Journal of the Optical Society of America/Volume 30/Issue 12/Author Index

Author Index to Volume 30

References with (A) are to abstracts of papers presented at meetings of the Optical Society of America; (T) designates title only; (L) designates Letters to the Editor; (O) designates Optics in the Classroom; (R) designates Research Notes.

• Adams, E. W. (see Barnes, B. T.)—269(A)
• Adams, Elliot Q. Viewing angle of reflectometry—656(A)
• —— X-Z planes in the 1931 ICI system of colorimetry—657(A)
• Allen, A. J. and R. G. Franklin. Hydrogen arc for absorption spectroscopy—91(A)
• Ames, A., Jr. and Kenneth N. Ogle. Ophthalmic lens testing instrument—652(A)
• Bacher, R. F. (see Tomboulian, D. H.)—92(A)
• Barnes, B. T., E. Q. Adams and W. E. Forsythe. Total emissivity of various materials—269(A)
• Barnes, R. Bowling.' Symposium on optical methods for the study of molecular structure. Band structure method—265(T)
• Bartberger, C. L. (see Nathanson, J. B.)—92(A)
• Bausch, Carl L. Necrology: Carl F. Lomb—317
• Beese, N. C. (see Marden, J. W.)—184
• Benford, Frank.' Computation of transmission factors of ultraviolet radiation through water—133
• —— Illumination from extended sources computed by the theory of the integrating sphere—33
• —— Use of Ulbricht sphere theory in the computation of illumination—89(A)
• Bentley, Edward P. (see Harrison, George R.)—290
• Beutler, H. and N. Metropolis. High power tungsten light source—115
• Blanch, G. (see Lowan, A. N.)—70, 269(A)
• Bowen, I. S. and L. T. Clark. Hypersensitization and reciprocity failure of photographic plates—508
• Brice, Brooks A. United States color standards for rosin—152
• Briggs, H. B. Supersonic cell fluorometer—653(A)
• Bubb, Frank W. Complete photoelastic instrument—297
• Cartwright, C. Hawley. Producing low reflecting glass—654(T)
• —— Treatment of camera lenses with low reflecting films—110
• Cartwright, Randle (see Tuttle, Clifton) —348
• Clark, L. T. (see Bowen, I. S.)—508
• Cleveland, E. L. (see Ramsay, B. P.)—439
• Davis, Francis J. Dispersion of magnetic double refraction in the short infra-red spectrum—488
• Davis, Myrl N. Use of instruments: in uncoated paper—273(A)
• DeJuhasz, K. J. Resumé of “On the geometry of optical indicators’’—506(R)
• Detwiler, S. R. Comparative anatomical studies of the eye with especial reference to the photoreceptors—42, 90(T)
• Dibble, Barry (see Strong, John)—431
• Duntley, S. Q. Importance of optically clean absorption cells in the determination of the concentration of dye solutions—656(A)
• —— and Arthur C. Hardy. Experimental determination of the faithfulness of a three-color reproduction—271(A)
• Dwight, C. Harrison. Nomogram on the Huygens ocular—140(R)
• Estey, Roger S. Duboscq colorimeter which reads results directly—90(A)
• —— New polarimeter using sheet polarizing elements—658(A)
• Evans, Charles H. Intensity-scale monochromatic sensitometer—118
• —— (see Webb, J. H.)—445
• Fanter, W. R. (see Michaelson, J. L.)—656(A)
• Foote, Paul D. Necrology: Jonas Bernard Nathanson—318
• Foote, William J. Use of instruments: in coated paper—274(A)
• Forsythe, W. E. (see Barnes, B. T.)—269(A)
• Frank, Adele. Necrology: Edward Elway Free—317
• Franklin, R. G. (see Allen, A. J.)—91(A)
• Fry, Glenn A. Factors contributing to the discrepancy between subjective and skiascopic determinations of the refraction of the eye—652(A)
• Gardner, William A. Photographic analysis of some unexplored visual phenomena—653(A)
• Gartlein, C. W. Apparatus for investigation of the aurora borealis—88(A)
• Gibson, Kasson S. Approximate spectral energy distribution of skylight—88(A)
• —— Luminosity methods and results—90(T)
• —— Message to the society—1
• —— Spectral luminosity factors—51
• —— Survey of instruments—spectrophotometers—272(A)
• —— 'and Dorothy Nickerson. Analysis of the Munsell color system based on measurements made in 1919 and 1926—591
• Glancy, A. E. New type of wide aperture ratio telescope objective—572(L)
• Glenn, James J. and James T. Killian. Trichromatic analysis of the Munsell Book of Color—609
