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Dr Di Hu
Associate Professor in Environmental Engineering
Department of Chemical and Environmental Engineering
Zhejiang Aviation Electrification Technology Engineering Research Center
Advanced Energy and Environmental Materials & Technologies Research Group
Email
Di.Hu
nottingham.edu
cn
h-index
1602
Citations
19
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2007
2024
Research activity per year
Overview
Fingerprint
Network
Projects
(5)
Research output
(45)
Supervised Work
(6)
Fingerprint
Dive into the research topics where Di Hu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Weight
Alphabetically
Material Science
Carbon Nanotube
100%
Supercapacitors
82%
Titanium
77%
Electrochemical Reaction
67%
Carbon Steel
58%
Metal Oxide
56%
Oxidation Reaction
54%
Carbon Dioxide
52%
Conducting Polymer
51%
Capacitance
50%
Titanium Alloys
50%
Carburization
50%
Battery (Electrochemical Energy Engineering)
42%
Oxide Compound
42%
Titanium Dioxide
37%
Graphene
37%
Scanning Electron Microscopy
36%
Photovoltaics
35%
Film
34%
Cathode
34%
Ti-6Al-4V
33%
Electrodeposition
33%
Polyaniline
31%
Superhydrophobic
31%
Lithium Ion Battery
31%
Electron Transfer
30%
Lithium
28%
Nanoparticle
27%
Secondary Battery
26%
Anode
25%
Morphology
25%
Transition Metal Oxide
25%
Optical Property
25%
Electrometallurgy
25%
Sodium Ion Battery
25%
Redox Flow Battery
25%
Corrosion Inhibitor
25%
Flame Retardant
25%
Manganese Oxide
25%
Polymer Composite
25%
Cerium Oxide
25%
Mechanical Stability
25%
Alloying
25%
Metal Surface
25%
Anodic Dissolution
25%
Potassium
25%
Halide
25%
Plating
25%
Cyclic Voltammetry
20%
Lithium Ion
18%
Keyphrases
Molten Salt
97%
Cambridge
83%
Rutile
70%
Near-net-shape
60%
Electrolyte
52%
Electrodeposition
50%
Spray Coating
50%
Spent Fuel
50%
Carbon Nanotubes
45%
Electrolysis
41%
FFC-Cambridge Process
40%
Electrochemical Reduction
39%
Supercapacitor
39%
Electrochemical Energy Storage
37%
Carburisation
37%
Poly(3-hexylthiophene) (P3HT)
37%
Oxide Precursor
36%
Mild Steel
33%
Salt-assisted
33%
Supercapattery
30%
Metal Oxide
29%
Carbonate
29%
Molten Carbonate Salt
29%
Hollow
29%
Supercapatteries
29%
Pre-oxidation
27%
Graphene
26%
Zinc
26%
Non-conducting Polymer
25%
3D Electrodes
25%
Electrode Structure
25%
Three-dimensional Electrode
25%
Optical Properties
25%
Ethyl Xanthate
25%
Graded Interface
25%
Superhydrophobic
25%
Electrometallurgy
25%
Titanium Alloy
25%
Energy Cycle
25%
Nuclear Energy
25%
Sustainable Reduction
25%
Lithium-ion Battery
25%
Electron Beam Melting Process
25%
Rapid Manufacturing
25%
Rambutan-like
25%
Capacitance
25%
Electrochemical Properties
25%
Functionalized Carbon Nanotubes
25%
Carbon Dioxide Utilization
25%
Morphological Properties
25%
Engineering
Near Net Shape
75%
Energy Engineering
54%
Spent Fuels
50%
Reduction Process
25%
Metallic Component
25%
Electrometallurgy
25%
Metal Extraction
25%
Situ Reduction
25%
Nuclear Energy
25%
Closed Loop
25%
Metallizations
25%
Melting Process
25%
Supercapacitor
25%
Carburisation
25%
Mild Steel
25%
Alloy
25%
Engineering Component
25%
Ffc Cambridge Process
25%
Max
25%
Extraction Process
25%
Sustainable Production
25%
Direct Reduction
25%
Ti-6al-4v
20%
Current Efficiency
16%
Kroll Process
15%
Current Collector
14%
Energy Storage
12%
Mixture Composition
12%
Electron Beam Melting
12%
Carbon Nanotube
12%
Adsorption
12%
Photovoltaics
12%
Graphene
12%
Environmental Assessment
12%
Lithium Metal Battery
12%
Specific Surface Area
12%
Batch Process
12%
Situ Formation
12%
Reduction Mechanism
12%
Electroreduction
12%
Composite Coating
12%
Carbon Dioxide Electroreduction
12%
Carbon Paper
12%
Single Source
12%
Processing Cost
12%
Rate Constant
12%
Processing Condition
12%
Review Article
12%
Current Distribution
12%
Alloying
12%
