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SMS Internal Application Notes

SMS Internal Application Notes

Summary of applications notes developed using SMS products across different industries, materials and experiments.

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Responsible Daniel Villalobos
Last Update 07/02/2025
Completion Time 1 day 18 hours 20 minutes
Members 252
Principles of Sorption Science DVS applications IGC applications Gas sorption applications Raman Integration
  • DVS related
    • App01 Validation of RH
    • App02 Reference Material RM302
    • App03 Spray Dried Lactose
    • App05 Activated Carbon Organic
    • App07 Diffusion Polymer Tubes
    • App08 Coffee Granules
    • App09 Cement Kinetics
    • App10 DVS Video Microscope Rev 1 1
    • App11 Powdered Milk
    • App12 Blister Pack
    • App13 Hydrophobic Pharma
    • App14 Active Carbon
    • App15 Helium
    • App16 Diffusion Thin Films
    • App17 Surface Energy
    • App18 BET
    • App19 Heat of Sorption
    • App20 Lemon Flavour
    • App21 Tobacco
    • App22 Crackers
    • App23 Noodles
    • App24 Humic Acids
    • App25 Humic Acids II
    • App26 Isotherm Types
    • App27 Japan Green Tea
    • APP28 MSG
    • App29 Drying of Creams
    • App30 Powder Diffusion
    • App31 Microelectronics Packaging
    • App32 Microsample Fast Kinetics
    • App33 Protein-Sugar Formulations
    • App34 Amorphous Content Determination
    • App35 Glass Transition RH Determination
    • App36 Hydrate Formation
    • App37 Hysteresis Effects
    • App38 Mesopore Size Distribution
    • App39 Fuel Cell Membranes
    • App40 Mixed Isotherms
    • App41 Solvate Formation
    • App42 Crystallization Kinetics
    • App43 Minerals Surface Energy
    • App44 Amorphous Content-Stoichiometry
    • App45 Solvate Kinetics
    • App46 DVS Raman
    • App47 DVS Powder Density
    • App49 DVS Fuel Cell Flux
    • App50 Overview Vacuum Applications
    • App51 DVS Vacuum on Metal Organic Frameworks
    • App52 Vapour Permeability using Payne Diffusion Cell
    • App53 Moisture Sorption and Pore Collapse of Coals
    • App54 Porosity in Natural and Engineered Materials
    • App55 Moisture Uptake Capacity in Human Hair
    • App56 TEWL - Moisture Flux
    • App57 Biomass
    • App58 DVS Near IR
    • App59 Channel Hydrate Formation
    • App60 Iso-activity Analysis of Phenol Crystals
    • App61 Building Materials
    • App62 Water Activity (Aw) with a DVS Instrument
    • App63 Hydration of Perovskites (MAPI)
    • App64 Environmental Assessment of Formaldehyde Sorption by Dynamic Vapour
    • App65 Impact of Relative Humidity on VOCs Sorption
    • App66 SoS An Overview of the Speed of Sound sensor Theory and Application
    • App67 Hydroxyl Group Accessibility in Cellulose Fibre with DVS
    • App68 Hair damage characterization using Dynamic Vapor Sorption Tg (RH) measurements
    • App101 DVS Pharma Overview
      Preview
    • App102 DVS Food Overview
    • App103 DVS Organic Overview
    • App104 DVS Building Material Overview
    • App105 Shelf life Assessment of Meat Products by Dynamic Vapour Sorption
    • App 106 Vapour Pressure Measurement
    • App107 DVS Endeavour An Introduction to the Endeavour System and its Applications
    • App108 Amorphous Content Determination using Amorphous and Crystalline Standards
    • App109 Application Note Moisture induced degradation using DVS and Raman
    • App112 Humidity & Temp on Drying Kinetics, Phase Composition & Gypsum Morphology
    • App 705 The Effect of Temperature on Moisture Sorption in MCC
    • DVS Application Note List
  • IGC-SEA Related
    • App Note 201- iGC SEA Gas Phase Diffusion
    • App Note 202- iGC SEA Surface Energy Paracetamol
    • App Note 203- iGC SEA Heat of Sorption
    • App Note 204- iGC SEA Tg Maltose
    • App Note 205- iGC SEA Solubility Starch
    • App Note 206- iGC SEA Permeability
    • App Note 207- iGC SEA Polymorphs
    • App Note 208- iGC SEA Pulse Isotherms
    • App Note 209- iGC SEA Chromosorb
    • App Note 210- iGC SEA Hair
    • App Note 211- iGC SEA Minerals
    • App Note 212- iGC SEA Amorphous Material
    • App Note 213- iGC SEA Frontal at Infinite Dilution
    • App Note 214- iGC SEA Activation Energy Diffusion
    • App Note 215- iGC SEA Micropore Separation
    • App Note 216- iGC SEA Glass Fibre
    • App Note 218- iGC SEA Solubility Parameters PMMA
    • App Note 219- iGC SEA Heterogeneinty of Hair
    • App Note 220- iGC SEA Cotton Perfume
    • App Note 221- iGC SEA Acid-Base Interactions
    • App Note 222- iGC SEA Heterogeneinty of Graphite
    • App Note 223- iGC SEA Activated Carbons
    • App Note 224- iGC SEA Surface Energetic Heterogeneity Profiles
    • App Note 225- iGC SEA BET Surface Area
    • App Note 226- iGC SEA Surface Energetic Heterogeneity of Carbon-based Nanomaterials
    • App Note 227 - iGC-SEA Acid-base surface energy
    • App Note 228 - iGC-SEA Water Sorption and Surface properties of bathroom tissues
    • App Note 301- iGC SEA General Pharma
      Preview
    • App Note 302- iGC SEA Strong Vapor Surface Interactions
    • App Note 304- iGC SEA General Inorganic Materials
    • App Note 303- iGC SEA General Polymers
    • iGC SEA Application List
  • Other relevant notes