Overview 1202 TERMINOLOGY AND TECHNIQUES FOR MEASURING THE SORPTION OF VAPORS AND GASES
Case Study 628 Effect of Humidity on VOC filters for Indoor Air Quality
Case Study 627 Measuring importance of humidity control on healing in bio-based wound dressings
Case Study 626 Investigations into Nafion hydration and its influence on water and oxygen transmission rates
Case Study 625 Evaluating Lewatit® VP OC 1065 Performance as a Solid Sorbent for Direct Air Carbon Capture
App1301Trace Ammonia Capture on Zeolite 13X Under Dry and Humid Conditions
App120 Comparative Analysis of Paint Drying Behavior Under Controlled Humidity Influence of Formulation on Coating Performance
App119 Moisture Induced Solvate to Hydrate Conversion of Elacestrant Dihydrochloride Insights from DVS and XRPD
App118 Determination of Moisture Sorption Isotherms and Phase Transformation RH for Instant Coffee Granules Samples
App117 Water and CO2 co-sorption landscape in CALF-20, a prototypical MOF for post combustion capture
App116 Dynamic Vapor Sorption as a PAT Tool to Assess Tablet Coating
App1301Trace Ammonia Capture on Zeolite 13X Under Dry and Humid Conditions
App1301Trace Ammonia Capture on Zeolite 13X Under Dry and Humid Conditions
Application Note 48
Vapour Pressure Measurement of Pesticides with the VPA instrument
Application Note 21
Moisture Sorption on Tobacco of Various Origins
DVS Intrinsic PLUS
DVS Resolution
DVS Discovery
DVS Adventure
DVS Endeavour
DVS Vacuum
Vapor Pressure Analyzer
iGC-SEA
iGC-SEA Case Study 614
Effect of Processing Route on the Physical Properties of Amorphous Indomethacin
DVS Overview Note 1
An Overview of Surface Measurement Systems Solutions for Gas Capture, Separation and StorageÂ
SMS Glossary of Scientific Terms
A useful guide for all the terms you will use in your sorption experiments.
DVS Carbon
Application Note 109
Studying Moisture Induced Transformations and Degradation of Pharmaceutical Ingredients Using Raman Spectroscopy Combined with Dynamic Vapor Sorption
MPA Horizon Application Note 110
Analyzing Multicomponent Permeation Through Barrier Membranes Using the Membrane Permeation Analyzer (MPA Horizon)
Application Note 112
Influence of humidity and temperature on the drying kinetics, phase composition and morphology of gypsum
Application Note 111
Realistically evaluating the capabilities of Zeolite 13X as a sorbentfor Direct Air Capture in different scales
Application note 110
Analyzing Multicomponent Permeation Through Barrier Membranes Using the Membrane Permeation Analyzer (MPA Horizon)
Application Note 114
Absorption of CO2 in amine solutions in DVS and the influence of humidity
Case Study 624
Point Source Capture of Zeolite 13X
Application Note 115
Optimize Hydrate Drying using the DVS Vacuum
Application Note 41
Using the DVS to Study the Formation of Solvates (in preparation)
Application Note 40
Using the DVS to Study the Water Sorption Properties of Multi-Component Systems
Application Note 39
Measuring Moisture Sorption and Diffusion Kinetics on Proton Exchange Membranes Using the DVS
Application Note 38
Determination of Mesopore Size Distribution by Organic Vapour Sorption
Application Note 37
Hysteresis Effects in Vapour Sorption
Application Note 36
Investigation of Hydrate Formation and Loss Using DVS
Application Note 35
Determining the Moisture-Induced Glass Transition in an Amorphous Pharmaceutical Material
Application Note 34
A New Gravimetric Method to Calculate Low Levels of Amorphous Content
Application Note 33
Moisture Sorption Measurements on a Lyophilised Bovine Serum Albumin Sample
Application Note 31
Measurement of Moisture Ingress in Microelectronic Device Packaging
Application Note 32
Accelerated Moisture Sorption Measurements by DVS Microsample Analysis
Application Note 30
Calculation of Diffusion Constants in a Pharmaceutical Powder using DVS
Application Note 29
Moisture Desorption of Creams and Calculation of Diffusion Constants
Application Note 28
Water pickup in Monosodium Glutamate
Application Note 27
Hygroscopicity of Japanese Green Tea Powder
Application Note 26
Isotherm Types and Adsorption Mechanisms of Solvents on Pharmaceutical Excipients