Light scattering with the Zetasizer owes part of its success to the ease of use integral in its default DTS software. The intuitive windows environment lets you setup a measurement (either in “manual” or in “standard operating procedure” mode) and all that’s left is to press the big green Start button. Decades of experience with light scattering have allowed the development of the Zetasizer platform with built in expert knowledge. In fact, we designed the first digital correlator (the core piece enabling determination of the correlation function for dynamic light scattering) at Malvern [1]. Thus it goes without saying that there is a lot more power in the system than what meets the eye.
Optional research software features Zetasizer – optional
- Malvern Zetasizer Nano-ZS ZEN 3600 Software: Zetasizer Software Version 7.13 Capabilities: Measurement Molecular size.
- It was initially added to our database on. Zetasizer Software runs on the following operating systems: Windows. C H A P T E R 3 Navigating the Software The Malvern Zetasizer software controls the system during a measurement and then processes the measurement data to produce either a size, zeta potential or molecular weight result.
- Instrumat has recorded screenshots of the Malvern Zetasizer DTS software (Vers. 7.01) to show how custom reports can be produced.
The default of many of these advanced settings and features is their most practical values. You can access the setting if willing to do so. Caution: Do not read beyond unless you already are or plan to deeply familiarize yourself with light scattering. OK, with the warning out of the way, here are but a few of the settings that you can access in the advanced research features
The Pike group at Malvern designed the first commercial digital correlator” Previously. Get the latest Zetasizer DTS software (download for free) Complex titrations – variable dosing (zeta and size) Tips and Tricks for Nanoparticle Characterization (44 questions and answers) Polydispersity/pdi from several peaks in DLS.
- Core-shell model to test the influence of refractive index in Mie scattering
- Logarithmic and linear correlator settings
- Mutliple narrow mode, CONTIN, discrete exponential fit settings
- Cumulant order, weighting, fit range
- Rayleigh-Gans Debye selection or Mie scattering (see FAQ-Mie-Equations)
- White Mangelsdorf theory, complex ionic dispersants
A more detailed description of these parameters and their settings can be found in the Zetasizer Nano Research Grade Software Features. Yet this is not meant for general use, and if unfamiliar with light scattering could lead to confusion. That’s why these features are not apparent when the standard software is opened.
How to try out the research software
Once again, this section is not something to confront an inexperienced novice light scatterer: There is a way to test out and experience these advanced research features within the Zetasizer software. For a trial access go to Tools –> Options –> Feature Keys This will generate a trial key specifically for your software installation. “The description expands to: These features allow greater control over many aspects of data acquisition and processing. For a 30-day trial enter the licence xxxxxxxxx”. Press the Install licence key button. Now close and restart the software, which will then show an enabled Features button in the far right software corner on the bottom. Simply click on it to show details for the particular feature key.
Final recommendation: even if you do decide to get and enable the research grade software features, we advise to make the standard desktop shortcut start without research mode. You can accomplish this with a shortcut where the target gets appended with the option -noresearch.
[1] Robert Pecora in Dynamic Light Scattering : Applications of Photon Correlation Spectroscopy, ed. Durlabh kundli lite software free full version 2011. R. Pecora, page 4, Plenum Press New York (1985) : “…The Pike group at Malvern designed the first commercial digital correlator…”
Previously
- Get the latest Zetasizer DTS software (download for free)
- Complex titrations – variable dosing (zeta and size)
- Tips and Tricks for Nanoparticle Characterization (44 questions and answers)
- Polydispersity/pdi from several peaks in DLS
- Which size: intensity volume number ?
If you have any questions, please email me at ulf.nobbmann@malvern.com. Thanks! While opinions expressed are generally those of the author, some parts may have been modified by our editorial team.
Light scattering with the Zetasizer owes part of its success to the ease of use integral in its default DTS software. The intuitive windows environment lets you setup a measurement (either in “manual” or in “standard operating procedure” mode) and all that’s left is to press the big green Start button. Decades of experience with light scattering have allowed the development of the Zetasizer platform with built in expert knowledge. In fact, we designed the first digital correlator (the core piece enabling determination of the correlation function for dynamic light scattering) at Malvern [1]. Thus it goes without saying that there is a lot more power in the system than what meets the eye.
Optional research software features Zetasizer – optional
The default of many of these advanced settings and features is their most practical values. You can access the setting if willing to do so. Encanter. Caution: Do not read beyond unless you already are or plan to deeply familiarize yourself with light scattering. OK, with the warning out of the way, here are but a few of the settings that you can access in the advanced research features
- Core-shell model to test the influence of refractive index in Mie scattering
- Logarithmic and linear correlator settings
- Mutliple narrow mode, CONTIN, discrete exponential fit settings
- Cumulant order, weighting, fit range
- Rayleigh-Gans Debye selection or Mie scattering (see FAQ-Mie-Equations)
- White Mangelsdorf theory, complex ionic dispersants
A more detailed description of these parameters and their settings can be found in the Zetasizer Nano Research Grade Software Features. Yet this is not meant for general use, and if unfamiliar with light scattering could lead to confusion. That’s why these features are not apparent when the standard software is opened.
Malvern Zetasizer Software For Windows 10
How to try out the research software
Once again, this section is not something to confront an inexperienced novice light scatterer: There is a way to test out and experience these advanced research features within the Zetasizer software. For a trial access go to Tools –> Options –> Feature Keys This will generate a trial key specifically for your software installation. “The description expands to: These features allow greater control over many aspects of data acquisition and processing. Senor coconut el baile aleman rar files. For a 30-day trial enter the licence xxxxxxxxx”. Press the Install licence key button. Now close and restart the software, which will then show an enabled Features button in the far right software corner on the bottom. Simply click on it to show details for the particular feature key.
Final recommendation: even if you do decide to get and enable the research grade software features, we advise to make the standard desktop shortcut start without research mode. You can accomplish this with a shortcut where the target gets appended with the option -noresearch.
[1] Robert Pecora in Dynamic Light Scattering : Applications of Photon Correlation Spectroscopy, ed. R. Pecora, page 4, Plenum Press New York (1985) : “…The Pike group at Malvern designed the first commercial digital correlator…”
Malvern Zetasizer Software Manual
Previously
- Get the latest Zetasizer DTS software (download for free)
- Complex titrations – variable dosing (zeta and size)
- Tips and Tricks for Nanoparticle Characterization (44 questions and answers)
- Polydispersity/pdi from several peaks in DLS
- Which size: intensity volume number ?