Achieving method transfer between the Mastersizer 2000 and the Mastersizer 3000

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00:00:00 Achieving method transfer between the Mastersizer 2000 and the Mastersizer 3000
00:00:49 Achieving method transfer between the Mastersizer 2000 and the Mastersizer 3000
00:01:28 Overview
00:02:38 Achieving comparable results
00:03:59 Wet dispersion units
00:05:31 Hydro LV & MV: sample tank design
00:06:37 Dry dispersion units
00:07:47 Comparing results
00:08:10 Comparing results
00:09:02 Dispersion conditions
00:09:27 Extracting the measurement settings
00:10:06 Achieving comparable wet dispersion
00:10:55 An ideal dispersion trend
00:12:21 Achieving comparable wet dispersion
00:14:14 Differences in the sampler settings
00:15:04 Pump and stir speed titration: Hydro G
00:16:07 Stir speed titration: Hydro LV
00:17:28 Achieving comparable results: concentration
00:19:20 Achieving comparable results: obscuration titration
00:20:26 Achieving comparable dry dispersion
00:21:14 Achieving comparable dry dispersion
00:22:41 Comparing pressure titrations on Scirocco & Aero
00:25:01 Analysis
00:25:24 Analysis: Optical properties
00:27:01 Analysis: Assessing the data fit
00:28:06 Analysis: Assessing the data fit
00:28:47 Analysis: Correct optical properties
00:29:44 Analysis: models
00:30:59 Analysis: Particle shape
00:32:15 Analysis: Mastersizer 2000 emulation mode
00:32:50 Case Studies
00:33:13 Case studies across the size range
00:34:06 Case studies across the size range
00:34:52 Case studies across the size range
00:35:25 Case studies across the size range
00:36:12 Examples at the extremes of the size range
00:37:15 Conclusions
00:38:07 Contact Information
In this presentation we will discuss some of the issues involved, and software tools available, to enable effective transfer of particle sizing methods from the Mastersizer 2000 to the Mastersizer 3000 laser diffraction particle size analysis system.