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    • 3. 发明授权
    • Information recording method using a modulated recording beam at high,
intermediate and low power levels
    • 使用高,中,低功率电平的调制记录光束的信息记录方法
    • US5084857A
    • 1992-01-28
    • US359803
    • 1989-05-31
    • Yasushi MiyauchiMotoyasu TeraoHiroshi YasuokaTetsuya NishidaKeikichi Andoo
    • Yasushi MiyauchiMotoyasu TeraoHiroshi YasuokaTetsuya NishidaKeikichi Andoo
    • G11B7/0055
    • G11B7/00557
    • The present invention relates to a method of recording on a rewritable recording medium using a laser beam capable of producing at least three discreet levels of power. The three levels of power used for writing to the recording medium is greater than the power required for reading. The present method is unique in that the power level of the laser beam is modulated between high, intermediate, and low levels over a time period so that at least three discreet power levels are radiated to the recording medium during recording. The increment of the radiation energy of the upward pulse from the intermediate level toward the high level is within the range of 0.8 to 1.2 times the decrement of the radiation energy of the downward pulse from the intermediate level to the low level. The present invention provides high density recording capability with minimum non-erasure areas even when the recording medium is formed from a high velocity crystallization (high speed erasure).
    • 本发明涉及使用能够产生至少三个谨慎的功率的激光束在可重写记录介质上进行记录的方法。 用于写入记录介质的三个电源电平大于读取所需的功率。 本方法的独特之处在于,激光束的功率电平在一段时间内在高电平,中间电平和低电平之间被调制,使得在记录期间至少三个分立的功率电平被辐射到记录介质。 上升脉冲从中间电平向高电平的辐射能量的增量在从中间电平到低电平的向下脉冲的辐射能量减少的0.8到1.2倍的范围内。 即使当高速结晶(高速擦除)形成记录介质时,本发明提供具有最小非擦除区域的高密度记录能力。
    • 9. 发明授权
    • Method for separating and enriching isotope material, multistage rotor, and apparatus for separating and enriching isotope material
    • 分离富集同位素材料的方法,多级转子和分离富集同位素材料的装置
    • US08128731B2
    • 2012-03-06
    • US12225720
    • 2007-04-04
    • Tsutomu MashimoMasao OnoXinsheng HuangYusuke IguchiSatoru OkayasuHiroshi YasuokaKoji ShibasakiMasanori Sueyoshi
    • Tsutomu MashimoMasao OnoXinsheng HuangYusuke IguchiSatoru OkayasuHiroshi YasuokaKoji ShibasakiMasanori Sueyoshi
    • B01D45/12
    • C23C26/00B01D59/20C22F3/00C23C10/18C23C10/28Y10S494/90
    • A method for separating and enriching isotopes in an efficient and low-cost manner from a condensation-system (liquid or/and solid) material including two or more different isotopes by taking advantage of the sedimentation of atoms through an acceleration field by ultra-high speed rotation. The condensation-system material is placed in a sedimentation tank which is then housed in a supercentrifuge. The supercentrifuge in its rotor is rotation driven by an ultra-high speed rotation power source, and an acceleration field of energy of 100000 G to 1500000 G, i.e., about 100 to 800 m/s in terms of peripheral velocity, is applied to the above condensed (liquid or/and solid) material under such a temperature that is specified by an isotope material to be enriched. In this case, a difference in centrifugal force applied is provided between the isotopes in the condensed (liquid or/and solid) material comprising the at least two isotopes. By virtue of sedimentation by taking advantage of this difference, isotope atoms within the condensed material interact, and, consequently, separation and enrichment of the isotopes can be realized in a higher efficiency than the case where gas is used, by conducting the separation and enrichment of the isotopes within the liquid material, using an effective material, and using a multistaged rotor system.
    • 一种以有效和低成本的方式从包含两种或更多种不同同位素的冷凝系统(液体或/或固体)材料中分离富集同位素的方法,通过利用超高速加速场的原子沉淀 速度旋转。 冷凝系统材料放置在沉淀池中,然后将其装入超级离心机。 其转子中的超级离心机由超高速旋转动力源旋转驱动,并且对于圆周速度而言,能量为100000G至1500000G的加速度场,即约100至800m / s 上述冷凝(液体或/和固体)材料在由待富集的同位素材料规定的温度下进行。 在这种情况下,在包含至少两个同位素的冷凝(液体或/和固体)材料中的同位素之间提供了离心力的差异。 通过利用这种差异的沉淀,冷凝材料内的同位素原子相互作用,因此,与使用气体的情况相比,可以通过进行分离和富集而以更高的效率实现同位素的分离和富集 的液体材料中的同位素,使用有效材料,并使用多级转子系统。