• 16126 Citations
1964 …2023
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Fingerprint Dive into the research topics where David N Seidman is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Precipitates
Atoms
Tomography
Ion microscopes
Superalloys
Coarsening
Aging of materials
Grain boundaries
Microscopic examination
Tungsten
Ions
Chemical analysis
Temperature
Transmission electron microscopy
Creep
Microstructure
Microhardness
Vacancies
Nanostructures
Mechanical properties
Cermets
Kinetics
Steel
Aluminum alloys
Nucleation
Dislocations (crystals)
Metals
Carbides
Nickel
Nanowires
Aluminum
Evaporation
Point defects
Microstructural evolution
Internal oxidation
Heat affected zone
Niobium
Ultrahigh vacuum
Silicon
Experiments
Helium
Phase separation
Free energy
Strengthening (metal)
Volume fraction
Austenite
Oxygen
Supersaturation
Welds
Microscopes

Chemical Compounds

Precipitates
Atoms
Tomography
Superalloys
Ion microscopes
Coarsening
Aging of materials
Tungsten
Grain boundaries
Ions
Microscopic examination
Steel
Creep
Aluminum
Chemical analysis
Microhardness
Metals
Transmission electron microscopy
Temperature
Microstructure
Nickel
Mechanical properties
Silicon
Aluminum alloys
Nanostructures
Kinetics
Nucleation
Nanowires
Vacancies
Cermets
Microstructural evolution
Niobium
Carbides
Dislocations (crystals)
Free energy
Volume fraction
Evaporation
Heat affected zone
Phase separation
Molybdenum
Welds
Supersaturation
Oxides
Creep resistance
Experiments
Powders
Heat treatment
Oxygen
Alloying elements

Physics & Astronomy

Physics

atoms
ions
ultrahigh vacuum

General

probes
precipitates
ion microscopes
heat resistant alloys
grain boundaries
solutes
microscopy
steels
metals
transmission electron microscopy
interstitials
microstructure
profiles
simulation
energy
austenite
heat affected zone
kinetics
pulses

Life Sciences

tomography

Chemistry and Materials

tungsten
carbides
niobium
ceramics
nickel
gold
high strength
mechanical properties
chemistry
platinum

Mathematical and Computer Sciences

matrices

Engineering

nanowires
evaporation
nucleation
annealing