. Journal of roentgenology . FIG. 13. PHOTOGRAPHIC PHYSICS AS RELATED TOROENTGENOLOGY Millard B. Hodgson, Rochester, X. Laboratory, Eastman Kodak Company The physics of the generation and utilization of X-rayshas been presented to Roentgenologists by many capableworkers and in various forms. The purpose of this addi-tional contribution to the subject, or rather resume of acertain phase of it, is to attempt to emphasize certain lawsof photographic physics governing the recording of X-raysor Roentgen rays. When we consider the dependence of almost all variousbranches of
. Journal of roentgenology . FIG. 13. PHOTOGRAPHIC PHYSICS AS RELATED TOROENTGENOLOGY Millard B. Hodgson, Rochester, X. Laboratory, Eastman Kodak Company The physics of the generation and utilization of X-rayshas been presented to Roentgenologists by many capableworkers and in various forms. The purpose of this addi-tional contribution to the subject, or rather resume of acertain phase of it, is to attempt to emphasize certain lawsof photographic physics governing the recording of X-raysor Roentgen rays. When we consider the dependence of almost all variousbranches of X-ray science, both theoretical and practical,on the performance of the thin coating of silver salt andgelatine in the photographic plate, the study of the physicallaws involved in its reaction to X-ray stimuli become im-portant. The writer described the methods which he has developedfor the study of the photographic physics of Roentgenologyin a quantitative way in a recent Several of theinitial results of the investigation were als
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Keywords: ., bookcentury1900, bookdecade1910, bookidjour, booksubjectradiology
