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    • 3. 发明授权
    • Process for the production of fuel and fertile particles
    • 生产燃料和肥沃颗粒的过程
    • US4119563A
    • 1978-10-10
    • US759550
    • 1977-01-14
    • Martin KadnerKarl-Gerhard HacksteinGerhard Spener
    • Martin KadnerKarl-Gerhard HacksteinGerhard Spener
    • C01G43/00B01J2/08C01B31/30C01G56/00G21C3/00G21C3/62G21C21/02G21C21/16
    • B01J2/08G21C3/62G21C3/623Y02E30/38
    • There is provided a process for the production of spherical fuel and/or fertile oxide or carbide particles for a nuclear reactor, especially a high temperature reactor, by casting an aqueous solution of a uranium and/or a thorium and/or plutonium salt, as well as in the case of the production of carbide particles finely dispersed carbon also, from a vibrating nozzle, passing the drops formed through an ammonia containing gas zone into an ammoniacal precipitation bath with subsequent washing, drying and sintering or melting. To the aqueous solution there is added individually or in admixture a water soluble or water miscible monomeric hydrocarbon having an aldehyde, keto, ether, amino, imino, phenol, carboxylic acid or carboxylic acid amide group, which substituted hydrocarbons form stable adducts with uranium, thorium and plutonium in aqueous alkaline solution, which adducts cannot be washed out with water and which does not impart to the solution a viscosity of over 15 cp at 20.degree. C.
    • 提供了通过将铀和/或钍和/或钚盐的水溶液浇铸成生产用于核反应堆,特别是高温反应器的球形燃料和/或可生物氧化物或碳化物颗粒的方法,如 就像在生产碳化物微粒的同时从振动喷嘴生产碳化物颗粒的情况下,将通过含氨气体区形成的液滴通过氨沉淀浴进行洗涤,干燥和烧结或熔化。 向水溶液中单独或混合加入具有醛,酮,醚,氨基,亚氨基,苯酚,羧酸或羧酸酰胺基团的水溶性或水混溶性单体烃,其取代的烃与铀形成稳定的加合物, 钍和钚在碱性水溶液中,该加合物不能用水洗涤,并且在20℃下不赋予溶液超过15cp的粘度。
    • 7. 发明授权
    • Process for working up block shaped graphite fuel elements
    • 处理块状石墨燃料元件的工艺
    • US4022865A
    • 1977-05-10
    • US577104
    • 1975-05-13
    • Karl-Gerhard HacksteinGerhard Spener
    • Karl-Gerhard HacksteinGerhard Spener
    • G21C19/36G21C19/44
    • G21C19/36G21C19/44Y02W30/882Y10S376/903Y10T225/329
    • There is provided a process for recovering block shaped graphite fuel elements made of a graphite block with a parallel cooling channel and which block contains the fuel arranged in separate zones. The process is especially useful for such fuel elements in which the cooling channels and the fuel zones are distributed in a screenlike manner adjacent to each other and wherein these fuel elements are first comminuted mechanically and then are reconditioned by burning and wet chemical separation into fissile material and waste material. For the mechanical comminution of the graphite block conical pins (or mandrels) are simultaneously pressed into several cooling channels until the block is broken apart along the entire length of these cooling channels.
    • 提供了一种用于回收由具有平行冷却通道的石墨块制成的块状石墨燃料元件的方法,并且该块包含布置在分开的区域中的燃料。 该方法对于这样的燃料元件特别有用,其中冷却通道和燃料区域彼此相邻地分布在一起,并且其中这些燃料元件首先被机械粉碎,然后通过燃烧和湿化学分离再生成裂变材料 和废料。 为了将石墨块锥形销(或心轴)的机械粉碎同时压入几个冷却通道,直到块沿着这些冷却通道的整个长度分开。