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Stem and shadow-imaging of biomolecules at 6 eV beam energy
John Spence
Physics
Research output
:
Contribution to journal
›
Article
›
peer-review
21
Scopus citations
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Dive into the research topics of 'Stem and shadow-imaging of biomolecules at 6 eV beam energy'. Together they form a unique fingerprint.
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Engineering & Materials Science
Biomolecules
100%
Electron microscopes
66%
Imaging techniques
54%
Electrons
53%
Radiation damage
53%
Field emission
45%
Scanning
40%
Molecules
34%
Elastic scattering
31%
X ray microscopes
31%
Photocathodes
29%
Carbon films
27%
Substrates
24%
Holography
24%
Holograms
24%
Xenon
23%
Lipids
23%
Monolayers
23%
Crystalline materials
18%
Electric potential
18%
Wavelength
15%
Membranes
14%
Temperature
7%
Physics & Astronomy
pulse position modulation
97%
stems
75%
electron microscopes
56%
radiation damage
36%
mean free path
35%
low voltage
34%
scanning
33%
field emission
32%
projection
28%
electrons
22%
energy
20%
photocathodes
19%
molecules
18%
magnification
18%
xenon
17%
lipids
17%
elimination
17%
holography
17%
field of view
16%
elastic scattering
15%
membranes
12%
carbon
11%
matrices
9%
wavelengths
8%
x rays
7%
Chemical Compounds
Electron Particle
38%
Energy
33%
Field Emission
23%
Elastic Scattering
19%
Interplanar Spacing
17%
Liquid Film
11%
Voltage
8%
Wavelength
8%
Molecule
8%
X-Ray
7%
Carbon Atom
5%
Reduction
5%
Medicine & Life Sciences
Electrons
56%
Purple Membrane
19%
Holography
17%
Radiation
15%
Xenon
13%
Membrane Lipids
11%
Carbon
10%
X-Rays
7%
Temperature
7%