200. Structure of Cadmium and Zinc Resonance Lines. Phil. Mag., 2 (1926), 611

201. Self-Reversal of the Red Hydrogen Line. Phil. Mag., 2 (1926), 876

202. Optical Excitation of Mercury with Controlled Radiating States and Forbidden Lines. Phil. Mag., 4 (1927), 466

203. The Physical and Biological Effects of High Frequency Sound Waves of Great Intensity (with A. L. Loomis). Phil. Mag., 4 (1927), 417. At the end of this paper is clearly disclosed what is now called "electric-fever"; namely, the heating of animals in high-frequency electric fields

204. Variation of Intensity Ratios of Optically Excited Spectrum Lines with the Intensity of the Exciting Light. Nature, 120 (1927), 725

205. Spectra of High-frequency Discharges in Super-vacuum Tubes (with A. L. Loomis), Nature, 120 (1927), 510

206. Rotational Structure of the Blue-Green Bands of Na₂ (with F. W. Loomis). Phys. Rev., 31 (1928), 1126; Phys. Rev., 32 (1928), 223

207. Optically Excited Iodine Bands with Alternate Missing Lines (with F. W. Loomis). Phil. Mag., 6 (1928), 231; Phys. Rev., 31 (1928), 705; Nature, 121 (1928), 283

208. Fluorescence of Mercury Vapour (with V. Voss). Nature, 121 (1928), 418; Proc. Roy. Soc., 119 (1928), 698

209. Factors Which Determine the Occurrence of the "Green-Ray." Nature, 121 (1928), 501

210. Factors Governing the Appearance of the "Forbidden Line" 2656 (with E. Gaviola). Phil. Mag., 6 (1928), 271

211. Wave-length Shifts in Scattered Light. Nature, 122 (1928), 349

212. The Fluorescence Spectrum of Sodium Vapor in the Vicinity of the D Lines (with E. L. Kinsey). Phys. Rev., 31 (1928), 793

213. New Effects in the Optical Excitation of Vapours. J. Frank. Inst., 205 (1928), 481

214. Anti-Stokes Radiation of Fluorescent Liquids. Phil. Mag., 6 (1928), 310

215. Power Relation of the Intensities of the Lines in the Optical Excitation of Mercury (with E. Gaviola). Phil. Mag., 6 (1928), 352

216. Raman Spectra of Scattered Radiation. Phil. Mag., 6 (1928), 729

217. Photosensitised Band Fluorescence of OH, HgH, NH, H₂O and NH₃, Molecules (with E. Gaviola). Phil. Mag., 6 (1928), 1191; Phys. Rev., 31 (1928), 1109

218. Raman Lines Under High Dispersion. Phil. Mag., 6 (1928), 1282

219. Excitation of the Raman Effect. J. Frank. Inst., 208 (1929), 617

220. Raman Effect in Gases I, HCl and NH₃. Phil. Mag., 7 (1929), 744; Nature, 123 (1929), 166, 279

221. Raman Effect by Helium Excitation. Phil. Mag., 7 (1929), 858

222. Chromium Echelette Gratings for Infra-Red. Phil. Mag., 7 (1929), 742

223. Ozone Absorption During Long Arctic Night. Nature, 123 (1929), 644

224. Densitometer Curves of the Green Mercury Line. Phil. Mag., 8 (1929), 205

225. Molecular Spectra and Molecular Structure. Part II, Excitation of Raman Spectra. Trans. Far. Soc., 25 (1929), 792

226. Spectra of High Frequency Discharge in O₂ and CO. Phil. Mag., 8 (1929), 207

227. Raman Lines of Mercury in Arc Improbable. (Criticism of reported results.) Nature, 125 (1930), 464

228. Plasmoidal H. F. Oscillatory Discharges in "Non-Conducting" Vacua. Phys. Rev., 35 (1930), 673

229. Raman Effect in HCl Gas (with G. H. Dieke). Phys. Rev., 35 (1930), 1355

230. Improved Technique for the Raman Effect. Phys. Rev., 33 (1929), 294; 36 (1930), 1421