Engineering & Materials Science
Polymorphism
86%
Neutron diffraction
64%
Atoms
63%
Crystallography
63%
Crystals
59%
Molecules
46%
Crystal structure
43%
Molecular crystals
38%
Diffraction
35%
X rays
34%
Density functional theory
30%
Crystal engineering
29%
Nucleation
28%
Thermodynamic properties
25%
Salts
25%
Ions
25%
X ray diffraction
25%
Positive ions
23%
Carrier concentration
23%
Covalent bonds
22%
Temperature
22%
Solvation
21%
Discrete Fourier transforms
21%
Crystalline materials
21%
Charge density
21%
Naphthalene
21%
X ray powder diffraction
20%
Polymers
20%
Nuclear magnetic resonance
18%
Peptides
18%
Phase transitions
17%
Dehydration
17%
Electrons
16%
Thermodynamics
16%
Free energy
16%
Hamiltonians
16%
Entropy
15%
Neutrons
15%
Molecular dynamics
15%
Hydrates
15%
Chemical Compounds
Displacement
100%
Neutron Diffraction
57%
Crystallography
44%
X-Ray
38%
Xylitol
37%
Thermodynamic Property
36%
Charge Density
32%
Crystal Structure
31%
Molecular Crystal
26%
Entropy
25%
Molecular Electronics
23%
Normal Modes
23%
Disorder
23%
Density Functional Theory
23%
Nucleation
22%
Poly(vinyl Acetate)
22%
Dye
22%
Neutron
22%
Ribitol
22%
Thioacetate
20%
Electron Density
18%
Iminium Ion
18%
Fluorescence
18%
Single Crystalline Solid
18%
Halide Anion
18%
Hydrogen Bond
18%
Ab Initio Calculation
17%
Substituent Constant
17%
Triazoles
17%
1,2,3-triazole
16%
Fluorescence Lifetime
16%
Molecule
15%
Atomic Layer Epitaxy
15%
Bond Order
15%
Naphthalene
15%
Boron Nitride
15%
Physics & Astronomy
crystals
45%
diffraction
35%
x rays
32%
neutron diffraction
31%
crystallography
31%
molecules
30%
thermodynamic properties
29%
hydrogen atoms
26%
atoms
24%
acetylation
23%
hydrazones
23%
nicotinamide
21%
crystal structure
21%
nucleation
20%
entropy
20%
alanine
19%
naphthalene
18%
interactions
17%
covalent bonds
16%
hydrates
16%
polymers
16%
density functional theory
15%
solvation
15%
