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Electrostatics and heat conduction in high contrast composite materials
Leslie Greengard,
June Yub Lee
Department of Mathematics
Research output
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Contribution to journal
›
Article
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peer-review
9
Scopus citations
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Mathematics
3D
43%
Auxiliary equation
53%
Capacitance
54%
Charge
41%
Composite Materials
100%
Conductor
44%
Electrical Conductivity
58%
Electrostatics
95%
Form
16%
Heat Conduction
86%
Integral Equation Method
51%
Integral Equations
31%
Integral Representation
37%
Microwave
54%
Permittivity
54%
Perturbation
28%
Polarization
46%
Projection
30%
Standards
22%
Term
21%
Thermal Conductivity
53%
Thermal Properties
62%
Unknown
26%
Engineering & Materials Science
Capacitance
35%
Composite materials
47%
Electric Conductivity
45%
Electrostatics
87%
Heat conduction
85%
Integral equations
87%
Microwaves
35%
Permittivity
40%
Polarization
37%
Thermal conductivity
36%
Thermodynamic properties
38%
Physics & Astronomy
capacitance
32%
composite materials
49%
conductive heat transfer
80%
conductors
33%
electrical resistivity
25%
electrostatics
62%
integral equations
73%
microwaves
27%
permittivity
28%
perturbation
27%
polarization
21%
projection
32%
thermal conductivity
32%
thermodynamic properties
33%