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Muhammad Tahir Ashraf
PhD
Institut for Grøn Teknologi
Adjunkt
,
SDU Biotechnology
https://orcid.org/0000-0003-3101-3421
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+4565504583
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muta
igt.sdu
dk
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Fingeraftryk
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Alfabetisk
Teknik og materialevidenskab
Acetic acid
30%
Acids
20%
Ammonia
24%
Arid regions
43%
Assays
27%
Biofilms
45%
Biogas
90%
Biomass
43%
Carboxylic acids
35%
Compaction
19%
Computer aided engineering
51%
Conversion efficiency
24%
Copolymerization
33%
Costs
20%
Decomposition
25%
Economics
46%
Enzymatic hydrolysis
68%
Ethanol
23%
Feedstocks
63%
Fermentation
38%
Fluxes
18%
Gases
30%
Iron
24%
Lipids
31%
Liquid fuels
34%
Liquids
23%
Manures
32%
Metals
14%
Methanation
50%
Methane
60%
Methanogens
100%
Methylation
37%
Natural gas
27%
Nutrients
86%
Oils
19%
Pervaporation
35%
Plastics
16%
Process engineering
56%
Productivity
39%
Profitability
23%
Propane
26%
Proteins
42%
Pyrolysis
21%
Recovery
15%
Refrigeration
24%
Sales
29%
Seed
17%
Sugars
44%
Toluene
27%
Xylene
31%
Geo- og miljøvidenskab
acetic acid
24%
analysis
16%
arid region
31%
bacterium
7%
bioenergy
25%
biofilm
41%
biofuel
24%
biogas
56%
biomass
24%
cattle
23%
digester
25%
digital terrain model
7%
DNA
9%
economics
13%
effect
13%
electrical power
9%
enzyme
6%
filter
77%
flushing
6%
foam
7%
garden
8%
gas
33%
grass
11%
halophyte
5%
hedge
18%
hydrolysis
42%
immobilization
11%
inoculation
26%
iron
19%
manure
29%
mass transfer
6%
methane
44%
methanogenesis
70%
method
9%
microbial community
19%
nutrient
35%
nutrient medium
65%
oil
13%
price
12%
production cost
8%
productivity
31%
pyrolysis
20%
rate
13%
reactor
24%
seed
14%
sensitivity analysis
6%
simulation
10%
sugar
23%
trace metal
22%
wetting
5%
Kemiske forbindelser
Acetic Acid
17%
Alkylation
6%
Application
9%
Boiling Point
8%
Catalyst
8%
Compound Isomer
10%
Copolymerization
18%
Dehydration
6%
Distillation
14%
Drop
19%
Energy Balance
5%
Enzymatic Hydrolysis
49%
Flexibility
9%
Gas
21%
Green
31%
Indicator
6%
Isobutanol
10%
Mass Transfer
9%
Material Balance
5%
Methane
41%
Mixture
7%
Nutrient
74%
Pervaporation
26%
pH Value
9%
Polyurethane Foam
14%
Protein
9%
Purity
9%
Reaction Yield
7%
Retention Time
15%
Simulation
14%
Time
5%
Toluene
17%
Trace Metal
26%
Xylene
16%
Zeolite
5%
