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    • 42. 发明专利
    • PLASMA CONTROL DEVICE
    • JPH01153994A
    • 1989-06-16
    • JP31211787
    • 1987-12-11
    • MITSUBISHI ELECTRIC CORP
    • YAMAGUCHI SAKUTAROYAMANE MINORU
    • G21B1/11G21B1/00H05H1/12
    • PURPOSE:To enable extremely fast control by providing a shell having an electrical insulating part on the outside circumference of a vacuum vessel and providing plural magnetic or magnetic flux sensors which detect the erroneous magnetic fields generated by the return current flowing along the electrical insulating part. CONSTITUTION:Electric current is passed to plasma 18 and a poloidal magnetic field which is the perpendicular magnetic field in the Z-axis direction shown by an arrow 26 is applied simultaneously thereto from the outside in order to confine the plasma 18. While there is a method of using a poloidal magnetic field coil 20 and a shell 21 to generate such poloidal magnetic field, the functions are shared in such a manner that the shell 21 confines the plasma 18 for a short period of time and the coil 20 for a long period of time. The external poloidal magnetic field coil current is subjected to direct feedback control by measuring the erroneous magnetic field by the magnetic sensor or magnetic flux sensor 22. The eddy current of the shell 21 decreases with lapse of time and the external magnetic field which is the poloidal magnetic field is penetrated by said current, by which the magnetic field is maintained without being changed as a whole and, therefore, the plasma 18 is confined.
    • 44. 发明专利
    • PLASMA EXPERIMENT DEVICE
    • JPS6421899A
    • 1989-01-25
    • JP17581487
    • 1987-07-16
    • MITSUBISHI ELECTRIC CORP
    • YAMAGUCHI SAKUTARO
    • H05H1/20G21B1/11H05H1/12
    • PURPOSE:To enable Ftheta-pumping operation without handling a large amount of electric energy by constituting an Ohmic Heating (OH) coil with two systems of coils respectively supplied with the required current. CONSTITUTION:Plasma current is generated via magnetic field generation and inversion in the region of plasma 1 through a trochoidal coil 5 and the supply of high level DC to the series OH coils 6 of the second system, thereby forming the plasma 1. Then, Ftheta-pumping operation is made to put plasma current in quasi-stationary state. In this case, an OH coil 4 of coaxial construction with the plasma 1 in the first system is supplied with low-level AC current mainly at a zero-level and the surface voltage in the plasma 1 gives an AC change. And electric discharge takes place for a long hour with Ftheta-pumping and the Ftheta-pumping operation can be done without handling a large amount of electric energy, as the drive current of a coil 4 is low-level AC current.
    • 48. 发明专利
    • Power source for nuclear fusion reactor
    • 核电反应堆电源
    • JPS61132083A
    • 1986-06-19
    • JP25051084
    • 1984-11-29
    • Mitsubishi Electric Corp
    • OYABU ISAOYAMAGUCHI SAKUTARO
    • G21B1/21H02M9/00H03K3/55H03K3/57H05H1/12
    • H03K3/55H03K3/57H05H1/12Y02E30/126
    • PURPOSE:To improve the conduction capacity and to reduce the size and cost of a power source by composing to provide a large power switch in parallel wit an ignitron. CONSTITUTION:A large power switch 101 is connected in parallel with an ignitron 7. The prescribed input signal is appled to the gate circuit of the ignitron 7 to fire the ignitron 7, and a current from a rising capacitor 2 is flowed only through the ignitron 7 to a load coil 8. Then, a current from a capacitor 3 for a clover is flowed through the ignitron 7. Then, the switch 101 is closed by the prescribed closing input to the switch 101, most of the current to the coil 8 is supplied through the switch 101 having less voltage drop between contacts.
