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General| Emission Wavelength Range | 250-900 nm |
|---|---|
| Excitation Source | Xenon Lamp |
| Detector | PMT (photomultiplier tube) |
| Sample Compartment | Standard and temperature-controlled options available |
| Spectral Resolution | 1.0 nm |
Overview of the spectrofluorometer systems and their main components.
Provides a summary of the manual's chapters and their content.
Outlines user responsibilities, product limitations, and warranty information.
Details essential safety training and required environmental conditions for operation.
Specifies necessary surface, clearance, and electrical power configurations.
Guides through unpacking the system and its components for initial setup.
Introduces the spectrofluorometer and explains its basic operational principles.
Details the physical arrangement and key optical components of the system.
Describes the system's detectors and main electronic boards and controllers.
Identifies main controls, indicators, and guides the power-on procedure.
Outlines procedures for verifying system performance and calibration.
Introduces main buttons for data recording and presentation in FluorEssence™.
Guides on using the Experiment Menu for spectral scan setup.
Details tools for 3D scan conversion and retrieving peak information.
Provides a method for finding optimal excitation and emission wavelengths.
Guides on preparing cuvettes and handling various sample types.
Covers scan precautions, filters, G factor, S/N, smoothing, and data correction.
Provides detailed steps and precautions for replacing the xenon lamp.
Describes main electronic components like power supply, CTI card, and controllers.
Offers a chart of common problems, causes, and remedies for system issues.
Covers BIOS checks, diagnostic spectra, water Raman analysis, and further assistance.
Outlines the process for creating emission and excitation correction factors.
Guides on loading and applying acquired correction factor files.
Introduces the phosphorimeter, its theory, and key operational parameters.
Describes applications like decay curves and processing phosphorimeter data.
Details the procedure for replacing the phosphorimeter's flash lamp.
Explains polarization measurement theory, geometries, and magic-angle conditions.
Guides on installing, aligning, and re-aligning the automated polarizers.
Discusses software usage for polarizer control and polarization analysis.
Provides solutions for common issues encountered with the automated polarizers.
Lists detailed technical specifications for the spectrofluorometer components.
Specifies the necessary computer hardware and software for system operation.
Provides a list of all available accessories and their corresponding page numbers.
Details accessories for sample manipulation, temperature control, and measurement.
Describes lamps, filters, fiber optics, and system upgrade options.
Defines key terms used throughout the manual for better understanding.
Lists references and journals related to fluorescence spectroscopy.
States compliance with relevant safety and EMC standards.
Provides an alphabetical index for quick topic lookup within the manual.
