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    • 4. 发明授权
    • Process for producing polymerization sugar esters
    • 可聚合糖酯的制备方法
    • US5859217A
    • 1999-01-12
    • US674810
    • 1996-07-03
    • Yutaka TokiwaShigeo Shibatani
    • Yutaka TokiwaShigeo Shibatani
    • C12P19/44C07H13/06C07H15/04C08B37/00C07H1/00
    • C07H13/06
    • Disclosed are a polymerizable sugar ester of the formula shown below and a process for the production thereof:S(OH).sub.q-1 --OOC--R--COOCH.dbd.CH.sub.2wherein S(OH).sub.q-1, represents a sugar residue obtained by removing one hydroxyl group from a sugar compound composed of a sugar skeleton S and q number of hydroxyl groups bonded thereto, and R represents an alkylene group. The polymerizable sugar ester is produced by reacting a sugar compound represented by the following general formula:S(OH).sub.qwherein S represents the sugar skeleton and q is the number of the hydroxyl groups bonded thereto, with a divinyl ester of an aliphatic dicarboxylic acid represented by the following general formula:CH.sub.2 .dbd.CHOOC--R--COOCH.dbd.CH.sub.2in the presence of a hydrolytic enzyme. The polymerizable sugar ester gives a sugar-based polymer by polymerization.
    • 公开了下述式的可聚合糖酯及其制备方法:S(OH)q-1-OOC-R-COOCH = CH 2,其中S(OH)q-1表示通过除去一个 由糖骨架S构成的糖化合物的羟基,q个与其键合的羟基数,R表示亚烷基。 可聚合糖酯通过使由以下通式表示的糖化合物S(OH)q反应来制备:S(OH)q,其中S表示糖骨架,q表示与其键合的羟基数,表示为脂族二羧酸的二乙烯基酯 通过以下通式:在水解酶的存在下,CH2 = CHOOC-R-COOCH = CH2。 可聚合糖酯通过聚合得到糖基聚合物。
    • 6. 发明申请
    • BURN-UP PROFILE MEASURING METHOD, BURN-UP PROFILE MEASURING APPARATUS, RADIATION SIGNAL DISTRIBUTION MEASURING APPARATUS, AND BURN-UP PROFILE MEASURING PROGRAM
    • 燃烧轮廓测量方法,燃烧轮廓测量装置,辐射信号分布测量装置和燃烧轮廓测量程序
    • US20100065750A1
    • 2010-03-18
    • US12595546
    • 2008-04-11
    • Hironori KumanomidoNaotaka OdaYutaka TokiwaMakoto Ueda
    • Hironori KumanomidoNaotaka OdaYutaka TokiwaMakoto Ueda
    • G01T3/00G01T1/185
    • G21C17/063G21Y2002/201G21Y2002/204G21Y2004/30G21Y2004/40
    • An upper detector and a lower detector that face at least one side of a fuel assembly, on which neutrons are irradiated in a nuclear reactor, and detect radiation are set at a predetermined interval in an axial direction of the fuel assembly. Distributions of radiation signals are measured by the upper detector and the lower detector while the fuel assembly and the upper detector and the lower detectors are relatively moved along the axial direction of the fuel assembly. Soundness of radiation signals measured by the upper detector and the lower detector is determined in every measurement by comparing radiation signal distributions obtained by measuring the same portion in the axial direction of the fuel assembly in a multiplexed manner with the upper detector and the lower detector. Thereafter, relative burn-up is calculated by utilizing the measured radiation signals to measure a burn-up profile. According to the present invention, it is possible to measure a burn-up profile of the fuel assembly while securing reliability of a measurement result.
    • 面向燃料组件的至少一侧的上检测器和下检测器,其中在核反应堆中辐射中子并检测辐射,沿燃料组件的轴向方向被设定为预定的间隔。 辐射信号的分布由上检测器和下检测器测量,而燃料组件和上检测器和下检测器沿着燃料组件的轴向方向相对移动。 通过比较通过以多路复用方式与上部检测器和下部检测器测量燃料组件的轴向方向上的相同部分而获得的辐射信号分布,在每次测量中确定由上部检测器和下部检测器测量的辐射信号的良好性。 此后,通过利用测量的辐射信号来计算相对燃耗以测量燃尽曲线。 根据本发明,可以在确保测量结果的可靠性的同时测量燃料组件的燃尽曲线。