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    • 4. 发明申请
    • METHOD OF SYNTHESIZING NUCLEAR REACTOR POWER DISTRIBUTION USING OPTIMIZED NONLINEAR BASIS FUNCTION
    • 使用优化的非线性基函数合成核反应堆功率分配的方法
    • US20150364225A1
    • 2015-12-17
    • US14304048
    • 2014-06-13
    • KOREA HYDRO & NUCLEAR POWER CO., LTD.
    • Moon Ghu PARKHo Cheol ShinJong Eun Park
    • G21D3/10G21C17/00G01T3/00
    • G01T3/00G21C17/108G21D3/001Y02E30/40
    • Disclosed herein is a method of synthesizing nuclear reactor power distribution using an optimized nonlinear basis function by means of combining signals of neutron detectors provided inside or outside a nuclear reactor. The method includes searching an optimized basis function combination, without determining previously a shape of a basis function, in such a way that error occurrence is minimized, and determining a shape of a synthesis function. When searching the optimized basis function combination and determining the shape of the synthesis function, the following equation is used. FZ  ( Z i ) = a 0 + ∑ i = 1 n  a i  φ i + ∑ i = 1 n  ∑ j = 1 n  a ij  φ i  φ j + ∑ i = 1 n  ∑ j = 1 n  ∑ k = 1 n  a ijk  φ i  φ j  φ k + … (here, FZ(Zi): a power distribution value at position Zi, Φi, Φj, Φk: signals of detectors at respective positions).
    • 本文公开的是使用优化的非线性基函数通过组合核反应堆内部或外部的中子探测器的信号来合成核反应堆功率分布的方法。 该方法包括搜索优化的基础函数组合,而不是先前确定基函数的形状,使得误差发生最小化,并且确定合成函数的形状。 当搜索优化基函数组合并确定合成函数的形状时,使用以下等式。 FZ(Z i)= a 0 +Σi = 1 n a a&phgr i +Σi = 1 nΣj = 1 n a ajj&phgr 我和phgr j +Σ i = 1 nΣ j = 1 nΣ k = 1 n a a ijk&phgr; 我和phgr j&phgr k + ...(这里,FZ(Zi):位置Zi,Φi,Φj,Φk的功率分布值:各位置处的检测器的信号)。
    • 5. 发明授权
    • System, method, and program for monitoring reactor core
    • 用于监控反应堆堆芯的系统,方法和程序
    • US09099207B2
    • 2015-08-04
    • US13556566
    • 2012-07-24
    • Motoko YoshidaAtsuhiko KoizumiMasayuki Okada
    • Motoko YoshidaAtsuhiko KoizumiMasayuki Okada
    • G21C7/36G21D3/10G21D3/00
    • G21D3/10G21C7/36G21D3/001Y02E30/40
    • According to one embodiment of a reactor core monitoring system, includes: an information retention portion for retaining a regular cycle and a short cycle as calculation information of reactor core performance data; a signal processing portion for creating heat balance data based on a process signal; a data acquisition portion for acquiring, in a timing of the regular cycle, the heat balance data and reactor core performance data which was calculated in a previous timing of the regular cycle, while acquiring, in a timing of the short cycle asynchronous to the regular cycle, the heat balance data and reactor core performance data which was calculated most recently; and a data calculation portion for calculating new reactor core performance data based on the acquired reactor core performance data and the heat balance data.
    • 根据反应堆堆芯监测系统的一个实施例,包括:用于保持规则循环和短周期的信息保持部分作为反应堆堆芯性能数据的计算信息; 信号处理部分,用于基于处理信号产生热平衡数据; 数据获取部分,用于在正常周期的定时中获取在常规周期的先前定时中计算的热平衡数据和电抗堆核心性能数据,同时在与正常循环异步的短周期的定时中获取 循环,最近计算的热平衡数据和反应堆堆芯性能数据; 以及数据计算部分,用于基于所获取的反应堆堆芯性能数据和热平衡数据来计算新的反应堆堆芯性能数据。
    • 6. 发明授权
    • Energy amplifier for nuclear energy production driven by a particle beam
accelerator
    • 能量放大器,由粒子束加速器驱动的核能生产
    • US5774514A
    • 1998-06-30
    • US632424
    • 1996-04-24
    • Carlo Rubbia
    • Carlo Rubbia
    • G21C1/00G21C1/30G21D1/00G21D3/10G21G1/02G21K1/00
    • G21C1/00G21C1/30Y02E30/37
    • A method for producing energy from a nuclear fuel material contained in an enclosure, through a process of breeding of a fissile element from a fertile element of the fuel material via a .beta.-precursor of the fissile element and fission of the fissile element. A high energy particle beam is directed into the enclosure for interacting with heavy nuclei contained in the enclosure so as to produce high energy spallation neutrons. The neutrons thereby produced are multiplied in steady sub-critical conditions by the breeding and fission process. The breeding and fission process is carried out inside the enclosure.
    • PCT No.PCT / EP94 / 02467 Sec。 371日期:1996年4月24日 102(e)日期1996年4月24日PCT 1994年7月25日PCT公布。 WO95 / 12203 PCT出版物 日期1995年5月4日一种通过可燃性材料的可富含元素从易裂变元素的β-前体中培养易裂变元素和裂变裂变的方法从包含在外壳中的核燃料材料产生能量的方法 元件。 高能粒子束被引导到外壳中以与包含在外壳中的重核相互作用,以便产生高能量的散射中子。 由此产生的中子通过繁殖和裂变过程在稳定的亚临界条件下倍增。 育种和裂变过程在机柜内部进行。