Engineering & Materials Science
Networks (circuits)
100%
Creep
96%
Parallel architectures
91%
Carbonates
90%
Motion estimation
84%
Image coding
69%
Capacitance
62%
Constitutive equations
57%
Oils
47%
Energy gap
45%
Image resolution
42%
MEMS
42%
Electric potential
42%
Clocks
42%
Enhanced recovery
40%
Image compression
40%
Nanoparticles
39%
Recovery
38%
Magnetic fields
37%
Rocks
34%
Contact angle
34%
Capacitive sensors
30%
Field programmable gate arrays (FPGA)
30%
Bandwidth
29%
Chromium alloys
28%
Signal sampling
28%
Water
26%
Reconfigurable hardware
26%
Iron oxides
25%
Energy dissipation
25%
Accelerometers
24%
Deionized water
24%
Coalescence
23%
Alumina
22%
Sampling
22%
Optical flows
22%
Newton-Raphson method
21%
Polychlorinated biphenyls
21%
Electrostatics
21%
Nucleation
20%
Switches
20%
Jitter
20%
Seawater
19%
DC-DC converters
19%
Merging
19%
Pulverized fuel
19%
Masks
18%
Power control
18%
Electric power utilization
18%
Data storage equipment
18%
Chemical Compounds
Carbonate
46%
Imbibition
29%
Inductor
28%
Magnetic Field
23%
Application
21%
Inductance
20%
Velocity
16%
Fuel
16%
Flow Kinetics
15%
Flow
12%
Blast Furnace
12%
Gasification
11%
Voltage
10%
Nanoparticle
9%
Coal
9%
Streaming Potential
7%
Calcite
6%
Surface
6%
Petroleum
5%
Zeta Potential
5%