File:Principles of electro-medicine, electrosurgery and radiology - a practical treatise for students and practitioners. With chapters on mechanical vibration and blood pressure technique (1917) (14757730811).jpg

Identifier: principlesofelec00mati (find matches)
Title: Principles of electro-medicine, electrosurgery and radiology : a practical treatise for students and practitioners. With chapters on mechanical vibration and blood pressure technique
Year: 1917 (1910s)
Authors: Matijaca, Anthony
Subjects: Vibration Electrotherapeutics X-rays Blood pressure Electric Stimulation Therapy X-Ray Therapy Electrosurgery
Publisher: Butler, New Jersey Tangerine, Fl. New York City : Published by Benedict Lust
Contributing Library: Francis A. Countway Library of Medicine
Digitizing Sponsor: Open Knowledge Commons and Harvard Medical School

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Text Appearing Before Image:
Fig. 67—Universal Klinoscope. (Vertical position). Sockets for holding fluoroscopic handles for independent SCREEN when TABLE IS IN VERTICAL POSITION qR COMBINATION CONTROL(SCREEN MOVES WITH TUBE) ^p CAPHRAGMS SPRING FOR OPERATING PLATE ,alL MOVEMENTS OF THE TUBE-BOX CHANGING MECHANISM /are CONTROLLED BY THESE HANDLES) ALU_FRICTION IS MINIMIZED BY THE UBERAL USE OF THE HIGHEST PROTECTIVE AREA(LEAD)LATCH FOR ETEREOSCOPIPLATE CHANGING MECHANICOUNTERWEIGHT CABLES(BAUXNCES TUBE BOX AT ANY ANGLE) THIRD TERMINAL FORADJUSTMENT OF TUBE VACIJUWIRES CONNECT HEREMAKES BOTH SIDES OF TABLEACCESSIBLE QUALITY BALL BEARINGS STEREOSCOPIC PLATE CHANGING MECHANISM PROTECTIVE AREA(LEAD)
Text Appearing After Image:
FOOT REST LOCK COUNTERWEIGHT (GI/ES PROPER BALANCE TO THETABLE IRRESPECTIVE OF POSI-TION OF TUBE BOX ORANGLE OF TABLE) TABLE LOCK(LOCKS TABLE AT ANY ANCLE) FLOOR LOCK Fig. 68—Combination Table and Radioscope.(Used as Horizontal Radioscope) Electro-Medicine, Electro-Surgery and Radiology 119 The duration of exposure is expressed in milliampere-seconds, andthese are obtained by multiplying the amount of current (in milliam-peres) flowing through the tube with the duration of exposure (in sec-onds) ; e. g., if we are using 5 milliamperes of current for 10 seconds, itmeans 50 milliampere-seconds, and it is the same as if we used 10 milli-amperes for 5 seconds, or 2.5 milliamperes for 20 seconds.

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