4/30/2014R.L. Barbour Phenotype-Motivated Strategies for Optical Detection of Breast Cancer Randall L. Barbour, Ph.D. OSA, Miami April 30th, 2014.
ICDT 2007
Radar signal processing, V.K.anandan
Management of dr
Turbidity Suppression in a Scattering Medium via Digital Optical Phase Conjugation Mehdi Azimipour, Farid Atry, Ramin Pashaie Department of Electrical.
Interstellar Scattering Joseph Lazio (Naval Research Laboratory) J. Cordes, A. Fey, S. Spangler, B. Dennison, B. Rickett, M. Goss, E. Waltman, M. Claussen,
X-Ray Scattering with synchrotron radiation E. Ercan Alp Advanced Photon Source Argonne National Laboratory, Argonne, Illinois 60439 JASS’02, October 19-28,
Phenotype-Motivated Strategies for Optical Detection of Breast Cancer
NIROT for imaging of hypoxia in cancer tumors (preclinical study) Alexander Kalyanov*, Juan Mata Pavia*, Catherine Germanier***, Markus Rudin***, Martin.
Part VIII:Medical Exposures in Radiotherapy Lecture 5 : Determination of Dose to a Patient-I IAEA Post Graduate Educational Course on Radiation Protection.
Near-infrared Diffuse Optical Tomography studies on small animals