Engineering & Materials Science
Carbon films
100%
Magnetic recording
62%
Diamond like carbon films
62%
Wear of materials
59%
Lubricants
55%
Thin films
53%
Molecular dynamics
47%
Carbon
46%
Magnetocrystalline anisotropy
41%
Heat generation
39%
Friction
33%
Temperature
31%
Chemical properties
30%
Computer simulation
29%
Substrates
28%
Magnetic properties
28%
Degradation
27%
Nanoindentation
26%
Amorphous alloys
26%
Coercive force
25%
Ionic liquids
25%
Pyrolysis
24%
Palladium
23%
Adhesives
22%
Curie temperature
22%
Interfacial energy
22%
Density functional theory
22%
Force measurement
21%
Pulsed laser applications
21%
Rockets
19%
Hot Temperature
19%
Electronic structure
18%
Ferroelectric materials
18%
Magnets
18%
Hardness
18%
Raman spectroscopy
17%
Atoms
17%
Ferroelectricity
17%
Materials properties
17%
Burnishing
16%
Hard disk storage
16%
Finite element method
16%
Lead titanate
15%
Rails
15%
Thick films
15%
Diamonds
15%
Lubricant films
15%
Saturation magnetization
14%
Magnetic storage
14%
Nickel oxide
14%
Magnetic domains
14%
Stiffness
14%
Oxygen vacancies
14%
Crystalline materials
13%
Carrier concentration
12%
Chemical mechanical polishing
11%
Amorphous carbon
11%
Impurities
11%
Experiments
11%
Transport properties
11%
Rare earths
11%
Data storage equipment
11%
Film thickness
10%
Surface properties
10%
Fluid structure interaction
10%
Piezoelectric actuators
10%
Electric properties
9%
Synchronous motors
9%
Semiconductor materials
9%
Transducers
9%
Palladium alloys
9%
Millimeter waves
8%
Ferrite
8%
Elastic moduli
8%
Defects
8%
Physics & Astronomy
carbon
92%
sliding contact
61%
simulation
48%
heat generation
44%
nanoindentation
44%
molecular dynamics
43%
thermal degradation
40%
lubricants
40%
degradation
39%
friction
38%
ferromagnetic films
34%
interstitials
23%
lead titanates
23%
magnets
22%
laser applications
21%
microwave absorption
21%
adhesives
20%
magnetic properties
20%
diamonds
20%
extremely high frequencies
20%
surface properties
19%
atomic structure
19%
contact resistance
19%
high speed
18%
hardness
18%
mechanical properties
17%
magnetization
17%
stiffness
16%
electronic structure
16%
oxygen
16%
anisotropy
16%
sleds
15%
recording
15%
ferrites
15%
rare earth elements
15%
liquids
14%
performance
14%
thermochemical properties
14%
damage
13%
hydrogen
13%
vertical motion
13%
chutes
12%
recording heads
12%
amides
12%
coercivity
12%
heat
12%
thin films
11%
temperature
11%
evaluation
11%
electrodes
11%
Raman spectroscopy
11%
composite materials
11%
rails
10%
Permalloys (trademark)
10%
saturation
10%
rockets
10%
data storage
10%
palladium
9%
yield strength
9%
polishing
9%
sliding
9%
modulus of elasticity
9%
millimeter waves
9%
hydrogen atoms
8%
partitions
8%
flight
8%
film thickness
8%
interactions
8%
surface temperature
7%
tuning
7%
Chemistry
Simulation
74%
Liquid Film
65%
Carbon Atom
48%
Surface
34%
Magnetic Property
33%
Heat
33%
Molecular Dynamics
32%
Force
25%
Electronic State
22%
Thermomechanical Property
22%
Anisotropy
21%
Amorphous Material
21%
Ionic Liquid
20%
Interfacial Energy
17%
Diamond
17%
Ferromagnetic Film
17%
Curie Temperature
17%
Ferroelectric Domain
17%
Mechanical Stress
17%
Pyrolysis
17%
Surface Temperature
16%
Surface Damage
16%
Velocity
14%
Shear
13%
Palladium
13%
Magnetization
13%
Heat Transfer
13%
Magnetic Force
13%
Alloy
12%
Environmental Contaminant
12%
Microwave Absorption
11%
Compliance
10%
Coercivity
10%
Yield Point
10%
Density of State
9%
Pressure
9%
Interstitial
9%
Friction Coefficient
9%
Density Functional Theory
9%
Displacement
9%
Partition
9%
Dioxygen
8%
Transport Property
8%
Quartz
8%
Hydrogen Atom
7%
Electrical Property
7%
Strain
7%
Hexagonal Space Group
7%
Abrasive
7%
Raman Spectroscopy
6%
Lanthanoid Atom
6%
Application
6%
Transition Element
6%
Diffusion
5%
Probe
5%