magnetic deflection

At some point near the center, the magnetic deflection field is zero.

We're getting a plain old-fashioned magnetic deflection of the grav field.

Terminals actually used magnetic deflection (even in the 1970's).

To clear up possible confusion: Referring to the magnetic deflection fields, if there were none, all beams would hit the screen near the center.

Thomson first investigated the magnetic deflection of cathode rays.

They were intended as single digit, simple displays, or as 4 or 6 digits by means of a special horizontal magnetic deflection system.

It uses magnetic deflection, where current passing through a coil causes the coil to move in a magnetic field.

In 1906, Robert von Lieben filed for a patent for a cathode ray tube which included magnetic deflection.

Magnetic deflection of charged radiation particles and/or electrostatic repulsion is a hypothetical alternative to pure conventional mass shielding under investigation.

There are many picture tube restoring equipment available for magnetic deflection tubes but there is no way to restore electrostatic tubes.

The tubes were either simple single-digit displays or more complex 4- or 6- digit displays produced by means of a suitable magnetic deflection system.

He pointed (in 1899) with Stefan Meyer, among others, the statistical nature of the radioactive decay or the magnetic deflection of beta radiation as fast electrons.

In comparison to magnetic deflection, electrostatic deflection can more readily follow random and fast changes in potential, but is limited to small deflection angles.

At the speeds reached in high energy particle accelerators, magnetic deflection is more powerful than electrostatic, and use of the magnetic term of the Lorentz force:

By reversing the charge on the condenser, thus inverting the electric field, two symmetric curves could be obtained, whose center line determined the direction of the magnetic deflection.

The electron current sweep is aimed using wound copper coil magnetic deflection yokes, as in a cathode ray tube (CRT).

In detail, scanning of CRTs is performed by magnetic deflection, by changing the current in the coils of the deflection yoke.

Then I would have to allow for the magnetic deflection between the map's grid north and the pull on the needle from magnetic north, thereby compensating for the deflection.

In oscilloscope CRTs, electrostatic deflection is used, rather than the magnetic deflection commonly used with television and other large CRTs.

He estimated the mass of cathode rays by measuring the heat generated when the rays hit a thermal junction and comparing this with the magnetic deflection of the rays.

Electrostatic scanning enables high ultimate scan frequencies to be employed, or fast rise-time drive voltages for on-demand deflection, without the time-lag and wave-form distortion that can accompany magnetic deflection.

Distortion appears at the edges of the screen because the longer beams which must strike the corners of the CRT are subjected to magnetic deflection for a longer period of time.

Electronically, the inductance of the deflection yoke's vertical windings is relatively high, and thus the current in the yoke, and therefore the vertical part of the magnetic deflection field, can change only slowly.

Afterwards Wilbert Smith designed several inexpensive gravity devices, such as the Anti-Gravity Proximity Detector, the Magnetic Deflection Detector, and the EMP Collapse Collector.

Electrostatic deflection is very useful for small deflection angles but is well known to be inferior to magnetic deflection for deflecting a charged particle beam into large angles - say over 10 degrees.