• Gliddon, Gordon H. Aniseikonia—142
• —— and Kenneth N. Ogle. Aniseikonia—90(T)
• Godlove, I. H. Application to dyes of the ISCC method of specification of filters—271(A)
• —— Change of color with change of particle size—658(A)
• —— Extreme case of the performance of the eye versus that of the spectrophotometer—656(A)
• —— Some problems and methods of dyestuffs automatic spectrophotometry—89(A)
• Graeper, W. W. Quality control in the manufacture of optical instruments—twenty-five years’ progress—654(T)
• Graham, Robert. Variable focus lens and its uses—560
• Granville, Walter C. (see Nickerson, Dorothy)—159
• Griesheimer, R. N. Use of instruments: in beater furnish—273(A)
• Guilford, J. P. There is system in color preferences—455
• Hardy, Arthur C. Automatic telescope control—654(A)
• —— Minutes of the fifteenth meeting of the directors of the O. S. A.—267
• —— Minutes of the sixteenth meeting of the Board of Directors of the O. S. A—650
• —— Proceedings of the New York meeting of the O. S. A.—265
• —— Proceedings of the twenty-fifth annual meeting of the O. S. A.—646
• —— (see Duntley, S. Q.)—271(A)
• —— (see Tyler, John E.)—90(A), 587
• Harris, Louis and Jack Adolphus Kyger. Uninterrupted measurements with a rotating sector—505(R)
• —— and Alvin C. Scholp. Response of sputtered thermocouples to interrupted radiation—519
• Harrison, George R. Editorial comment—41, 141, 183, 229, 321, 367, 461, 507, 573
• —— and Edward P. Bentley. Improved high speed recording spectrophotometer—290
• —— and Julius P. Molnar. Photoelectric measurement of scale marks and spectrum lines—343
• —— “Time to stump the experts’”—275
• Harrison, T. R. and Wm. H. Wannamaker. Improved radiation pyrometer—655(A)
• Hartline, H. K. Nerve messages in the fibers of the visual pathway—90(T), 239
• Hatch, R. S. Use of instruments: in pulp—273(A)
• Hayes, Hammond Vinton (see Smith, Philip N.)—332
• Hecht, Selig. Necrology: Harold Mestre—317
• —— (see Pirenne, Maurice Henri)—270(A)
• Herman, Robert C. Note on the measurement of pupillary diameters—316(R)
• Herzberger, M. Normal systems with two caustic lines—307
• Hitchcock, William J. (see Molnar, Julius P.)—523
• Holway, A. H. and M. J. Zigler. Komplextheorie of visual sensation—270(A)
• Homer, Howard J. (see Jones, Frank L.)—654(A)
• Horsfall, R. Bruce, Jr. Measurement of numerical aperture—655(A)
• Houskeeper, William G. Separation negatives for color photography—365(L)
• Huggins, Maurice L. Density of silicate glasses as a function of composition—420
• —— Dispersion of silicate glasses as a function of composition—514
• —— Refractive index of silicate glasses as a function of composition—495
• —— Refractive indices of liquid aliphatic organic compounds—652(A)
• Hunter, Richard S. Applications and accuracy of three-filter photoelectric colorimetry—272(A)
• —— Multipurpose photoelectric reflectometer—536
• —— Sources of error in operation of the multipurpose reflectometer—89(A)
• Ives, Herbert E. Doppler effect from moving mirrors—255
• —— Quarter century of optics reviewed—654(T)
• —— and G. R. Stilwell. Interference phenomena with a moving medium—653(A)
• Jobe, F. W. Necrology: Arthur F. Dittmer—319
• Jones, Frank L. and Howard J. Homer. Chemical methods for increasing the transparency of glass surfaces—654(A)
• Jones, Loyd A. and C. N. Nelson. Study of various sensitometric criteria of negative film speeds—93
• Judd, Deane B. Foreword: Munsell color system—574
• —— Hue saturation and lightness of surface colors with chromatic illumination—2; Erratum, 296
• —— and L. C. Lewis. Introduction. Dialogue between Mr. Papermaker and Mr. Meter—272(A)
• Kerr, G. P. (see Taylor, A. H.)—88(A)
• Killian, James T. (see Glenn, J. J.)—609
• Koch, Walter. Simple method for determining chromatic aberration for photomicrographic purposes—564
• Koppius, O. T. (see Ramsay, B. P.)—439
• Kyger, Jack Adolphus (see Harris, Louis) —505(R)
• Land, Edwin H. Vectographs: Images in terms of vectorial inequality and their application in three-dimensional representation—230
