. Practical points in the use of X-ray and high-frequency currents . Fig. 32.—Regulating TubesThe above illustrates a tube having a metal tube B sealed into this metal tube is heated to a cherry red it allows gas to passinto the glass bulb, thus lowering its resistance. B can be heatedwith a match or an alcohol flame, great care being taken not to applythe heat too close to the glass, otherwise it is liable to Fig. 33.—The above cut shows the tube connected up in the right waybut showing considerable inverse. A represents a green ring whichappears above the target. The glass in
. Practical points in the use of X-ray and high-frequency currents . Fig. 32.—Regulating TubesThe above illustrates a tube having a metal tube B sealed into this metal tube is heated to a cherry red it allows gas to passinto the glass bulb, thus lowering its resistance. B can be heatedwith a match or an alcohol flame, great care being taken not to applythe heat too close to the glass, otherwise it is liable to Fig. 33.—The above cut shows the tube connected up in the right waybut showing considerable inverse. A represents a green ring whichappears above the target. The glass in front of the target also showsgreen; an extra green spot also appears at B. flexible joint, so that it can be pushed down so asto come in contact with the negative wire orraised away from it. By passing the current X-Ray Tubes 69 through this wire, a gas is given off from thechemical, which mingles with the gas in theglobe, thus lowering its vacuum. (See Fig. 37,Regulators.)
Size: 2394px × 1044px
Photo credit: © Reading Room 2020 / Alamy / Afripics
License: Licensed
Model Released: No
Keywords: ., bo, bookcentury1900, bookdecade1900, bookidpracticalpointsi00judd
