By Robert A. Fosbinder BA RT(R), Starla Mason MS RT (R) (QM)
An incredible accompaniment for necessities of Radiologic technology, this workbook offers the coed with extra perform in making use of theories coated within the textual content. Designed to supply scholars with reinforcement and perform within the subject matters they have discovered, this workbook additionally serves as coaching for the Registry examination and comprises Registry-style evaluation questions.
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C. d. distance from the anode to cathode composition of the anode diameter of the anode filament size 11/30/2010 4:31:32 PM Chapter 5: X-Ray Tubes 31. The disadvantage of a small target angle is a. b. c. d. increased heat distribution and capacity greater field coverage a greater anode heel effect more uniform radiographic density 32. Thermionic emission is the emission of a. b. c. d. thermons electrons from a heated cathode electrons from a heated anode x-rays from the tube housing 33. The tube current (mA) is changed by changing the a.
With a smaller SID with a large focal spot with a large target angle with a higher speed anode rotation 30. The effective focal spot is determined by the target angle and the a. b. c. d. distance from the anode to cathode composition of the anode diameter of the anode filament size 11/30/2010 4:31:32 PM Chapter 5: X-Ray Tubes 31. The disadvantage of a small target angle is a. b. c. d. increased heat distribution and capacity greater field coverage a greater anode heel effect more uniform radiographic density 32.
B. c. d. d1 = 40¢¢ d2 = 72¢¢ I1 = _____ 83 mR 150 mR 486 mR 875 mR 35. Calculate the new distance given the following factors: I1 = 26 mR a. b. c. d. indd 11 12/1/2010 10:28:41 AM 12 Part I: Basic Physics Image Labeling 1. Identify the representative portions of the electromagnetic spectrum identified by the letters below in the order of their increasing energy. indd 12 10-7 10-6 10-5 10-4 10-3 10-2 10-1 1 1020 High 101 Energy of one photon (electron volts) 102 103 104 105 106 High 12/1/2010 10:28:41 AM Chapter 2: Electromagnetic Radiation, Magnetism, and Electrostatics 13 2.