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METHOD OF PROCESSING FISSION CHAMBER MEASUREMENT SIGNALS

机译:裂变室测量信号的处理方法

摘要

FIELD: chemistry.;SUBSTANCE: method involves: A) a step (E1) for measuring the count rate of deposits of fissile material of known effective masses to form a matrix [C]0; B) a step (E2) for measuring the count rate of the deposits of fissile material to form a matrix [C]; and C) a step (E3) for calculating the effective masses to be determined in the form of a matrix [m] such that: [m]=[C].I([a]×([a]0-1×[m]0-1×[C]0)), the matrix [a] being a known matrix of the isotopic analyses of the deposits of fissile material of effective masses to be determined, the matrix [a]0-1 being the inverse matrix of a known matrix [a]0 of the isotopic analyses, which corresponds to the deposits of fissile material of known effective masses, and the matrix [m]0-1 being an inverse matrix of a known matrix [m]0, the coefficients of which are the known effective masses.;EFFECT: high accuracy of determining effective mass of a fissile isotope.;2 cl, 6 dwg
机译:领域:方法:该方法包括:A)测量已知有效质量的易裂变材料的沉积物的计数率以形成基质[C] 0 的步骤(E1); B)步骤(E2),用于测量易裂变材料的沉积物的计数率以形成基质[C]; C)以矩阵[m]的形式计算要确定的有效质量的步骤(E3),使得:[m] = [C] .I([a]×([a] 0 -1 ×[m] 0 -1 ×[C] 0 )),矩阵[a]是待确定有效质量的易裂变物质沉积物同位素分析的已知矩阵,矩阵[a] 0 -1 是逆矩阵同位素分析的已知矩阵[a] 0 的矩阵,对应于已知有效质量的易裂变材料的沉积,矩阵[m] 0 -1 是已知矩阵[m] 0 的逆矩阵,其系数为已知有效质量。效果:确定裂变同位素有效质量的高精度。; 2厘升,6载重吨

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