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- (i) The mass collision (electronic) stopping power (Sm = S/p) of a 5-MeV proton in silicon is 59.0 keV mg cm², and its range R is 50.0 mg cm?. Calculate values of %3D the mass collision stopping power and range for H*, H*, He²+ and alpha particles, all of which have the same initial speed as the proton. = -dEldx) is (ii) If, in part (i), we know that the linear collision stopping power (S: proportional to 1/ E", calculate the value of n.

- (i) The mass collision (electronic) stopping power (Sm = S/p) of a 5-MeV proton in silicon is 59.0 keV mg cm², and its range R is 50.0 mg cm?. Calculate values of %3D the mass collision stopping power and range for H*, H*, He²+ and alpha particles, all of which have the same initial speed as the proton. = -dEldx) is (ii) If, in part (i), we know that the linear collision stopping power (S: proportional to 1/ E", calculate the value of n.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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- (i) The mass collision (electronic) stopping power (Sm = S/p) of a 5-MeV proton in silicon is 59.0 keV mg cm?, and its range R is 50.0 mg cm2. Calculate values of 2+ the mass collision stopping power and range for H*, H*, Het and alpha particles, all of which have the same initial speed as the proton. (ii) If, in part (i), we know that the linear collision stopping power (S = -dEldx) is proportional to 1/ E", calculate the value of n. %3D
Transcribed Image Text:- (i) The mass collision (electronic) stopping power (Sm = S/p) of a 5-MeV proton in silicon is 59.0 keV mg cm?, and its range R is 50.0 mg cm2. Calculate values of 2+ the mass collision stopping power and range for H*, H*, Het and alpha particles, all of which have the same initial speed as the proton. (ii) If, in part (i), we know that the linear collision stopping power (S = -dEldx) is proportional to 1/ E", calculate the value of n. %3D
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