• Lee, O. Ivan. (see Northup, M. Allen) —206
• Leverenz, H. W. Optimum efficiency conditions for white luminescent screens in kinescopes—309
• Lewis, L. C. (see Judd, D. B.)—272(A)
• Little, E. M. (see Shallenberger, G. D.)—168
• Longyear, William L. Science visits the artist—274(A)
• Lowan, A. N. and G. Bianch. Tables of Planck’s radiation and photon functions—70, 269(A)
• Luckiesh, Matthew and Frank K. Moss. Supra-threshold realm of seeing—90(T)
• —— and Frank K. Moss. Supra-threshold visibility—62
• Lucks, C. F. (see Russell, H.W.)—248
• —— and H. W. Russell. Fluorescent mercury-vapor lamp as a light source for a single-point check on optical pyrometers—163
• Lucy, Frank Allen. Exact and approximate computation of Schmidt cameras. I. Classical arrangement—251
• MacAdam, David L. Noticeability of color difference in daylight—657(A)
• Macht, David I. Clinical blood pharmacology after treatment with x-rays—270(A)
• MacPherson, H. G. Carbon arc as a radiation standard—189
• Marden, J. W., N. C. Beese and George Meister. Operating temperatures of vapor lamps—184
• Marshall, J. K. (see Smith, H. D.)—338
• Maxwell, Louis R. Symposium on optical methods for study of molecular structure. II. Electronic diffraction method—265(T), 374
• Mees, C. E. K. Recent development in photography—654(T)
• Meister, George (see Marden, J. W.)—184
• Metropolis, N. (see Beutler, H.)—115
• Michaelson, J. L. and W. R. Fanter. Calibration data on General Electric recording spectrophotometer—656(A)
• Molnar, Julius P. (see Harrison, George R.)—343
• —— and William J. Hitchcock. Zeeman effect in the rhodium arc spectrum at high fields—523
• Monk, George S. Some observations on low reflection evaporated fluoride coatings—571(L)
• Moon, Parry. On interreflections—195
• Moore, George E. and Harold W. Webb. Use of step weakeners in photographic photometry—413
• Morrison, C. A. Contrast meter for photographic papers—299
• Moss, Frank K. (see Luckiesh, Matthew)—62, 90(T)
• Murphy, George M. Symposium on optical methods for study of molecular structure: III. Raman spectra method—265(T), 396
• Nathanson, J. B. and C. L. Bartberger. Optical properties of semitransparent sputtered films determined by interference of light—92(A)
• Nelson, C. N. (see Jones, Loyd A.)—93
• Neuberger, H. H. Subjective phenomenon of vision in polarized light—258(R)
• Newhall, Sidney M. Preliminary report of the O.S. A. subcommittee on the spacing of the Munsell colors—617
• —— Warmth and coolness of colors—271(A)
• Nickerson, Dorothy. History of the Munsell color system and its scientific application—575
• —— (see Gibson, K. S.)—591
• —— and Walter C. Granville. Hue sensibility to dominant wave-length change and the relation between saturation and colorimetric purity—159
• Nix, Foster C. and Arnold W. Treptow. Thallous sulphide photo-e.m.f. cell—91(A)
• Northup, M. Allen and O. Ivan Lee. Experiments on the thermoluminescence of some common and unusual minerals—206
• O’Brien, Brian. Necrology: John Stewart Campbell—319
• —— Optical device for rapid placement of an aircraft on a line between two distant points—269(A)
• —— Recent researches in color vision—90(T)
• Ogle, Kenneth N. Induced size effect—145
• —— (see Ames, A., Jr.)—652(A)
• —— (see Gliddon, Gordon H.)—90(T)
• Osborn, Robert H. Thermal conductivities of tungsten and molybdenum at incandescent temperatures—269(A)
• Ott, H. G. Effect of distortion in aerial mapping by the multiple projection method—90(A)
• Perkins, T. B. Production color analysis of kinescope screens—295
• Perrin, Fred. Tables and charts of Fresnel reflection—565(L)
• Pfund, A. H. Refractive index of matter in cylindrical form—410
• Pineo, Orrin W. Residual photometric errors in the commercial recording spectrophotometer—276
• Pirenne, Maurice Henri and Selig Hecht. Spectral sensibility of the long-eared owl—270(A)
• Ramsey, B. P. (see Schroeder, J. H.)—355
• ——, O. T. Koppius and E. L. Cleveland. Prism and the theory of optical resolution—439
• Rogers, F. T., Jr. On the use of oiled photographic emulsions—316(R)
