Webinar On Co Adsorption By Dr Daniel J Burnett

webinar on Co adsorption Of Pharmaceuticals by Dr daniel j bu
webinar on Co adsorption Of Pharmaceuticals by Dr daniel j bu

Webinar On Co Adsorption Of Pharmaceuticals By Dr Daniel J Bu Webinar: advanced vapor sorption applications for pharmaceutical materials: utilization of co adsorption isotherms and raman spectroscopy. presented by dr. d. Watch this webinar now on the utilization of adsorption isotherms and raman spectroscopy in the characterization of pharmaceutical materials. this webinar is delivered by a leading authority in sorption science, dr. daniel j burnett.

webinar Understanding Isotherm Shape And Isotherm Modelling From Dvs
webinar Understanding Isotherm Shape And Isotherm Modelling From Dvs

Webinar Understanding Isotherm Shape And Isotherm Modelling From Dvs About press copyright contact us creators advertise developers terms privacy policy & safety how works test new features nfl sunday ticket press copyright. This session will explores well established vapor sorption techniques of dynamic vapor sorption (dvs) and inverse gas chromatography (igc). with a focus on applications, the webinar delves into the physicochemical characterization capabilities offered by the dvs and igc, specific to polymers and films. in particular to igc, practical examples and case studies are given that cover a wide range. He received his bachelor’s degree in professional chemistry from eastern michigan university in 1997 and ph.d. degree in chemical engineering from the university of michigan in 2001. dr. burnett has authored and co authored over 25 papers in peer reviewed journals and presented at numerous national and international conferences. Dynamic vapor sorption (dvs) instruments are commonly used to measure sorption isotherms on a diverse array of materials, including powders, fibers, films, particulates, and other solid surfaces. these isotherms can be obtained with various gases and vapors over a wide range of temperatures. isotherm size, shape and hysteresis can elucidate mechanistic information about vapor gas solid.

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