John Spence

Regents Professor

  • 16185 Citations
  • 61 h-Index
1900 …2019
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Engineering & Materials Science

Electron diffraction
X ray lasers
Imaging techniques
Electrons
Diffraction
Crystals
Free electron lasers
X rays
Diffraction patterns
Crystallography
Electron energy loss spectroscopy
Proteins
Electron microscopy
Multiple scattering
Radiation damage
Scattering
Electron microscopes
Atoms
Energy dissipation
Silicon
Nanocrystals
Transmission electron microscopy
Charge density
High resolution electron microscopy
Electron beams
Light sources
Microanalysis
Aberrations
X ray diffraction
Molecules
Electronic structure
Field emission
Electron scattering
Electron holography
Scanning
Glass
Dislocations (crystals)
Microscopes
Temperature
Experiments
Microscopic examination
Crystal structure
Radiation
Synchrotrons
Carrier concentration
Crystalline materials
Lenses
Microcrystals
Viruses
Holography

Physics & Astronomy

Physics

electron diffraction
electron energy
diffraction
diffraction patterns
electrons
electron beams
atoms
high energy electrons
nanoparticles

Engineering

x rays
scattering
high resolution
scanning
light sources
injectors
x ray scattering

General

energy dissipation
crystallography
free electron lasers
crystals
electron microscopes
electron microscopy
nanocrystals
transmission electron microscopy
energy
field emission
projection
holography
electron sources
lasers
aberration
damage
microscopes
probes
membranes
pulses
retrieval
stems
microscopy
microcrystals
inversions
radiation

Chemistry and Materials

proteins
glass
silicon
molecules
microanalysis

Life Sciences

radiation damage
biology

Aerospace Sciences

spectroscopy

Chemical Compounds

X ray lasers
Crystallography
Crystals
Free electron lasers
Electrons
Imaging techniques
Electron diffraction
Diffraction
Diffraction patterns
Electron energy loss spectroscopy
X rays
Electron microscopy
Silicon
Scattering
Electron microscopes
Multiple scattering
Radiation damage
Energy dissipation
Proteins
Atoms
Nanocrystals
Charge density
Electron beams
X ray diffraction
High resolution electron microscopy
Light sources
Transmission electron microscopy
Microcrystals
Electronic structure
Electron scattering
Molecules
Microscopes
Scanning
Aberrations
Carrier concentration
Membrane Proteins
Temperature
Experiments
Crystalline materials
Glass
Field emission
Radiation
Reflection high energy electron diffraction
Inelastic scattering
Macromolecules
Crystal structure
Lenses
Viruses
Oxygen
Image resolution