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superb performance for general purpose application
Dr Lawrence Pacquette presents how Agilent ICP-MS instruments provide the required sensitivity for ultra-trace elemental analysis and improves efficiency
Find your ideal match of Agilent GC Columns and Supplies with the Agilent Parts Finder tool and the GC Column Selection Tool.
8800 Triple Quadrupole ICP-MS Site Preparation Checklist
Technical Overview for Agilent 8800 Triple Quadrupole ICP-MS: Understanding oxygen reaction mode in ICP-MS/MS
The new Agilent 8800 ICP Triple Quad (ICP-QQQ) provides applications capabilities and research opportunities never possible before.
This page describes Basic Components of ICP-MS and explains operating principle of the ICP-MS instrument
This page explains control of interference with the ICP-MS instrument
7800/7900 ICP-MS Site Preparation Checklist Rev.B (Japanese)
Solve problems with H2 cell gas, unreactive polyatomic ions cause residual interferences, cell-formed reaction product ions and cell gas reaction causing sensitivity loss.
7800/7900 ICP-MS Site Preparation Checklist Rev.B (English)
Raise your expectations - Agilent'snew 7900 ICP-MS redefines ICP-MS performance
MKIUNITY2 MFC Series 2 Installation Manual
Instructional video for steps required to complete testing of the torch after maintenance on the 7500 ICP-MS.
Technical overview for Reaction data for 70 elements using O2, NH3 and H2 gases with the Agilent 8800 Triple Quadrupole ICP-MS
Allows axial ICP users to achieve maximum sensitivity, lower detection limits, excellent long-term stability & reduced downtime with the sheath gas high solids torch.
Learn how to maintain your PerkinElmer ICP-MS interface cone with Agilent supplies in this short video.