Hydrothermally induced changes in the properties of MFC and characterization of the low molar mass degradation products

Keyphrases

• Birch Kraft Pulp 16%
• Capacity Surface 16%
• Catalyzed Reaction 16%
• Charge Retention 16%
• Complex Mixtures 16%
• Degradation Products 100%
• Discoloration 16%
• Endoglucanase 16%
• Fiber Fragments 16%
• Filtrate 50%
• Formic Acid 16%
• Fructose 16%
• Furan 16%
• Glycolic Acid 16%
• Hydrolysis Products 16%
• Hydrothermal Treatment 50%
• Hydrothermally 100%
• Isomerization 16%
• Lactic Acid 16%
• Loss Modulus 16%
• Lower Molar 100%
• Mass Destruction 100%
• Microfibrillated Cellulose 100%
• Microfluidizer 16%
• Molar Mass 100%
• Mono-component 16%
• Never-dried 16%
• Organic Acids 33%
• Oscillatory Measurements 16%
• Physicochemical Properties 16%
• Storage Modulus 16%
• Surface Analysis 16%
• Surface Charge 33%
• Surface Discoloration 16%
• Surface Formation 16%
• Surface Structure 16%
• Surface Water 16%
• Viscosity 33%
• Water Dissociation 16%
• Water Retention 33%
• Xylonic Acid 16%
• Xylose 50%

INIS

• capacity 33%
• cellulose 100%
• charges 33%
• chemical properties 16%
• dissociation 16%
• fibers 33%
• fructose 16%
• furans 16%
• hydrolysis 16%
• isomerization 16%
• losses 16%
• mixtures 16%
• organic acids 33%
• pulps 16%
• retention 33%
• storage 16%
• sugars 33%
• surfaces 66%
• viscosity 33%
• water 66%
• xps 16%
• xylose 16%

Material Science

• Chemical Property 33%
• Hydrothermal Synthesis 100%
• Kraft Pulp 33%
• Surface Analysis 33%
• Surface Charge 66%
• Surface Structure 33%