Electrotherapy and Light Therapy: With Essentials of Hydrotherapy and Mechanotherapy |
From inside the book
Results 1-3 of 58
Page 346
... Mercury Arcs . Electrodeless High- frequency Induction Lamps . Choice of Ultraviolet Generators and Standards of ... mercury arc ( hot quartz ) High - frequency induction lamp High voltage mercury arc ( cold quartz ) Predominant rays ...
... Mercury Arcs . Electrodeless High- frequency Induction Lamps . Choice of Ultraviolet Generators and Standards of ... mercury arc ( hot quartz ) High - frequency induction lamp High voltage mercury arc ( cold quartz ) Predominant rays ...
Page 355
... mercury arc forms between these two electrodes from the traces of mercury in the bulb . The lamp operates at 2 amperes at 16 volts and a special reactance ( step- down transformer ) serves to reduce the voltage of the A.C. supply cur ...
... mercury arc forms between these two electrodes from the traces of mercury in the bulb . The lamp operates at 2 amperes at 16 volts and a special reactance ( step- down transformer ) serves to reduce the voltage of the A.C. supply cur ...
Page 356
... mercury in the bulb , and after the heating of the filament the vaporized mercury forms an arc between the tungsten electrodes . The emission from the bulb is a combination of incandescent solid ( tungsten ) radiation from 3650 ...
... mercury in the bulb , and after the heating of the filament the vaporized mercury forms an arc between the tungsten electrodes . The emission from the bulb is a combination of incandescent solid ( tungsten ) radiation from 3650 ...
Common terms and phrases
abdominal active electrode acute alternating current Angstroms apparatus applied arthritis atrophy bath blood body burns carbon cause cells cent Chapter chronaxie chronic circuit circulation clinical coagulation coil cold condenser contraction cord current flow current strength direct current disease dispersive electrode duration effect electrode electrodesiccation electrodiagnosis electrosurgery employed energy erythema exercises exposure faradic fever therapy frequency galvanic current heat heliotherapy high-frequency hyperemia increase infection infrared injuries insulated intensity ion transfer iontophoresis irradiation joint Jour lamp lesions light therapy long-wave diathermy low-frequency currents massage mercury metal meter method mild milliamperes minutes motor point muscle muscular negative pole neuritis normal oscillations pain paralysis patient peripheral vascular disease Phys physical therapy physiological plate poliomyelitis produce quartz rays reaction resistance short-wave diathermy skin spark stimulation suitable technique temperature testing therapeutic thermal tion tissues treated treatment tube tuberculosis ultraviolet radiation usually vascular voltage wave lengths