Engineering
Pretreatment
100%
Models
85%
Substrates
42%
Alginate
42%
Barley Straw
35%
Kinetic Model
21%
Immobilisation
21%
Process Design
21%
Production
14%
Efficiency
14%
Recovery
14%
Kinetic Parameter
14%
Yields
14%
Products
14%
Supporting Process
7%
Cellulosic Ethanol
7%
Initial Condition
7%
Regression
7%
Parameter Estimation
7%
Cellulosics
7%
Temperature
7%
Heterogeneous Reaction
7%
Validation
7%
Model Prediction
7%
Mechanisms
7%
Prediction
7%
Losses
7%
Model Structure
7%
Reuse
7%
Supports
7%
Experiments
7%
Estimation
7%
Economics
7%
Hot Water
7%
Obtains
7%
Engineering
7%
Glucose Concentration
7%
Couplings
7%
Full Scale
7%
Research
7%
Least Square
7%
Inhibitor
7%
Enzyme Immobilization
7%
Images
7%
Performance
7%
High Temperature
7%
Inhibition
7%
Elevated Temperature
7%
Broad Range
7%
Processing Cost
7%
Dry Matter
7%
Temperature Time
7%
Substrate Concentration
7%
Stability
7%
Biochemistry, Genetics and Molecular Biology
Lysozyme
92%
Enzymatic Hydrolysis
92%
Time
42%
Cellulose
42%
Alginate
42%
Glycosylation
35%
Glucose
28%
Hydrolysis Kinetics
21%
Temperature
21%
Process Design
21%
Immobilization
21%
Ionic Liquid
21%
Kinetics
21%
Cellobiose
14%
Enzyme Activity
14%
Glucose Level
7%
Cellulosic Ethanol
7%
Exercise
7%
Xylose
7%
Experiment
7%
High Temperature
7%
Substrate Concentration
7%
Degradation
7%
Process Technology
7%
Product Inhibition
7%
Glucosidases
7%
Enzyme Immobilization
7%
Processing
7%
Immobilized Enzyme
7%
Chemical Reaction Kinetics
7%
Electric Potential
7%
Chemistry
Enzymatic Hydrolysis
50%
Hydrolysis
35%
Time
35%
Transglycosylation
35%
Glutaraldehyde
28%
Glucose
28%
Chemical Kinetics Characteristics
28%
Procedure
28%
Concentration
28%
Calcium(0)
21%
Ionic Liquid
21%
Acetate
21%
Analytical Method
21%
1-Ethyl-3-Methylimidazolium
21%
Hydrolysis Kinetics
21%
Chemical Reaction Product
14%
Number
14%
Drug Dosage Parameter
14%
Bioethanol
14%
Reaction Yield
14%
Enzyme Activity
14%
Cellobiose
14%
Soluble
7%
Modification
7%
% Inhibition
7%
Inhibitor
7%
Chemical Reaction
7%
Pharmacokinetics
7%
Background Concentration
7%
Xylose
7%
Degradation
7%
Reaction Temperature
7%
Engineering Process
7%
Potential
7%
Amount
7%
Ethanol
7%