    • 目的:通过组合提供并联的大功率开关来提高导通能力并降低电源的尺寸和成本。 构成:大功率开关101与点火器7并联连接。规定的输入信号被施加到点火器7的门电路以点燃点火器7,并且来自上升电容器2的电流仅通过点火器 然后,来自三叶草的电容器3的电流流过点火管7.然后,开关101通过对开关101的规定的闭合输入闭合,大部分到线圈8的电流 通过开关101提供,在触点之间具有较小的电压降。
    • 49. 发明专利
    • Ignitron
    • IGNITRON
    • JPS6166341A
    • 1986-04-05
    • JP18798184
    • 1984-09-10
    • Mitsubishi Electric Corp
    • YAMAGUCHI SAKUTARO
    • H01J13/50H01J13/54
    • H01J13/54
    • PURPOSE:To stabilize plasma by surrounding an outer peripheral wall of a vacuum tub accommodating an anode and a mercury cathode with cylindrical return current conductor and helical return current conductor and generating stable magnetic field on a plasma generating unit. CONSTITUTION:An outer peripheral wall of a vacuum tub 3 accommodating a mercury cathode 6 and an anode 2 is surrounded by a cylindrical return current conductor 21 whose lower end portion is connected to a cathode terminal 9 and a helical return current conductor 22 whose upper portion is electrically connected to the conductor 21 and other portions of which are insulated by arranging them in parallel to form ignitron performing switch action. And current is flowed in the conductor in the opposite direction of the current direction of plasma P and flowed from the upper end to the lower end in the helical conductor 22 to generate stable magnetic field on a plasma generating unit of the vacuum tub 3. Then plasma can be stabilized and energy flowed into plasma can be reduced and life of the ignitron can be prolonged.
    • 目的:通过围绕容纳阳极和水银阴极的圆柱形回流导体和螺旋回流导体的真空桶的外周壁来围绕等离子体发生单元产生稳定的磁场来稳定等离子体。 构成:容纳汞阴极6和阳极2的真空槽3的外周壁由其下端部连接到阴极端子9的圆筒形回流导体21和螺旋形回流导体22围绕, 电连接到导体21,并且其中的其它部分通过并排布置而形成绝缘,以形成触发器执行开关动作。 并且电流在导体中沿等离子​​体P的电流方向的相反方向流动并从螺旋导体22中的上端流到下端,以在真空槽3的等离子体产生单元上产生稳定的磁场。然后 等离子体可以稳定,并且能量流入等离子体的能量可以减少,并且可以延长点火器的使用寿命。
    • 50. 发明专利
    • Ignitron
    • IGNITRON
    • JPS6166338A
    • 1986-04-05
    • JP18797884
    • 1984-09-10
    • Mitsubishi Electric Corp
    • YAMAGUCHI SAKUTARO
    • H01J13/50H01J13/54
    • H01J13/54
    • PURPOSE:To stabilize plasma by magnifying mutual action of plasma and return current by making pipe diameter of a plasma generating portion of a vacuum tub smaller and disposing a conductor which flows return current by contacting an outer wall of the unit. CONSTITUTION:A small diameter portion 21a is formed on a plasma generating unit of a vacuum tub 21 accommodating a mercury cathode 6 and an anode 2, and a return current conductor 22 connected to a cathode terminal 9 is disposed by contacting an outer wall of the portion 21a, and the upper portion of the conductor 22 is connected to a current terminal 23 to form ignitron performing switch action. And mutual action of mercury plasma P and the return current conductor 22 between the anode 2 and the mercury cathode 6 is made larger by the small diameter portion 21a, and plasma P is made to position at a central portion along an axial line of the vacuum tub 21. Therefore, plasma can be stabilized and switch characteristic can be improved, and durability of ignitron can be improved.
    • 目的:通过使真空桶的等离子体产生部分的管径更小并放置通过接触单元外壁流回流的导体,来放大等离子体的相互作用并返回电流来稳定等离子体。 构成:在容纳汞阴极6和阳极2的真空槽21的等离子体产生单元上形成小直径部分21a,并且通过使阴极端子9的外壁接触而设置与阴极端子9连接的回流导体22。 部分21a,并且导体22的上部连接到电流端子23,以形成点火器执行开关动作。 并且,通过小直径部分21a使汞等离子体P和阳极2与汞阴极6之间的回流导体22的相互作用变大,并且使等离子体P沿着真空轴线位于中心部分 因此,能够使等离子体稳定化,能够提高开关特性,能够提高点火器的耐久性。