Keyphrases
Electromagnetic Vibration Energy Harvester
75%
Flux Density
41%
Magnetic Flux Density
41%
Vibration Energy Harvester
32%
Harvested Power
31%
Coils Connection
25%
Coil Geometry
23%
Harvester
21%
Damping Ratio
20%
Electromagnetic Damping
20%
Power Output
16%
Voltage Power
16%
Coupling Materials
15%
Electromagnetic Vibration
15%
Connection Type
15%
Magnetic Coupling
15%
Parallel Connection
14%
Optimum Load
13%
Damped Equation
12%
Flux Feedback
12%
Enhanced Flux
12%
Coil Position
12%
Electric Coils
12%
Dynamic Response
12%
Coupling Factor
12%
Finite Element Simulation
12%
Magnetic Flux
12%
Feedback Mechanism
12%
Two-degree-of-freedom
12%
Coupling Constant
12%
Parametric Analysis
12%
Electrical Energy
12%
Couple Relationships
12%
Mechanical Damping
11%
Finite Element Method Magnetics
11%
Connection Mode
10%
Permanent Magnet
10%
Energy Harvester
10%
Magnet Coils
9%
Feedback Model
8%
Impedance Sensor
8%
Optimum Impedance
8%
Electromagnetic Harvester
8%
Coupling Degree
8%
Electromagnetic Transduction
7%
Electromagnetic Energy Harvester
7%
Coupled Coils
7%
Sensor Node
7%
Damping Coefficient
7%
Excitation Levels
6%
Engineering
Harvester
100%
Energy Engineering
87%
Magnetic Flux Density
40%
Flux Density
36%
Power Output
19%
Transducer
17%
Damping Ratio ζ
17%
Magnetic Couplings
15%
Finite Element Method
14%
Optimum Load
14%
Magnetic Flux
13%
Parametric Analysis
12%
Coupling Material
12%
Two Degree of Freedom
12%
Feedback Mechanism
12%
Dynamic Response
12%
Finite Element Simulation
12%
Electrical Energy
12%
Coil Width
11%
Permanent Magnet
10%
Energy Harvesting
8%
Sensor Node
6%
Damping Coefficient
6%
Power Density
6%
Mechanical Damping
6%
Wireless Sensor Node
6%
Power Source
6%
Parallel Connection
5%
Using Sensor
5%
Load Resistance
5%
Series Connection
5%