John Joseph Stettler, Age 661921 Greenlawn Ave, Kalamazoo, MI 49006

3946236, Mar 23, 1976

Apr 4, 1974

5/457865

Thomas G. Roberts - Huntsville AL
Romas A. Shatas - Huntsville AL
Harry C. Meyer - Huntsville AL
John D. Stettler - Huntsville AL

The United States of America as represented by the Secretary of the Army - Washington DC

G21G 400

250402

Energetic electron beam assisted x-ray generator in which a plasma is proed by a plasma generator and seeded by high Z material to produce x-rays and to increase the number of x-rays, an electron beam source is guided to the produced plasma to further heat the plasma and produce an even greater number of x-rays. The inner electrode of the plasma generator utilizes the interaction of the beam's self magnetic field with the inner surface of the inner electrode to guide the electron source to the plasma.

3969628, Jul 13, 1976

Apr 4, 1974

5/457864

Thomas G. Roberts - Huntsville AL
Romas A. Shatas - Huntsville AL
Harry C. Meyer - Huntsville AL
John D. Stettler - Huntsville AL

The United States of America as represented by the Secretary of the Army - Washington DC

H01J 3500

250402

Energetic electron beam assisted x-ray generator having a plasma generator nd an electron source interconnected by a sealed pinch tube and control means for the plasma generator, electron source, and said sealed pinch tube to cause the electron source to be focused on the plasma from the plasma generator and to cause the electron source to be transmitted to the plasma of the plasma generator at the appropriate time to cause a maximum amount of soft x-rays to be produced by the interaction of the outputs of the plasma generator and the electron source when said plasma has been seeded with appropriate high Z-material.

3959659, May 25, 1976

Apr 4, 1974

5/457868

Thomas G. Roberts - Huntsville AL
Romas A. Shatas - Huntsville AL
Harry C. Meyer - Huntsville AL
John D. Stettler - Huntsville AL

The United States of America as represented by the Secretary of the Army - Washington DC

G21G 402

250501

Energetic electron beam assisted fusion neutron generator which comprises a lasma generator and an electron source interconnected by a pinch tube and control means for the plasma generator, electron source, and said pinch tube to cause the electron source to be focused on the plasma from the plasma generator and to cause the electron source to be transmitted to the plasma of the plasma generator at the appropriate time to cause a maximum amount of neutrons to be produced by the interaction of the outputs of the plasma generator and the electron source through an appropriate gas filling the plasma generator.

3946240, Mar 23, 1976

Apr 4, 1974

5/457941

Thomas G. Roberts - Huntsville AL
Romas A. Shatas - Huntsville AL
Harry C. Meyer - Huntsville AL
John D. Stettler - Huntsville AL

The United States of America as represented by the Secretary of the Army - Washington DC

G21G 402

250493

An energetic electron beam fusion neutron generator in which a plasma is duced by a plasma generator to produce neutrons and to increase the number of neutrons produced, an electron source is guided to the produced plasma to further heat the plasma and produce an even greater number of neutrons. The inner electrode of the plasma generator utilizes the inneraction of the beams self magnetic field with the inner surface of the inner electrode to guide the electron source to the plasma.

3968378, Jul 6, 1976

Jul 11, 1974

5/487841

Thomas G. Roberts - Huntsville AL
Romas A. Shatas - Huntsville AL
John D. Stettler - Huntsville AL

The United States of America as represented by the Secretary of the Army - Washington DC

G21G 402

250502

An electron beam driven neutron generator which comprises an electron sou connected to a beam forming and guiding section for guiding the electron beam to a target which is held by a portion of the beam forming and guiding section and in which the target has a magnetic field thereabout to control heat conduction by charged particles at the target to cause neutrons to be produced at the target by interaction of the output from the electron beam source and the material forming the target.