• Russell, H. W. (see Lucks, C. F.)—163
• ——, C. F. Lucks and L. G. Turnbull. New two-color optical pyrometer—248
• Sanderson, J. A. Metallic reflection by compressed crystalline powders—566
• ——Transmission of infra-red light by fog—405
• Schneider, Edwin G. Estimate of the absorption of air in the extreme ultraviolet—128
• Scholp, Alvin C. (see Harris, Louis) —519
• Schroeder, J. H. and B. P. Ramsay. Optical properties of the grating interferometer—355
• Shallenberger, G. D. and E. M. Little. Visibility through haze and smoke, and a visibility meter—168
• Silvertooth, Wilbur. Modification of the Hindle test for cassegrain secondaries—140(R)
• Sinclair, David. Discussion of ‘‘A complete photoelastic instrument”—567(L)
• —— Interferometer method of plane stress analysis—511
• Sleater, W. W. Necrology: Harold D. Judd—318
• Sloane, Louise L. Size of pupil as a variable factor in measurements of the threshold. Experimental study of Stiles-Crawford phenomenon—271(A)
• Smith, H. D. and J. K. Marshall. Method for obtaining long optical paths—338
• Smith, Philip N. and Hammond Vinton Hayes. Transmission of infra-red radiation through fog—332
• Spencer, Roy C. Properties of the witch of Agnesi—application to fitting the shapes of spectral lines—415
• Steinhardt, Lawrence R. Cathode-ray oscillograph as a means of demonstrating elliptically polarized light—226(O)
• Stewart, Harold. Regulation of tungsten and mercury lamps—652(A)
• Stilwell, G. R. (see Ives, Herbert E.)—653(A)
• Stockbarger, Donald C. Apparatus for experiment on absorption of light by sodium vapor—362(O)
• —— Experiment on Wien’s energy distribution law and optical pyrometry—224(O)
• Strong, John and Barry Dibble. Investigation of thin evaporated silver films on glass—431
• Sturkey, L. Fabry-Perot interferometers in a parallel arrangement—351
• Sweet, M. H. Photoelectric color temperature meter for incandescent lamps—568
• Taylor, A. H. Lighting for the detection of small colordifferences—272(A)
• —— and G. P. Kerr. Spectral distribution of energy in daylight—88(A)
• Tomboulian, D. H. and R. F. Bacher. Hyperfine structure deviations in Sb¹²¹ and Sb¹²³—92(A)
• Tousey, Richard. Optical properties of evaporated and of burnished vitreous quartz in the extreme ultraviolet—655(A)
• Treptow, Arnold W. (see Nix, Foster C.)—91(A)
• Tuckerman, L. B. Annual report of the secretary of the O. S. A. for the calendar year 1939—259
• —— Minutes of the fourteenth meeting of the directors of the O. S. A.—86
• —— Proceedings of the twenty-fourth annual meeting of the O. S. A.—82
• Turnbull, L. G. (see Russell, H. W.)—248
• Turner, A. Francis. Changes in lens characteristics with temperature—654(A)
• Tuttle, Clifton and Randle Cartwright. Method for the measurement of flatness of polished surfaces—348
• Tyler, John E. and Arthur C. Hardy. Analysis of the original Munsell color system—90(A), 587
• Utterback, C. L. and Raymond E. Wilson. Submarine illumination in photometric units—136
• Van den Akker, J. A. Survey of instruments—abridged spectrophotometers—272(A)
• Van Lear, G. A., Jr. Reflectors used in highway signs and warning signals. Parts I, II and I1I—462
• Wald, George. Chemistry of visual systems—90(T)
• Wannamaker, Wm. H. (see Harrison, T. R.)—655(A)
• Warren, B. E. Symposium on optical methods for study of molecular structure: I. X-ray diffraction method—265(T), 369
• Webb, Harold W. (see Moore, George E.)—413
• Webb, J. H. and C. H. Evans. Experiments to test the rebromination theory of photographic solarization—445
• Wick, Frances G. Triboluminescence of sugar—302
• —— Triboluminescence of sugar and of ice—91(A)
• Wilson, Raymond E. (see Utterback, C. L.)—136
• Worthing, A. G. Doctor August Herman Pfund, Ives Medalist for 1939—177
• —— Total hemispherical emissivities by a parallel plate method—91(A)
• Wurzburg, F. L., Jr. Color reproduction fundamentals—274(A)
• Yule, J. A. C. Theory of subtractive color photography. III. Four-color processes and the black printer—322
• Zigler, M. J. (see Holway, A. H.)—270(A)