Method of driving an injector in an internal injection betatron
AssigneeSchlumberger Technology Corporation
InventorFelix K. Chen
Life of this patent
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Abstract
A betatron magnet, the betatron magnet comprising at least one electron injector positioned approximate an inside of a radius of an betatron orbit, such that electrons are injected into the betatron orbit with the at least one electron injector positioned within an electron acceleration passageway, whereby the electron acceleration passageway is located within a vacuum chamber; and wherein the at least one electron injector is driven with an inductive means.
Claims21
A betatron magnet, the betatron magnet comprising:
- at least one electron injector positioned inside of a radius of a betatron orbit, such that electrons are injected into the betatron orbit with the at least one electron injector positioned within an electron acceleration passageway,
- wherein the electron acceleration passageway is located within a vacuum chamber;
- and
- wherein the at least one electron injector is driven with an inductive means.
A betatron magnet, the betatron magnet comprising:
- at least one electron injector positioned approximate an inside of a radius of an betatron orbit, such that electrons are injected into the betatron orbit with the at least one electron injector positioned within an electron acceleration passageway, wherein the electron acceleration passageway is located within a vacuum chamber;
- and
- wherein the at least one electron injector is driven with an inductive means, such that the inductive means includes an injection coil wound around an inside portion of a vacuum chamber wall of the vacuum chamber, a positive end of the injection coil is connected to an anode, and a negative end of the injection coil is connected to a carbon nano tube (CNT) cathode and an intermediate tap is connected to a grid for a triode injector.
A method of driving at least one electron injector for an internal injection scheme of a betatron magnet, the method comprising:
- injecting electrons into a betatron orbit with the at least one electron injector positioned within an electron acceleration passageway,
- wherein the at least one electron injector is positioned inside of a radius of the betatron orbit;
- and
- driving the at least one electron injector with an inductive means.
A method of driving at least one electron injector for an internal injection scheme of a betatron magnet, the method comprising:
- injecting electrons into an betatron orbit with the at least one electron injector positioned within an electron acceleration passageway, wherein the at least one electron injector positioned approximate an inside of a radius of an betatron orbit;
- and
- driving the at least one electron injector with an inductive means, such that the inductive means includes an injection coil wound around an inside portion of a vacuum chamber wall of the vacuum chamber, a positive end of the injection coil is connected to an anode, and a negative end of the injection coil is connected to a carbon nano tube (CNT) cathode and an intermediate tap is connected to a grid for a triode injector.
Dependencies are inferred from the claim text.