RITMFORD FUND. 365 



111. Charles 13. Tlnving. Thermo-electric power of 



metals and alloys ,|1,50 



112. Harry W. ]Morse. Fluorescence ,500 



113. John Trowbridge. Electric double refraction of 



light 200 



114. Edwin H. Hall. Thermal and thermo-electric 



properties of iron and other metals. (Addi- 

 tional to 62.) 200 



115. Arthur B. Lamb. Specific heat of salt solutions 200 

 110. John A. Parkliurst. For the purchase of a Hart- 



mann photometer 225 



117. Charles B. Thwing. Thermo-electric power of 



metals. (Additional to 111.) 400 



1906. 118. p]dwin H. Hall. Thermo-electric properties of 



metals. (Additional to 114.) 100 



119. Frederick E. Kester. Joule-Thomson effect in 



gases 50 



120. Edwin H. Hall. Thermo-electric properties of 



metals. (Additional to 118.) 25 



121. Sidney D. Townley. Appropriation of .5100 for a 



stellar photometer, 93, returned. 



122. Arthur A. Xoyes. For the construction of a cal- 



onmeter for the determination of heats of reac- 

 tion at high temperatures. (Additional to 90.). 300 



123. Robert W. Wood. For the purchase of quartz 



mercury lamps. (Additional to 107.) . . . 200 



124. Norton A. Kent. Spectral lines. (Additional to 



108.) 75 



125. Leonard R. IngersoU. Kerr effect in the infra- 



red rays 200 



126. Frederick E. Kester. Thermal properties of gases 



flowing through porous plug. (Additional to 



119.) ' 315 



1907. 127. Harry W. Morse. Fluorescence. (Additional 



to 112.) 400 



128. Percy W. Bridgman. Optical and thermal prop- 



erties of bodies imder extreme pressures . . . 400 



129. Percy \V. Bridgman. Optical and thermal prop- 



erties of bodies under extreme pressures. (Ad- 

 ditional to 128.) 400 



1908. 130. Lawrence J. Henderson. New method for the 



