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Dr Jing Li
Associate Professor in Electrical Engineering
Department of Electrical and Electronic Engineering
Zhejiang Aviation Electrification Technology Engineering Research Center
Power Electronics, Machines and Control Research Group
Email
Jing.Li
nottingham.edu
cn
h-index
1327
Scopus Citations
16
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
2009
2022
Research activity per year
Overview
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Network
Projects
(5)
Research output
(71)
Similar Profiles
(3)
Supervised Work
(1)
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Dive into the research topics where Jing Li is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering & Materials Science
Aerospace applications
10%
Air
20%
Aircraft
15%
Aircraft power systems
13%
Capacitors
36%
Condition monitoring
29%
Controllers
19%
Cooling
17%
DC-DC converters
100%
Diodes
10%
Distributed power generation
12%
Eddy currents
11%
Electric fault location
26%
Electric machinery
10%
Electric potential
73%
Electric vehicles
26%
Energy storage
21%
Fault detection
29%
Fluids
15%
Fluxes
17%
Frequency modulation
9%
Fuel cells
30%
Hot Temperature
24%
Inductance
13%
Integrated control
21%
Magnetic fluids
11%
Magnets
30%
Modulation
13%
Monitoring
10%
More electric aircraft
12%
Multilayers
16%
Oils
10%
Permanent magnets
90%
Power electronics
12%
Pulse width modulation
27%
Rotors
37%
Ships
12%
Starters
21%
Stators
26%
Switches
19%
Switching frequency
16%
Synchronization
10%
Synchronous motors
46%
Temperature distribution
16%
Topology
29%
Torque
14%
Traction motors
17%
Turbines
11%
Ventilation
16%
Wire
12%
Mathematics
Aircraft
10%
Capacitor
10%
Comparative Analysis
10%
Conductivity
9%
Control Strategy
9%
Controller
9%
Converter
28%
Cooling
13%
Copper
9%
DC-DC Converter
13%
Design
7%
Digital Signal Processor
5%
Directly proportional
6%
Experimental Results
5%
Fluid
9%
Frequency Modulation
13%
Fuel Cell
27%
Generator
24%
Harmonic
8%
High Speed
46%
Inductance
9%
Injection
5%
Iron
5%
Model Analysis
5%
Modulation
5%
Operating Characteristics
5%
Optimization
6%
Output
9%
Performance
12%
Performance Analysis
10%
Permanent Magnet
10%
Permanent Magnet Synchronous Motor
61%
Permeability
9%
Power System
6%
Prototype
6%
Pulse Width Modulation
14%
Range of data
6%
Resistance
8%
Rotor
18%
Series
5%
State Observer
13%
Strategy
5%
Temperature Distribution
7%
Thermal Conductivity
5%
Topology
6%
Velocity Distribution
5%
Ventilation
12%
Voltage
28%
