l.")l UADIATFON Itlol.oGY 



Aiiislciii, i;. II. (lltin Tho cfTfct of wuveU'iiKtli nii tlic cont r,i.-t <il |)li(itoKra|)liic 

 |)lato.s in the ultra-violot. .1. Hoc. (^honi. Ind. London, (V.i: 172-177. 



AmliM-soii, J. A. (102(1) Tlic s|)r'ctriini i>f <'l(>ctri('Mlly exploded wire.s. .\st rnpliys. .1., 

 51: ;}7 48. 



(1924) The vacinitn spark .si)cct nun of <;d(iuni. Asl ntpliys. J., 5!): 76-9(1. 



(1932) Spoctral cncrf^y dislrilml ion of the liinli-curiciit v.-iciiurn tiihc 



.\strophys. J., 75: ;}!»4 40(1. 



An<l(M-son, W. T., Jr. (1943) Mercury arc lamps: lOffect of electrode on energy distri- 

 bution. J. Opt. Soc. Anier., :W: 104 108. 



Andrews, H. L. (1945) .\n ultraviolet intensity meter for field use. Rev. Rci. Tnstr., 

 10: 253-254. 



Bahcock, H. D. (1944) Bright diffraction gratings. J. Opt. Soc. Amer., 34: 1-5. 



Biickstroin, II. L. J. (1940) Obcr die Ultraviolett- Absorption der Kobaltsalzo iind 

 iiber einigo Lichtfilter fiir das idtraviolctte St rjililengcbiot. Arkiv Kemi, 

 Mineral. Gcol., 13a, Xo. 24: 1-15. 



Baker, E. B., and C. D. Robb (1943) A fast and sensitive bolometer and galva- 

 nometer system for an infra-red spectrometer. Rev. Sci. Instr., 14: 356-359. 



Banning, M. (1947a) Neutral density filters of Clirornel .\. J. Opt. Soc. .\mer., 37: 

 086-687. 



(1947b) Practical methods of making and using multilayer filters. J. Opt. 



Soc. Amer., 37: 792-799. 



Barbrow, L. E. (1940) Photometric procedure using harrier-layer photocells. J. 

 Research Natl. Bur. Standards, 25: 703-710. 



Barer, R. (1949) Some experiments with polarizing films in the ultraviolet. J. Sci. 

 Instr., 26: 325-327. 



Barnett, C. E., and L. D. Grady (1949) The emission characteristics of fluorescent 

 pigments. J. Opt. Soc. Amer., 39: 663-669. 



Bass, A. M. (1948) Short wave-length cut-ofT filters for the \dtraviolet. J. Opt. 

 Soc. Amer., 38: 977-979. 



Baum, W. A., and L. Dunklcman (1950) Ultraviolet radiation of the high pressure 

 xenon arc. J. Opt. Soc. Amer., 40: 782-786. 



Bausch and Lomb Optical Co. (1951) Bausch and Lomb 250 nun focal length grating 

 monochromator. Rochester, N.Y. 



Becker, J. A., C. B. Green, and G. L. Pearson (1946j Properties and uses of thermis- 

 tors — thermally sensitive resistors. Elec. P>ng., 65: 711-725. 



Beegs, E. W. (1943) Activating light sources for luminescent materials. J. Opt. 

 Soc. Amer., 33: 61-70. 



Beese, N. C. (1939) The response of several fiuoresc(Mit materials to short wave- 

 length ultraviolet radiations. J. Opt. Soc. Amer., 29: 278-282. 



Benford, F. (1936) A monochromator for the near ultraviolet. J. Opt. Soc. Amer., 

 26: 99-104. 



Benn, R. E., \V. S. Foote, and C. T. Chase (1949) Tlie image orthicon in spec- 

 troscopy. J. Opt. Soc. Amer., 39: 529-532. 



Beutler, H. G. (1945) The theory of the concave grating. J. Opt. Soc. Amer., 35: 

 311-350. 



Billings, B. H. (1947) A tunable narrow-band optical filter. J. Opt. Soc. Amer., 37: 

 738-746. 



Billings, B. H., E. E. Barr, and W. L. Hyde (1947) Construction and characteristics 

 of evaporated nickel bolometers. Rev. Sci. Instr., 18: 429-435. 



Billings, B. H., W. L. Hyde, and E. E. Barr (1947) An investigation of the properties 

 of evaporated metal bolometers. J. Opt. Soc. Amer., 37: 123-132. 



Billings, B. H., S. Sage, and W. Draisin (1951) A narrow passband polarization 

 interference filter for hydrogen alpha. Rev. Sci. Instr., 22: 1009 1017. 



