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Details the two procedures: capturing scattering patterns and analyzing data via presentation.
Guides users through the practical steps of setting up, aligning, and measuring a sample.
Explains the three steps for analysis: choosing model, presentation, and calculating the result.
Emphasizes the critical importance of sample preparation for accurate measurements.
Guides selection of the appropriate range lens based on sample size and dispersion method.
Discusses lens suitability for different sample dispersion methods (air vs. liquid).
Explains the importance of background measurement for subtracting ambient light.
Covers system checks, lens fitting, and beam expander setup before measurement.
Explains how to align the laser centrally on the detector for accurate measurements.
Describes the procedure for taking a background measurement to subtract noise and contaminants.
Guides on adding sample to achieve correct concentration and monitoring obscuration.
Details the final step of performing the sample measurement to obtain scattering data.
Explains the different analysis models (polydisperse, multimodal, etc.) and their usage.
Discusses selecting presentations based on sample optical characteristics and the Malvern grid.
Explains how to initiate the calculation and interpret the residual for fit quality.
Clarifies that the primary size distribution derived is volume-based, not number-based.
Explains how irregular particles are represented as equivalent spheres for size measurement.
Details parameters like D[m,n] and span calculated from the fundamental distribution.
Explains the meaning of common terms and values in results tables and graphs.
Guides on configuring measurement procedures, number of measurements, and delays.
Details options for analyzing data, saving results, and performing statistical calculations within a sequence.
Emphasizes ensuring the sample taken is representative of the whole batch.
Discusses factors for analyzing dry samples, including flow characteristics and cohesion.
Highlights considerations for wet samples, focusing on dispersant choice and preparation.
Guides on selecting and preparing the suspension medium (dispersant) for wet samples.
Explains ways to modify analysis results, controlled via Setup-Result Modifications.
Details removing data or result channels to exclude noise or contaminants.
Describes removing data channels to limit effects of bubbles, contaminants, or spray issues.
Explains removing result channels to isolate modes or isolate expected distribution characteristics.
Explains how to modify Mastersizer results to match other sizing methods.
Explains converting volume distribution results to surface area, length, or number distributions.
Explains how to clean cell windows, range lenses, and the beam expander.
Details the procedure for removing, cleaning, and replacing cell windows and O-rings.
Details the two procedures: capturing scattering patterns and analyzing data via presentation.
Guides users through the practical steps of setting up, aligning, and measuring a sample.
Explains the three steps for analysis: choosing model, presentation, and calculating the result.
Emphasizes the critical importance of sample preparation for accurate measurements.
Guides selection of the appropriate range lens based on sample size and dispersion method.
Discusses lens suitability for different sample dispersion methods (air vs. liquid).
Explains the importance of background measurement for subtracting ambient light.
Covers system checks, lens fitting, and beam expander setup before measurement.
Explains how to align the laser centrally on the detector for accurate measurements.
Describes the procedure for taking a background measurement to subtract noise and contaminants.
Guides on adding sample to achieve correct concentration and monitoring obscuration.
Details the final step of performing the sample measurement to obtain scattering data.
Explains the different analysis models (polydisperse, multimodal, etc.) and their usage.
Discusses selecting presentations based on sample optical characteristics and the Malvern grid.
Explains how to initiate the calculation and interpret the residual for fit quality.
Clarifies that the primary size distribution derived is volume-based, not number-based.
Explains how irregular particles are represented as equivalent spheres for size measurement.
Details parameters like D[m,n] and span calculated from the fundamental distribution.
Explains the meaning of common terms and values in results tables and graphs.
Guides on configuring measurement procedures, number of measurements, and delays.
Details options for analyzing data, saving results, and performing statistical calculations within a sequence.
Emphasizes ensuring the sample taken is representative of the whole batch.
Discusses factors for analyzing dry samples, including flow characteristics and cohesion.
Highlights considerations for wet samples, focusing on dispersant choice and preparation.
Guides on selecting and preparing the suspension medium (dispersant) for wet samples.
Explains ways to modify analysis results, controlled via Setup-Result Modifications.
Details removing data or result channels to exclude noise or contaminants.
Describes removing data channels to limit effects of bubbles, contaminants, or spray issues.
Explains removing result channels to isolate modes or isolate expected distribution characteristics.
Explains how to modify Mastersizer results to match other sizing methods.
Explains converting volume distribution results to surface area, length, or number distributions.
Explains how to clean cell windows, range lenses, and the beam expander.
Details the procedure for removing, cleaning, and replacing cell windows and O-rings.
General| Brand | Malvern |
|---|---|
| Model | Mastersizer S Series |
| Category | Measuring Instruments |
| Language | English |
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