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    • 87. 发明授权
    • Plasma control system
    • 等离子体控制系统
    • US4229679A
    • 1980-10-21
    • US476530
    • 1974-06-05
    • Tenny D. Lode
    • Tenny D. Lode
    • H05H1/12H05H1/14H05H1/10
    • H05H1/12H05H1/14Y02E30/126
    • A system for the magnetic confinement of a plasma for purposes such as the facilitating of thermonuclear fusion reactions. In one form, the major confining field is generated such that in local regions the magnetic field intensity increases with increasing distance from the central part of the confinement space. This provides a strong confinement in those local regions. The currents generating the major confinement field are time varying such that the local strong confinement regions move relative to each other and pass through the entire confinement space. Thus, the plasma is generally pumped through local strong confinement regions, and all parts of the confinement space are periodically subjected to a strong confining field.
    • 用于磁化限制等离子体的系统,例如促进热核聚变反应。 在一种形式中,产生主要的限制场,使得在局部区域中,磁场强度随着距限制空间的中心部分的距离的增加而增加。 这对当地的地区进行了强有力的限制。 产生主要限制场的电流是时变的,使得局部强约束区域相对于彼此移动并且穿过整个限制空间。 因此,等离子体通常被泵送通过局部强限制区域,并且限制空间的所有部分周期性地受到强限制场。
    • 88. 发明授权
    • Direct acting plasma accelerator
    • 直喷式等离子加速器
    • US4010396A
    • 1977-03-01
    • US418857
    • 1973-11-26
    • Thomas I. RessGeorge V. Nolde
    • Thomas I. RessGeorge V. Nolde
    • G21B1/00H01F7/20H05H1/12H05H1/54H05H7/04H05H13/00H01J3/34H05H1/10
    • G21B1/00H01F7/202H05H1/12H05H1/54H05H13/00H05H7/04Y02E30/126
    • Charged particles are entrained on a straight or curved path by a traveling magnetic field moving along that path with its magnetic flux vector transverse thereto. The general direction of entrainment is the same for particles of either polarity. The initial relative velocity between the traveling field and the particle drives the latter into motions along a quasi-cycloidal trajectory in the direction of field travel at an average particle speed nearly equal to the field velocity. Streams of charged particles may be accelerated into streams separated from any material objects such as vessel walls, magnetic structures, electrodes, etc. This confinement is achieved predominantly by the balanced interaction of the forces exerted on the particles by the traveling magnetic field and their inertial forces. Auxiliary confining fields may be applied for redirecting to the main stream any particles scattered by secondary effects. The traveling field may be generated by a group of electromagnets, with or without cores, spaced along the path and excited in staggered phase relationship; by an angular offsetting of the polar axes of adjoining electromagnets, the quasi-cycloidal trajectories may be twisted into spacial curves designed to keep the particle stream within preselected boundaries without the need for separate magnetic focussing fields. Periodic reversals of the travel direction of the magnetic field result in reciprocation of the particle streams for inducing collisions between oppositely moving particle streams in adjoining sections. Laminar particle flow is produced by providing a concentrated charged particle source emitting bursts of said particles in a preselected phase relationship to the traveling magnetic field. The quasi-cycloidal trajectories may be substantially straightened or otherwise modified by the application of specially shaped pole pieces.
    • 89. 发明授权
    • Self-energized plasma compressor
    • 自供能等离子体压缩机
    • US3854097A
    • 1974-12-10
    • US36760673
    • 1973-06-06
    • NASA
    • FLETCHER JSHRIVER EIGENBERGS E
    • H05H1/10H05H1/24H01J23/26
    • H05H1/10H05H1/52Y02E30/126
    • A self-energized plasma compressor which compresses plasma discharged from a coaxial plasma generator. The device includes a helically shaped coil which is coaxially aligned with the center axis of the coaxial plasma generator. The plasma generator creates a current through the helical coil which, in turn, generates a time varying magnetic field that creates a force which acts radially upon the plasma. The coaxial plasma generator and helical coil move the plasma under high pressure and temperature to the narrow end of the coil. Positioned adjacent the narrow end of the coil are beads which are engaged by the plasma to be accelerated to hypervelocities for simulating meteoroids.
    • 一种自动等离子体压缩机,其压缩从同轴等离子体发生器排出的等离子体。 该装置包括与同轴等离子体发生器的中心轴同轴对准的螺旋形线圈。 等离子体发生器产生通过螺旋线圈的电流,其又产生时变磁场,其产生径向对等离子体施加的力。 同轴等离子体发生器和螺旋线圈​​将等离子体在高压和高温下移动到线圈的窄端。 位于线圈的窄端附近的珠是由等离子体接合以加速到超动态以模拟流星体的珠。