Application Note 23
The Water Sorption Properties of Ramyun Noodles
Application Note 22
A Simple Shelf Life Prediction of Crackers
Application Note 209
An investigation of Chromosorb silicas as support materials for inverse gas chromatography
Application Note 208
The measurement of isotherms by pulse inverse gas chromatography
Application Note 207
Characterisation of drug polymorphs by inverse gas chromatography
Application Note 206
Determination of permeability coefficients of alkanes in polyethylene powder by infinite dilution inverse gas chromatography
Application Note 205
The determination of the solubility parameter of different starch types by infinite dilution inverse gas chromatography
Application Note 204
Determination of the glass transition temperatures Tg of maltose and its dependence on relative humidity by infinite dilution inverse gas chromatography
Application Note 203
Heat of sorption studies on micro crystalline cellulose by pulse inverse gas chromatography at infinite dilution
Application Note 202
Determination of the dispersive surface energy of Paracetamol by pulse inverse gas chromatography at infinite dilution
Application Note 201
Gas phase diffusion studies of cyclohexane by infinite dilution inverse gas chromatography
Application Note 106
Vapor Pressure Measurements Knudsen Effusion Method
Application Note 107
DVS Endeacour: An Introduction to the Endeavour System and its Applications
Application Note 105
Shelf life Assessment of Meat Products by Dynamic Vapour Sorption
Application Note 104
Vapour Sorption Properties of Building Materials using Gravimetric Sorption Instrumentation – an Overview
Application Note 103
Organic Solvent Sorption using a Dynamic Vapour Sorption Instrument-an Overview
Application Note 102
Moisture Sorption Properties of Food Products and Packaging Materials Studied by DVS
Application Note 101
The Characterisation of Pharmaceutical Materials by Dynamic Vapour Sorption
Application Note 66
An overview of the Speed of Sound sensor; theory and application
Application Note 65
Impact of Relative Humidity on the Adsorption of Volatile Organic Compounds by Porous Materials – Two Component Sorption Study
Application Note 64
Environmental Assessment of Formaldehyde Sorption by Dynamic Vapour Sorption Technique
Application Note 63
Hydrate Formation and Loss on the Hybrid Perovskite Methyl Ammonium Lead Iodide (MAPI)
Application Note 62
Water Activity(Aw) Measurements Using a Payne Cell with a Flux-Calibrated Membrane and DVS
Application Note 61
Characterizing the Restoration Materials for Historic Buildings Using Dynamic Vapour Sorption Technique
Application Note 59
Investigation of Channel Hydrate Formation and Loss Using the DVS
Application Note 60
Iso-activity Analysis of Phenol Crystals
Application Note 58
Use of DVS-NEAR IR Technique for Material Characterization
Application Note 57
Characterisation of Wheat Straw for Bio-fuel Application
Application Note 56
Measuring TEWL or Moisture Flux Across Artificial Skin
Application Note 55
Measurement of Moisture Uptake Capacity in Human Hair Using Dynamic Vapour Sorption Technique
Application Note 54
Detecting and Modelling Porosity in Natural and Engineered Materials
Application Note 53
Moisture Sorption and Pore Collapse of Coals
Application Note 52
Vapour Permeability of Porous Materials using Payne Diffusion Cell
Application Note 51
Gas Capture and Vapour Separation by Microporous Materials
Application Note 50
An Overview of Dynamic and Gravimetric Vapour Sorption Vacuum System
Application Note 49
Measuring Water Vapor Flux Across Model Proton Exchange Membranes
Application Note 47
Determination of True Density by Dynamic Vapour Sorption
Application Note 46
Combining Raman Spectroscopy with Gravimetric Vapour Sorption Analysis for Pharmaceutical Materials
Application Note 45
Investigation of Desolvation Kinetics Using the DVS
Application Note 44
Determining Amorphous Contents without a Standard:Hydrate/Solvate Stoichiometry
Application Note 43
Determination of Surface Energetics of Mineral Aggregates Used in Asphalt by DVS
Application Note 42
Using the DVS to Investigate Moisture-Induced Crystallization Kinetics
Application Note 302
An Overview- Characterisation of strong solid-vapour interactions by inverse gas chromatography
Application Note 301
An Overview of iGC-SEA – A new instrumental technique for characterizing the physico-chemical properties of pharmaceutical materials
Application Note 227
Determination of Acid-Base Component of the Surface Energy by Inverse Gas Chromatography
Application Note 226
Surface Heterogeneity of Carbon Nanotubes
Application Note 224
Surface Energetic Heterogeneity Profiles by iGC Surface Energy Analyzer
Application Note 225
Isotherm Measurements for BET Surface Area Calculations using Inverse Gas Chromatography
Application Note 223
Determination of energy parameters on microporous activated carbons
Application Note 222
The Determination of Surface Adsorption Potential Heterogeneity Profiles on Graphite by Inverse Gas Chromatography