REFERENCES 



59 



55. LowRY, E. M. The effect of hue on dark 



adaptation. /. opt. Soc. Amer., 1943, 33, 

 619-620. 



56. LucKiESH, M. The influence of spectral 



character of light on the effectiveness of 

 illumination. Trans. Ilium. Engng. Soc, 

 1912, 7, 135-152. 



57. LucKiESH, M. Light, vision and seeing. 



New York: D. Van Nostrand, 1944. 



58. Ltjckiesh, M., & Moss, F. K. Light, vision 



and seeing. In: O. Glasser (Ed.) Medi- 

 cal Physics. Chicago : Year Book Publish- 

 ers, 1944. Pp. 672-684. 



59. LucKiESH, M., & Taylor, A. H. A summary 



of researches in seeing at low brightness- 

 levels. Ilium. Engng., 1943, 38, 189-207. 



60. LuDViGH, E. Visibility of the deer fl}^ in 



flight. Science, 1947, 105, 176-177. 



61. LuDViGH, E. The visibility of moving 



objects. Science, 1948, 108, 63-64. 



62. Lythgoe, R. J. The measurement of visual 



acuity. Spec. Rep. Ser., med. Res. Coun., 

 Lond., 1932, No. 173. 85 pp. 



63. MacAdam, D. L. Visual sensitivities to 



color differences in daylight. J. opt. 

 Soc. Amer., 1942, 32, 247-274. 



64. Mandelbaum, J., & Rowland, L. S. Central 



and paracentral acuity at different levels of 

 illumination. AAF Sch. Aviat. Med. Res. 

 Rep. No. 1, Project No. 220, 23 June 1944. 



65. Matthews, B. H. C, & Luczak, A. K. 



Some factors influencing dark adaptation. 

 Flying Personnel Research Committee 

 Report No. 577, RAF Physiological Lab- 

 oratory, Farnborough, June, 1944. 33 pp. 



66. Miles, W. R. Night vision: flying demands 



light sensitivity and form acuity. Yale 

 sci. Mag., 1943, 18, 10-11, 28, 30. 



67. Moon, P. A system of photometric con- 



cepts. /. opt. Soc. Amer., 1942, 32, 348-362. 



68. Moon, P. The scientific basis of illuminating 



engineering. New York: McGraw-Hill, 

 1936. 



69. Moon, P., & Spencer, D. E. Visual data 



applied to lighting design. /. opt. Soc. 

 Amer., 1944, 34, 605-617. 



70. MtJLLER, H. K. tjber den Einfluss ver- 



schieden langer Vorbelichtung auf die 

 Dunkeladaptation und auf die Fehlergrosse 

 der Schwellenreizbestimmung wahrend der 

 Dunkelanpassung. Arch. Ophthal., Berlin, 

 1931, 125, 624-642. 



71. Olenski, Z., & GooDDEN, N. W. Clearness 



of view from day-fighter aircraft. Farn- 

 borough Royal Aircraft Establishment, 

 Report No. Aero 1862. Oct. 1943. 



72. 0STERBERG, G. Topography of the layer 



of rods and cones in the human retina. 

 Acta ophthal., Kbh., 1935, 13, Suppl. VI, 

 Pp. 103. 



73. Peckham, R. H. The course of readaptation 



after exposure to white light. Res. Rep., 

 U. S. Naval Air Training Cntr., Naval 

 Sch. Aviat. Med., Pensacola, Fla. 23 

 Feb. 1944. 14 pp. 



74. PiNsoN, E. A., & Chapanis, A. Tests of 



dark adaptation and night vision: their 

 reliabilities and inter cor relations. AAF 

 Materiel Command, Aero Med. Lab. 

 Memo. Rep. No. ENG-695-12-Q. 17 Dec. 

 1943. 19 Pp. 



75. Reinhardt, H. Brightness units. Ilium. 



Engng., 1944, 39, 521-533. 



76. Rose, H. W., & Schmidt, I. Factors affect- 



ing dark adaptation. /. Aviat. Med., 

 1947, 18, 218-230. 



77. Rowland, W. M., & Mandelbaum, J. A 



comparison of night vision testers. AAF 

 Sch. Aviat. Med. Res. Rep. No. 1, Project 

 No. 213, 26 Jan. 1944. 13 Pp. 



78. Row^land, W.M.,& Rowland, L. S. Aspects 



of night visual efficiency. AAF Sch. Aviat. 

 Med., Rep. No. 1, Project No. 106. 1 

 May 1943. 



79. Rowland, W. M., & Sloan, L. L. The 



relative merits of red and white light of 

 low intensity for adapting the eyes to 

 darkness. /. opt. Soc. Amer., 1944, 34, 

 601-604. 



80. Semeonoff, B. Sensitivity of the dark- 



adapted eye during a prolonged period of 

 observation. Nature, 1941, 147, 454-455. 



81. Serrat, W. D., & Karwoski, T. An in- 



vestigation of the effect of auditory stimu- 

 lation on visual sensitivity. J. exp. 

 Psychol, 1936, 19, 604-611. 



82. Shlaer, S., Smith, E. L., & Chase, A. M. 



Visual acuity and illumination in different 

 spectral regions. J. gen. Physiol., 1942, 

 25, 553-569. 



83. Sloan, L. L. The effect of intensity of 



light, state of adaptation of the eye, and 

 size of photometric field on the visibility 

 curve. Psychol. Monogr., 1928, 38, No. 1. 



84. Sloan, L. L. Rate of dark adaptation and 



regional threshold gradient of the dark- 

 adapted eye: physiologic and clinical 

 studies. Amer. J. Ophthal., 1947, 30, 

 705-720. 



85. SuLZMAN, J. H., Cook, E. B., & Bartlett, 



N. R. The reliability of visual acuity 

 scores yielded by three commercial devices. 

 /. appl. Psychol., 1947, 31, 236-240. 



