热导检测器 (TCD)，通用气相色谱检测器

Features

Intuvo 9000、8890、8850 和 7890B 气相色谱对十三烷的最低检出限为 400 pg/mL，而 8860 气相色谱的最低检出限小于 800 pg/mL（可能受实验室环境影响）
Intuvo 9000、8890、8850 和 7890B 气相色谱的线性动态范围大于 10^5 (± 5%)，8860 气相色谱的线性动态范围大于 10^5 (± 10%)
独特的流体切换设计提供了开机后快速稳定、低漂移的性能
对于热导率高于载气的组分，可对单极性运行程序控制（Intuvo 9000、8890、8850 和 7890B 气相色谱）
可用于与载气类型匹配的两种气体（氦气、氢气或氮气）的标准 EPC
最高操作温度 400 °C（8850 气相色谱为 375 °C）
可作为第三台检测器安装在 8890、8860 和 7890 气相色谱的左侧，或作为辅助检测器安装在 8890 气相色谱的顶部

How It Works

Literature

Application Notes

In this application note, a multidimensional 8890 series custom GC is used to analyze CO2 products from carbon dioxide utilization technologies.

This application note describes a method for analysis of a standard hydrocarbon gas mixture with the Agilent Intuvo 9000 GC.

Presents a fast refinery gas analyzer system comprising the Agilent 8890 GC.

Complete Refinery Gas analysis in less than 8 minutes using the G3507A Large valve Oven

In this application note, a multi-dimensional 8890 series custom GC is used to analyze CO2 products from carbon dioxide utilization technologies.

This application note describes a method for analysis of a standard hydrocarbon gas mixture with the Agilent Intuvo 9000 GC.

Presents a fast refinery gas analyzer system comprising the Agilent 8890 GC.

Data Sheets

Support

Quick Reference Guides

Highlights the features of and differences between GC detectors.

Troubleshooting Guide

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