PUBLISHED WRITINGS OF C. J. DAVISSON 1037 



Electron Waves. 



Franklin Inst., JL, v. 208, pp. 595-604, Nov. 1929. 

 Electrons and Quanta. 



OpL Soc. Amer., JL, v. 18, pp. 193-201, Mar. 1929. 

 Scattering of Electrons by Crystals. 



Sci. Monthly, v. 28, pp. 41-51, Jan. 1929. 

 Test for Polarization of Electron Waves by Reflection, (with Germer, L. H.) 



Phys. Rev., v. 33, pp. 760-772, May 1929. 

 Wave Properties of Electrons. 



Science, v. 71, pp. 651-654, June 27, 1930. 

 Sir Chandrasekhara Venkata Raman, Nobel Laureate. 



Bell Lab Record, v. 9, pp 354-357, Apr. 1931. 

 Conception and Demonstration of Electron Waves. 



Bell Sys. Tech. JL, v. 11, pp. 546-562, Oct. 1932. 

 Diffraction of Electrons by Metal Surfaces, (with Germer, L. H.) 



Abstract. 



Phys. Rev., v. 40, p. 124, Apr. 1932. 

 Electron Lenses, (with Calbick, C. J.) 



Letter to the editor. 



Phys. Rev., v. 42, p. 580, Nov. 15, 1932. 

 Electron Particles as Waves, (with Germer, L. H.) 



Abstract. 



Science, v. 75, supp. pp. 10, 12, Mar. 4, 1932, 

 Electron Microscope, (with Calbick, C. J.) 



Abstract. 



Phys. Rev., v. 45, p. 764, May 15, 1934. 

 Electron Optics. 



ScL Monthly, v. 39, pp. 265-268, Sept. 1934. 

 What Electrons can Tell us About Metals. 



//. Applied Phys., v. 8, pp. 391-397, June 1937. 

 Discovery of Electron Waves. Nobel Lecture. 



Bell Sys. Tech. JL, v. 17, pp. 475-482, July 1938. 

 Laureation in Stockholm. 



Bell Lab. Record, v. 16, pp. VII-XII, Feb. 1938. 

 Theory of the Transverse Doppler Effect. 



Phys. Rev., v. 54, pp. 90-91, July 1, 1938. 

 Double Bragg Reflections of X-rays in a Single Crystal, (with Ha worth, F. E.) 



Letter to the Editor. 



Phys. Rev., v. 66, pp. 351-352, Dec. 1 & 15, 1944. 

 Double Bragg Reflections of X-rays in a Single Crystal. 



Letter to the Editor. 



Phys. Rev., v. 67, page 120, February 1 and 15, 1945. 



