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Changzhu Wu public CV
Vis Scopus-profil
Changzhu Wu
Institut for Fysik, Kemi og Farmaci
Lektor
,
Kemi og Farmaci
VIP
,
Danish Institute for Advanced Study
https://orcid.org/0000-0001-9405-5616
Telefon
+4565508694
E-mail
wu
sdu
dk
Oversigt
Fingeraftryk
Netværk
Publikationer
(43)
Projekter
(3)
Presse/medie
(14)
Priser
(2)
Impacts
(1)
Lignende profiler
(6)
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Alfabetisk
Teknik og materialevidenskab
Enzymes
100%
Emulsions
79%
Biocatalysis
75%
Catalysis
59%
Biocatalysts
54%
Organic solvents
47%
Biotransformation
46%
Catalysts
46%
Nanoparticles
34%
Polymers
31%
Candida
31%
Hydrogels
29%
Proteins
29%
Lipases
29%
Metalorganic frameworks
21%
Water
19%
Nanoconjugates
17%
Cells
16%
Scaffolds
16%
Nanoreactors
14%
Green Synthesis
13%
Gels
13%
Catalyst activity
12%
Nanocapsules
12%
Encapsulation
12%
Chemotherapy
12%
Metal nanoparticles
11%
Mitochondria
11%
Aromatic compounds
10%
Glucose
10%
Ruthenium
10%
Infrared radiation
10%
Electronic structure
10%
Crown ethers
10%
Carbon nitride
9%
Biosynthetic Pathways
9%
Catalyst supports
9%
Phase behavior
8%
Silica nanoparticles
8%
Zinc oxide
8%
Fluorescence
7%
Nanocomposites
7%
Recycling
7%
Derivatives
6%
Substrates
5%
Tumors
5%
Copper
5%
Block copolymers
5%
Kemiske forbindelser
Emulsion
65%
Organic Solvent
37%
Catalysis
31%
Aldol Reaction
23%
Hydrogel
21%
Catalyst
20%
Encapsulation
20%
Nanoparticle
16%
Quantum Dot
14%
Organocatalysis
13%
Protein Synthesis
11%
Protein
10%
2-Phenylethanol
10%
Nanoconjugate
10%
Solvent
10%
Solvent Free Reaction
9%
Application
9%
Polymer Network
9%
Proline
9%
Peroxidase
9%
Metabolic
8%
Nanocapsule
8%
Coating Agent
8%
Gel
7%
Biosynthesis
7%
Critical Solution Temperature
7%
Antifouling
7%
Chemistry
7%
Benzaldehyde
7%
One Pot Reaction
7%
Recycling
7%
Enzymatic Reaction
6%
Fibrous Crystal
6%
Fatty Aldehyde
6%
Water Soluble
6%
Phase Behavior
6%
Aromatic Compound
6%
Macrocycle
6%
Black
6%
Zinc Oxide
5%
Phosphorus(.)
5%
Fatty Acid
5%
Styrene
5%
Meso Porosity
5%
Halide
5%
Ionic Liquid
5%
Atom Transfer Radical Polymerization
5%
Fysik og astronomi
enzymes
27%
emulsions
23%
immobilization
21%
Antarctic regions
20%
nanoparticles
14%
cascades
12%
synthesis
11%
spores
10%
catalysis
10%
Escherichia
9%
catalysts
8%
polyvinyl alcohol
8%
water
8%
catalytic activity
8%
microparticles
7%
cells
7%
industrial plants
7%
beads
6%
zinc oxides
6%
preparation
6%
polymers
5%
adhesion
5%
temperature
5%
incompatibility
5%
proteins
5%
membranes
5%
