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UNIVERSAL SYSTEM OF CHEMICAL ANALYSIS gas chromatography (GC-USKHA) DEVICE injection valve and detector density of the gas

机译:化学分析通用系统气相色谱仪(GC-USKHA)进样阀和气体检测器密度

摘要

1. A universal system for chemical analysis by gas chromatography (GC-USKHA) including sebyaopredelenie concentration with a detector gas density from 100% to 0.0005% with tap-dosing of vials fluoroplastic material 1 / compound 2 at a temperature from 40 ° C to 170 ° C, and gas mixtures in cylinders substance / propane, as well as other objects, and to the evaporator from solutions of liquid and solids, for a basic calibration, for chegoopredelyayut concentration with tap-dispenser and a detector gas density of the vials benzene / hexane mixture at a temperature 90 ° C to 130 ° C and propane from cylinders in a carrier gas of from 100 to 0.01%, and the turn daleepri packed column with dosing to the crane with a flame ionization detector (FID) or thermal conductivity detector (TCD) propan dosed in a carrier gas from cylinders 10% to 0.01%, and a benzene / hexane of the vials at a temperature of from 90 ° C to 130 ° C and the concentration of propane in the carrier gas from the cylinders from 0.000001% to 0.01% and the concentration of benzene / ampoules of hexane at a temperature of from 40 ° C to 90 ° C, the concentration opredelyayutP * V * C = m * R * T / μ, P * V * 1,0 = m * R * T / μ, C = m / m, m = k * S, C = S / S, where: P - the pressure in the dose, V- dose volume, C- conc entratsiya analyte in a sample, m- mass of analyte in a sample, m- dose of 100 mass% of the material, μ - molecular weight substance, R = 8,314 - universal gas constant, T - temperature, maintained at the tap-dispenser, k - calibration coefficient, S - determined by peak area, S- peak area of ​​the 100% substance, after chegoprovodyat base graduirovkupo hexane, benzene and propane using metering crane column and the base NK-1,0 × 0,3-C 80 ÷ fr.0,18 0.25 PID and / or accident and / or feed, carrying out calibration for different substances, for which the concentration is determined with the crane and DPG
机译:1.一种通用的气相色谱化学分析系统(GC-USKHA),包括Sebyaopredelenie浓度,检测器气体浓度为100%至0.0005%,并在40°C至40°C的温度下分装小瓶氟塑料1 /化合物2。 170°C,并混合气瓶中的物质/丙烷以及其他物体中的气体混合物,并从液体和固体溶液进入蒸发器,进行基本校准,使用自来分配器测量chegoopredelyayutut浓度,并检测小瓶的气体密度苯/己烷混合物在90°C至130°C的温度下,丙烷从气瓶中从100%到0.01%的载气中流动,并用火焰离子化检测器(FID)或热分析仪将达勒普利(Dalepripri)转向填充塔加到起重机中电导率检测器(TCD)丙烷从10%至0.01%的量筒中注入载气,并在90°C至130°C的温度下从样品瓶中注入苯/己烷,并从气瓶从0.000001%到0.01%,并且在40°C至90°C的温度下苯/安瓿的己烷浓度为opredelyayutP P * V * C = m * R * T /μ,P * V * 1, 0 = m * R * T /μ,C = m / m,m = k * S,C = S / S,其中:P-剂量中的压力,V-剂量体积,a中的C-浓缩物样品,m-样品中的分析物质量,m-占材料质量的100质量%,μ-分子量物质,R = 8,314-通用气体常数,T-温度,保持在分液器上,k-校准系数,S-由峰面积测定,由S-峰面积决定,在100%物质的化学性质下,使用计量塔将Graduirovkupo己烷,苯和丙烷化学计量,然后将NK-1,0×0,3-C碱80÷ fr.0,18 0.25 PID和/或事故和/或进料,对不同物质进行校准,并用起重机和DPG确定浓度

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