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    • 2. 发明申请
    • METHOD AND APPARATUS FOR FINAL STORAGE AND SAFE OPERATION OF NUCLEAR POWER STATIONS
    • 方法和设备处置和安全的收集核电站
    • WO2007110211A3
    • 2009-02-19
    • PCT/EP2007002613
    • 2007-03-23
    • RADERMACHER FRANZ JOSEFFOPPE WERNER
    • FOPPE WERNER
    • G21F9/24G21F9/34
    • G21F9/24G21F9/34
    • In order to provide a method with apparatuses for safe final storage of highly radioactive waste products while safely coping with a reactor core melt, and final storage of the highly radioactive as well as slightly radioactive and medium-radioactive inventory when dismantling the nuclear power station itself in situ, it is proposed that a metal-shell drilled shaft composed of a casting be used as the final storage shaft at the nuclear power station location to which the material to be finally stored is supplied via a bomb-proof transport tunnel, which is hermetically isolated from the biosphere, from the reactor building or temporary stored by means of a magnetic sliding transport system for introduction to store, with filled final store sections migrating into the earth's mantel after separation from the remaining shaft, with residual heat being produced and under the influence of the force of gravity.
    • 该核电站本身当场拆卸过程中提供安全处置的反应堆堆芯熔毁的安全控制高放废物和高放射性的最终存储以及低水平和中等水平放射性存量设备的方法,它在核电站选址提出了metallverschalten井筒从铸造作为仓库轴 使用该endzulagernde材料通过防弹,通过对于存储,由此填充端轴承部移居分离从所述轴的下余热产生的其余部分和在重力作用到地幔一个Magnetgleiter-输送系统的装置从由反应器建筑物或中间轴承生物圈传送隧道气密分离送入。
    • 3. 发明申请
    • METHOD AND DEVICE FOR FUSION DRILLING
    • 方法和装置熔体钻
    • WO2010037518A2
    • 2010-04-08
    • PCT/EP2009006990
    • 2009-09-29
    • FOPPE WERNERRADEMACHER FRANZ JOSEF
    • FOPPE WERNERRADEMACHER FRANZ JOSEF
    • E21B7/14E21B7/15E21B33/138
    • E21B7/15E21B7/001E21B7/14E21B33/138
    • The invention relates to a method for fusion drilling and to a fusion drilling device for producing dimensionally accurate bores, manholes and tunnels in the ground, particularly in rock. A drill hole bottom is molten by a melt and the overburden melt is pressed into the surroundings, particularly the surrounding rock which has cracked open under the effects of the temperature and pressure, and wherein during drilling, a drill hole lagging (9) is produced around piping formed by line elements (1, 2, 3). In a recess (5) of at least one lower line element (1) of the piping, said recess being particularly centric and open towards the top, metal (7) in a solid state of aggregation is fed from the top thereof, particularly through line elements (2, 3) arranged on the top thereof. The metal is molten in said recess (5) by feeding energy and is conducted through channels (6) extending from the recess (5) toward the outside and ending in the lateral surface of a line element (1) into the outer surroundings of the line element (1). A rock melt formed beneath the lowest line element (1) is pressed into the surrounding rock (14) and forms a metal lagging (9) surrounding the piping (1, 2, 3) by solidifying.
    • 本发明涉及一种Schmelzbohrverfahren和Schmelzbohrvorrichtung通过熔体和在环境中的炉渣熔融在地下产生尺寸稳定的孔,轴和隧道,特别是在岩石,其中熔融,一个孔的底部,特别是由温度和压力下压撕裂围岩和 通过固化熔化的钻孔衬(9)管周围产生钻,其中一个,特别是中央,向上开口的凹部(5)的至少一个下部管道元件中是在由从管道元件(1.2,3)所形成的(1 管柱金属的)(7)在上述的固态由上层线元件(2供给,特别是3)通过(在该凹部5)被激励,并(通过通道6)(从凹部熔化 5)在所述外表面和向外延伸一个 管道元件(1)打开,所述管道元件(1)的被传递的外部,一(1)形成的岩石熔体被压入周围的岩石(14),并通过管柱的凝固最下面管元件下面(1,2,3)周围的金属壳 (9)形成。
    • 5. 发明申请
    • HIGH-TEMPERATURE ACCUMULATOR
    • 高温ACC
    • WO03027595A2
    • 2003-04-03
    • PCT/EP0210429
    • 2002-09-17
    • FOPPE WERNER
    • FOPPE WERNER
    • C09K5/14F28D20/00F28F21/02
    • F28D20/0056C09K5/14Y02E60/142
    • The invention relates to a high-temperature accumulator (1), comprising a high temperature storage material (2), especially a graphite core (2) that stores thermal energy. The high-temperature storage material (2), for the purpose of insulation vis-à-vis the surroundings, is covered with an insulating material (3). Said insulating material (3) is subdivided into at least two insulating layers (3a, 3b). The thermal energy occurring in the interface area (4) between two insulating material layers (3a, 3b) can be led out from the high-temperature accumulator (1) by means of at least one thermoconductive means (5). The invention further relates to a high-temperature accumulator (1) that comprises a high-temperature storage material (2), configured as a solid body, especially a graphite core (2) that stores thermal energy. At least one thermoconductive means (8) is disposed in said graphite core and abstracts the stored thermal energy from the high-temperature storage material (2). The invention also relates to a method for insulating hot articles.
    • 本发明涉及一种Hochtemperaturakkumulator(1),包括高温保存材料(2),尤其是热能量存储石墨芯(2),其中,所述高温存储材料(2)由绝缘材料制成的环境包围隔离(3),并且其中所述绝缘材料(3 )(在至少两个绝缘材料层3a,3b)被分割,并且(在边界区域4)(两者之间的绝缘材料层3a,3b)通过从Hochtemperaturakkumulator至少一个热传导装置(5)(1)是herausleitbar来产生热能。 本发明还涉及一种Hochtemperaturakkumulator(1),包括形成为固态高温保存材料(2),尤其是存储的热能石墨芯(2),其中,至少一个热传导装置(8)被布置成在高温存储材料(2)所存储的热能 撤出。 本发明还涉及用于分离热的物体的方法。