X
Search Filters
Format Format
Subjects Subjects
Subjects Subjects
X
Sort by Item Count (A-Z)
Filter by Count
biomass pyrolysis (2) 2
conversion (2) 2
lignin (2) 2
pathways (2) 2
solvents (2) 2
1-2-dihydroxybenzene (1) 1
alkylation (1) 1
alkylierung (1) 1
ameisensäure (1) 1
analysis (1) 1
automatisch aus gbv_2011-10 2012-06-06 (1) 1
biofuel (1) 1
brenzkatechin (1) 1
chemical properties (1) 1
chemical reaction, rate of (1) 1
chemical-reaction-kinetics (1) 1
communication (1) 1
decomposition (1) 1
delignification (1) 1
deoxygenation (1) 1
depolymerisation (1) 1
depolymerization (1) 1
desoxidation (1) 1
engineering (1) 1
engineering, chemical (1) 1
engineering, general (1) 1
entlignifizieren (1) 1
environment, general (1) 1
environmental engineering/biotechnology (1) 1
environmental sciences (1) 1
ethanol (1) 1
ethyl alcohol (1) 1
ethyl-group (1) 1
ethylgruppe (1) 1
flüssige phase (1) 1
formic-acid (1) 1
freiburg  (1) 1
fuel (1) 1
germany (1) 1
holz (1) 1
hydrodeoxygenation (1) 1
industrial pollution prevention (1) 1
interaktion (1) 1
kinetics (1) 1
kinetics-model (1) 1
kinetisches modell (1) 1
kongress (1) 1
liquefaction (1) 1
liquid-phase (1) 1
mass media (1) 1
massenkommunikation (1) 1
massenmedien (1) 1
mathematical models (1) 1
medienforschung (1) 1
methods (1) 1
methoxyphenol (1) 1
milled wood lignin (1) 1
monomer (1) 1
monomers (1) 1
phenol (1) 1
phenolate (1) 1
phenolates (1) 1
phenole (1) 1
phenols (1) 1
polymerization (1) 1
reaction kinetics (1) 1
reaction pathways (1) 1
reaktionskinetik (1) 1
renewable and green energy (1) 1
social aspects (1) 1
social interaction (1) 1
soziales handeln (1) 1
straw:vegetable-matter (1) 1
stroh (1) 1
substituent (1) 1
supercritical water (1) 1
thermal-degradation (1) 1
waste management/waste technology (1) 1
water (1) 1
wood:organic-material (1) 1
more...
Library Location Library Location
Language Language
Publication Date Publication Date
Click on a bar to filter by decade
Slide to change publication date range


Industrial & Engineering Chemistry Research, ISSN 0888-5885, 08/2012, Volume 51, Issue 32, pp. 10595 - 10606
A formal kinetic model describing the main reaction pathways yielding demethoxylated monomeric phenols from wheat straw lignin in a hydrogen-enriched... 
ENGINEERING, CHEMICAL | BIOMASS PYROLYSIS | SOLVENTS | CONVERSION | FUEL | DEPOLYMERIZATION | BIOFUEL | MILLED WOOD LIGNIN | REACTION PATHWAYS | WATER | Depolymerization | Pathways | Ethanol | Reaction kinetics | Deoxygenation | Ethyl alcohol | Phenols | Mathematical models
Journal Article
Waste and Biomass Valorization, ISSN 1877-2641, 12/2014, Volume 5, Issue 6, pp. 985 - 994
Journal Article
No results were found for your search.

Cannot display more than 1000 results, please narrow the terms of your search.