Engineering topics
Publications and source records attributed to Raju, M. R..
Studies of the depth-ionization properties and the biological effects of heavy ion beams produced at the bevatron have extended work previously done with less energetic beams from other sources. Results indicate that heavy ion beams are suitable for tumor therapy, studies relating to space biology, and fundamental radiobiology.
Heavy charged particle energy loss fluctuations and distribution functions for ionization and atomic excitation collisions in thin absorbers
Li drifted Si detector for measuring heavy particle energy and energy loss distributions in radiobiology applications
Response of lithium-drifted silicon detectors to high energy alpha and proton beam and radiobiologic application
Fluctuations and broadening of energy-loss spectrum of charged particles passing through semiconductor detectors
Response of lithium-drifted silicon detectors for radiobiologic applications
Biological effectiveness of negative pion beam on mice with abdominal lymphoma
Fluctuations of energy loss by charged particles in lithium-drifted silicon semiconductor detectors
Thick lithium drifted semiconductor silicon detectors for investigation of fluctuations of energy loss by high and intermediate energy particles
Most probable energy loss in silicon for pions with energies from 365 to 50 mev, examining pion beam behavior through different absorption material thicknesses