Agilent Manuals (Industrial)

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

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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.

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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).

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

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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.

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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.

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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

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The course introduces how to use the Agilent EnviroQuant software for data analysis and reporting

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The document is a training course outline for the Agilent GC-MSD system, covering topics such as system overview, qualitative and quantitative data analysis, report generation, user-created libraries, customized reports and databases.

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Introduces how to perform preventive maintenance and troubleshooting to keep the Agilent 5973 GC-MSD system working properly

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This document is the course outline for Agilent GC-MSD system training. It mainly covers topics such as hardware configuration, data acquisition, calibration, and report generation.

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This course focuses on the fundamentals of how to maintain the Agilent 5973 GC-MSD system in top condition and how to troubleshoot problems. Students learn when and how to per- form maintenance and how to ensure system reliability and validity of results.

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This document is a course outline for troubleshooting and maintenance of the Agilent 6890 gas chromatograph. The course covers instrument familiarization, troubleshooting and maintenance of the inlet, automatic liquid sampler, column, detector, electronics, and data system. The course is designed for users with fundamental knowledge of gas chromatography and six months of experience operating the Agilent 6890 Series GC, aiming to develop students' ability to maintain and troubleshoot the instrument.

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Introduces the fundamental concepts and operation of gas chromatography, including the startup of the gas chromatograph, the introduction of the sample, the troubleshooting and maintenance of the gas chromatograph, etc.

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Introduces troubleshooting and preventive maintenance for the 5890 gas chromatograph.

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This course introduces the basic operation methods of the Agilent 6890 gas chromatograph, including the principles and applications of gas chromatography, the basic operation of 6890 gas chromatograph, the installation of capillary column, the use of Agilent ChemStation, the setting of analysis parameters, the running method, the calibration method, etc.

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This document describes the application of modern liquid chromatography techniques, including how to select appropriate instrumentation and LC columns, optimize separations, produce robust methods, solve analytical problems, and interpret and troubleshoot chromatograms.

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This document introduces the theory and principles of HPCE, including separation by CE, mobility, electro-osmotic flow, efficiency, and resolution; explains CE instrumentation, such as capillary conditioning and thermostating, sample injection, detection modes of operation; discusses method development strategies, such as buffer selection, sample matrix, peak shape; describes the applications of CE in bioscience, pharmaceutical, environmental, chemical, and food industries; provides practical tips and methods for using CE effectively and accurately.

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