Gyrotron collector collection profile design method and gyrotron collector and gyrotron

Abstract

A gyrotron collector collection profile design method and gyrotron collector and gyrotron are disclosed. An electron trajectory inverse tracking method is proposed. The collecting density function isderived from the collecting pole collecting profile equation and electron beam moving trajectory equation, and the relationship between collecting density function, collecting profile and magnetic field distribution is established. By discussing the relationship between collection uniformity and applied magnetic field, collection area, the collection profile and magnetic field distribution neededin homogeneous collection are deduced. The trajectory of electron motion can be obtained from the magnetic field distribution, and the corresponding curved surface collector structure can be designedby using the collector profile. Based on this, the maximization of the collection area and the uniformity of the collection can be realized under the premise of guaranteeing a certain power capacity.The gyrotron collector includes a hollow heat dissipation structure having an internal profile designed in accordance with the above method. The gyrotron includes the gyrotron collector described above.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps improve the performance of a device called a gyroscope tubular collector by create a more accurate simulation of how charged particles move through space without colliding with other objects or being affected during flight time. It also allows for faster analysis times while maintaining accuracy over all possible trajectory paths within the same range.

Problems solved by technology

This technical problem addressed by this patented describes how to improve the efficiency at generating high pulsed powers from a large waveguide (a type called GW) used in electrical devices such as radar systems or microwave ovens without causing damage due to overheating caused by heat generated during use.

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