Agilent Manuals

This course covers the fundamental principles and techniques of high performance liquid chromatography (LC) and emphasizes the use and operation of the Agilent 1100 series liquid chromatograph. Course content includes the separation process, method development, quantitative analysis, and troubleshooting. This course is ideal for new users of Agilent liquid chromatographs for routine sample analysis or for developing new methods.

This document introduces the practical aspects of performing routine liquid chromatography (LC) using the Agilent 1100 Series liquid chromatograph and the Agilent ChemStation for LC. It covers the basics of liquid chromatography, instrument maintenance, calibration tables, sequencing, and chromatographic troubleshooting. Provides the key information for performing this latest technique with confidence and efficiency.

This document describes the features and characteristics of Agilent ChemStation for LC, including elements of a method, displaying signals, integration, quantification, sequences, customized reporting, and user-contributed macros. It is suitable for new users with a fundamental knowledge of liquid chromatography. Hands-on exercises are provided for learning effective data analysis and reporting, as well as system customization according to laboratory or customer needs.

This document introduces how to obtain high-quality SCAN mode data from a gas chromatograph-mass spectrometer (GC-MS) system and how to identify compounds based on these data.

This course introduces two common decomposition mechanisms to help identify unknown compounds from mass spectra. These two mechanisms are alpha cleavage and inductive cleavage.

This course introduces the software operation techniques for the Agilent 1100 Series liquid chromatograph/mass selective detector (LC/MSD) and highly productive system operation techniques.

This document provides an overview of ionization theory, API-MS hardware, considerations for samples and solutions, interpretation of API-MS mass spectra, generation of structural information, inlet considerations, troubleshooting, and methods development. The course is designed for undergraduate chemistry students with experience in mass spectrometry, including mass spectrometer operation and EI data interpretation. It is also suitable for LC/MS operators or supervisors planning to use LC/MS, GC/MS operators or supervisors planning to utilize LC/MS, and individuals experienced in LC separations who plan to use MS detection. The course includes practical exercises in API-LC/MS methods development and spectral interpretation.

This course provides technical personnel with basic, valuable skills to enhance the quality of analytical data. This course covers the basic principles of chromatography instrument operation, focusing on design qualification (DQ), installation qualification (IQ), operational qualification (OQ), and performance verification (PV) for liquid chromatographs, UV-Vis spectrophotometers, infrared spectrometers and automated workstations.

The course introduces the application of selectivity in chemical analysis, including instrumentation strategies, sample preparation strategies, derivatization strategies and chromatographic strategies.

Describes how to customize the ChemLMS QC Client software, including using QC Client Events, Result Entry Forms, Visual Basic and ChemLMS Command Processor Interface, ChemLMS QC Client RDO Connection, Add-On DLLs, Server API, Report customization, Standard QC Client DLLs Replacement, Standard QC Client Modules Replacement and Standard QC Client Modules Enhancement.

Introduces the fundamentals of the ChemLMS/QC Client software. Students learn how to track samples through a complete life cycle. They also learn in detail how to implement an actual laboratory information man- agement system (LIMS).

Describes the basic concepts of ChemLMS and its application in laboratory information management systems

The document presents the fundamentals of custom report writing using Thru-Put Systems' ReportW macro language. It trains students to create custom report macros, including topics such as macro language, macro tools, function usage, calculation loops, formatting and printing output.

This document describes how to network multiple Agilent ChemStations using a local area network (LAN). It covers how to share files and printers and to network ChemStations to an existing company LAN.

This document introduces the fundamentals of using Agilent's ChemStore software. Topics cover the basics of setting up a study and custom fields, data transfer, queries, and reporting