Strong inductive coupling between the heating field and equilibrium field is confirmed to be responsible for the poor plasma equilibrium in initial discharges on the SUNIST spherical tokamak. A modification project fo...Strong inductive coupling between the heating field and equilibrium field is confirmed to be responsible for the poor plasma equilibrium in initial discharges on the SUNIST spherical tokamak. A modification project for the power supply system of equilibrium field coils is successfully performed to increase the duration time of plasma current flattop from much less than 1ms to about 2 ms.展开更多
Though the concept of mutual capcitance has been given in circuit theory, it is hard to realize mutual capacitance compared with mutual inductance. Ref.[2] deals with the coupling of two capacitors consisting of four ...Though the concept of mutual capcitance has been given in circuit theory, it is hard to realize mutual capacitance compared with mutual inductance. Ref.[2] deals with the coupling of two capacitors consisting of four conductors. This note deals with the coupling of N capacitance loops consisting of 2N conductors. From it is deduced a relation among the mutual capacitance matrix of the loop capcitance coefficient matrix and the partial capcitance matrix of the conductor system.展开更多
An algorithm for precisely calculating the inductance of a three-section solenoid is presented, which is based on summing the layer self-inductances and the mutual inductances. A theoretical model with ex plicit expre...An algorithm for precisely calculating the inductance of a three-section solenoid is presented, which is based on summing the layer self-inductances and the mutual inductances. A theoretical model with ex plicit expressions is firstly developed to calculate the self-inductance of a single layer, and then numerical calcu lation of the mutual inductance between two layers is introduced. Using the presented computation method, the inductance of a solenoid designed in the experiment is successfully calculated （4.30 mH）, which has a difference of less than 1% from the experimental data.展开更多
文摘Strong inductive coupling between the heating field and equilibrium field is confirmed to be responsible for the poor plasma equilibrium in initial discharges on the SUNIST spherical tokamak. A modification project for the power supply system of equilibrium field coils is successfully performed to increase the duration time of plasma current flattop from much less than 1ms to about 2 ms.
文摘Though the concept of mutual capcitance has been given in circuit theory, it is hard to realize mutual capacitance compared with mutual inductance. Ref.[2] deals with the coupling of two capacitors consisting of four conductors. This note deals with the coupling of N capacitance loops consisting of 2N conductors. From it is deduced a relation among the mutual capacitance matrix of the loop capcitance coefficient matrix and the partial capcitance matrix of the conductor system.
文摘An algorithm for precisely calculating the inductance of a three-section solenoid is presented, which is based on summing the layer self-inductances and the mutual inductances. A theoretical model with ex plicit expressions is firstly developed to calculate the self-inductance of a single layer, and then numerical calcu lation of the mutual inductance between two layers is introduced. Using the presented computation method, the inductance of a solenoid designed in the experiment is successfully calculated （4.30 mH）, which has a difference of less than 1% from the experimental data.
