Modern Physics of Roentgenology: For Physicians, Pre-medical Students, Students of Physics, X-ray Engineers and X-ray Technicians |
Contents
CHAPTER I | 1 |
Unit of Time | 2 |
Numbers Expressed By The Powers of Ten | 3 |
Copyright | |
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Modern Physics of Roentgenology: For Physicians, Pre-medical Students ... Hrand M. Muncheryan No preview available - 1940 |
Common terms and phrases
alternating current amperes angle Angstrom units anode apparatus applied atomic number autotransformer Bouwers cathode rays centimeter charge chart circuit coil condenser conductor connected constant potential Coolidge cooling copper diagnostic diaphragm direction discharge Eastman effect electrical electromotive force electrons emission emulsion energy equation exposure factors filament film fluorescent fluoroscopic focal spot focal-film distance focus frequency full-wave given glass envelope Grams half-wave heat hence high tension inches increased insulated ionization kilovoltage kilovolts Kv.P latter line-focus load magnetic field maximum mechanically rectified metal milliamperage obtained ohms operation orbit patient Philips Metalix photon pole position Potter-Bucky diaphragm primary principal ray produced protons quantity r-output radiographic radiographic density radiographic quality Radiographic Technic rectifier resistance result roentgen rotating rotating-anode screen shown in Fig surface temperature therapy tubes thickness tissue tungsten unit valve valve-tube voltage volts watts wave-lengths wire X-ray beam X-ray radiation X-ray transformer X-ray tube