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必威体育登录手机The Concepts Guide explains the operation of the Agilent 5977C MSD by helping you understand how the hardware and software work.
This document contains an overview of the items included with your system.It is intended to help you get started using your GC/MSD System quickly.
必威体育登录手机This manual describes the troubleshooting and maintenance of the Agilent 5977C Series Mass Selective Detector (MSD).
Ion Source Cleaning and Scheduled Maintenance
This quick start guide provides a brief summary of the comprehensive collection of manuals, videos, user applications, and method development tools that accompany your hardware and software.
必威体育登录手机The Agilent JetClean system allows you to greatly increase the number of samples you can process before you must manually clean your ion source.
This document contains an overview of the items included with your system.It is intended to help you get started using your GC/MSD System quickly.
Hydrogen presents a number of dangers.Some are general, others are unique to GC or GC/MS operation.
See how we identified and quantitated volatiles at low µg/L levels by performing a 7-minute analysis using headspace-GC/MSD with HydroInert and hydrogen carrier gas.
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必威体育登录手机This application note demonstrates the ability of the Agilent HydroInert source to allow the use of hydrogen carrier gas, while retaining critical functional groups.
必威体育登录手机This manual contains information for operating and maintaining the Agilent 5977C Series GC/MSD.
必威体育登录手机The Agilent JetClean system allows you to greatly increase the number of samples you can process before you must manually clean your ion source.
必威体育登录手机The Agilent JetClean system allows you to greatly increase the number of samples you can process before you must manually clean your ion source.This chapter provides a brief
Faced with the growing uncertainty around helium access casting a shadow over the future of their analytical processes, Indorama looked for an alternative approach that wouldn't sacrifice quality.
必威体育登录手机Presented here are two methods based on the requirements of the EPA 1628 analytical method, one developed with traditional helium carrier gas and second method using hydrogen carrier gas, converted by using Agilent MassHunter Method Translator.
This work describes the conversion of a GC/MS method for the identification of flavor and fragrance compounds in essential oils from helium to hydrogen (H2) using HydroIntert EI Source.
This study demonstrates how unit resolution GC/MS workflow is employed for identifying GC-amenable E&L compounds by leveraging spectral deconvolution in combination with retention index-based time filtering.
ASMS 2023 - If He is available at an acceptable price, it is the preferred carrier for GC/MS and should be used.However, as shown in this overview of several converted methods, H2 can be used if appropriate adjustments are made to accommodate its...
必威体育登录手机ASMS 2023 - The triple quadrupole GC/MS method for analyzing PAHs using hydrogen carrier gas, the Agilent HydroInert source, and backflush described here demonstrated several improvements over previous hydrogen and helium methods.
ASMS 2023 - Automating GC/MS peak integration using Machine Learning Modelling for maximizing throughput, quality and enhancing consistency.