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spectral quantification method, the spectral quantitative apparatus and program

机译:光谱定量方法,光谱定量装置及程序

摘要

Disclosed liquid, the composition ratio of the components of the quantification purposes of the mixture of solid or gaseous, and determines the addition concentration as in the conventional standard addition method without the hassle of measured while changing stepwise. A spectroscopic quantification device 100, the original spectrum and the reference spectra by spectral analysis the standard sample containing a component of the analyzed sample 10 and quantitative purposes, including the components of the quantification purposes unknown composition ratio in known composition ratio a measuring unit 110 to obtain a second generation of generating a first generation unit 130 to generate a virtual additive spectrum with the coefficient a virtual addition ratio of the plurality of types from these spectra, the analyte spectrum of the plurality of types from the virtual additive spectrum parts and, quantification and extracting section 170 the signal intensity profile of the components of the quantitative purpose corresponding to the virtual additive rate by a process including the multivariate analysis, are included from the virtual additive rate dependence of the signal intensity profile in the analyzed sample 10 It includes a determination unit 190 for determining an unknown proportion of the component of interest.BACKGROUND 1
机译:所公开的液体,固体或气体混合物的定量目的的组分的组成比,并且如常规标准添加方法中那样确定添加浓度,而无需逐步改变测量的麻烦。光谱定量装置100,通过对标准样品进行光谱分析而对原始光谱和参考光谱进行分析,该标准样品包含被分析样品10的成分和定量目的,包括该定量目的的成分,未知组成比,已知组成比,测定部110,获得第二代,即生成第一生成单元130,以利用系数从这些光谱生成多种类型的虚拟相加比,从虚拟添加剂谱部分从多种类型的分析物光谱中生成系数的虚拟添加光谱,并进行量化提取部170从被分析样本10中的信号强度分布的虚拟加性率依存性中,包含通过多变量分析而进行的与虚拟添加率相对应的定量目的成分的信号强度分布。 d的确定单元190确定感兴趣分量的未知比例。背景1

著录项

  • 公开/公告号JP5780476B1

    专利类型

  • 公开/公告日2015-09-16

    原文格式PDF

  • 申请/专利权人 株式会社分光科学研究所;

    申请/专利号JP20140180885

  • 发明设计人 浜口 宏夫;安藤 正浩;

    申请日2014-09-05

  • 分类号G01N21/27;G01N21/64;G01N21/65;G01N21/33;G01N21/35;G01N21/31;G01N24/08;

  • 国家 JP

  • 入库时间 2022-08-21 15:31:32

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