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    • 5. 发明申请
    • Thermonuclear Dynamo Inside Ultracentrifuge with Supersonic Plasma Flow Stabilization
    • 超音速离心机内超级等离子体流动稳定的热核发电机
    • US20160343457A1
    • 2016-11-24
    • US14719952
    • 2015-05-22
    • Friedwardt M. Winterberg
    • Friedwardt M. Winterberg
    • G21B1/05
    • H05H1/04G21B3/006
    • The proposed novel nuclear fusion concept is unique because it makes use of the self-exciting magnetohydrodynamic dynamo principle for its steady state operation, with the dynamo driven by the heat released from thermonuclear reactions in the fusion plasma. But it also has the potential to reach much larger magnetic fields for confinement and particle number densities than are otherwise possible. This leaves open the question how to remove the heat from the centrifuge, even though this problem exists for the DT reaction only for the 20% of the fusion energy released in the centrifuge as charged particles, not for the 80% of the energy going into the kinetic energy of the neutrons which can be slowed down outside the centrifuge over a much larger distance. One possible solution is to place the centrifuge in a supersonic potential gas vortex, for example a vortex of helium gas, with the high velocity vortex core touching the outer surface of the centrifuge at a velocity of ˜1 km/s, respectively the same tangential velocity of the ultracentrifuge.
    • 所提出的新型核聚变概念是独特的,因为它利用自激磁磁流体动力学原理进行稳态运行,发电机由融合等离子体中热核反应释放的热量驱动。 但是,与其他可能的情况相比,它也具有达到更大的磁场以用于约束和粒子数密度的潜力。 这离开了离心机的热量问题,尽管DT反应只存在于作为带电粒子的离心机释放的20%的聚变能中,而不是80%的能量进入 中子的动能可以在离心机外面在更大的距离内减慢。 一种可能的解决方案是将离心机放置在超音速潜在气体涡流中,例如氦气涡流,其中高速涡流核心以约1km / s的速度接触离心机的外表面,分别具有相同的切向 超速离心机的速度。
    • 10. 发明申请
    • NUCLEAR FUSION USING HIGH ENERGY CHARGED PARTICLE CONVERGENCE AT A TARGET CATHODE
    • 使用目标目标的高能量充电粒子收敛的核熔断
    • US20150340105A1
    • 2015-11-26
    • US14720894
    • 2015-05-25
    • ADAM S. GOLDBERG
    • ADAM S. GOLDBERG
    • G21B1/17
    • G21B1/17G21B3/006
    • A controlled fusion process is provided that can produce a sustained series of fusion reactions: a process that (i) uses a substantially higher reactant density of the deuterium and tritium gases by converging cationic reactants into the higher reaction density at a target cathode rather than relying on random collisions, the converging producing a substantially higher rate of fusion and energy production; (ii) uses a substantially lower input of energy to initiate the fusion; (iii) can be cycled at a substantially higher cycle frequency; (iv) has a practical heat exchange method; (v) is substantially less costly to manufacture, operate, and maintain; and, (vi) has a substantially improved reaction efficiency as a result of not mixing reactants with products.
    • 提供了可以产生持续的一系列聚变反应的可控制的熔融过程:一个过程,即:(i)通过将阳离子反应物收敛到目标阴极的较高反应密度而不是依赖于使用基本上更高的氘和氚气体的反应物密度 随机碰撞,会聚产生了更高的融合能量产生率; (ii)使用基本上较低的能量输入来启动融合; (iii)可以以显着更高的循环频率循环; (iv)具有实用的热交换方法; (v)制造,操作和维护成本明显较低; 和(vi)由于不将反应物与产物混合而具有显着改善的反应效率。