The engineering aspects of a nine-channel digital radiographic system developed for bioimaging research, based on high gas pressure ionography and kinestatic principles, are presented. The research imaging system uses a pulsed x-ray beam which allows one to study simultaneously the ionic signal characteristics at 10 different ionization sites along the drift axis. This research imaging detector system allows one to investigate methods to improve the detection and image quality parameters as part of the development of a large scale prototype medical imaging system.
George Giakos合作论文数Department of Electrical and Computer Engineering, School of Engineering, Manhattan University;Laboratory for Quantum Cognitive Imaging and Neuromorphic Engineering, Manhattan University5
Frank A. Dibianca合作论文数5r endorf合作论文数3P. Ghotra合作论文数2Azad Mahmud合作论文数2Bindu Pillai合作论文数2Joseph S. Laughter合作论文数2Senthilkumar Nagarajan合作论文数2S. Kollipara合作论文数1Donna B. Richardson合作论文数1Hd Zeman合作论文数1lakshmi seetharaman合作论文数1
Wagenaar Douglas J合作论文数1Peng Qian合作论文数Department of Human Biology, J. Craig Venter Institute;Scripps Translational Science Institute, The Scripps Research Institute;Scripps Translational Science Institute, The Scripps Research Institute1Amlan Dasgupta合作论文数1Herbert Zeman合作论文数1Shashidhar Kollipara合作论文数1
Srinivasan Vedantham合作论文数UMass Memorial Medical Center, University of Massachusetts Medical School1Samir Chowdhury合作论文数1Anthony M. Passalaqua合作论文数1
