Engineering & Materials Science
Crystal structure
89%
Solubility
77%
Thermodynamics
60%
Spectroscopic analysis
56%
Crystal lattices
53%
X ray powder diffraction
53%
Hydrogen bonds
48%
Dehydration
43%
Single crystals
40%
Hydrates
39%
Calcium
38%
Water
38%
Molecules
34%
Characterization (materials science)
30%
Cooling
24%
Hot Temperature
16%
Physics & Astronomy
solubility
63%
coronary artery disease
61%
crystal structure
55%
hypertension
54%
thermodynamics
47%
dehydration
43%
spectroscopic analysis
43%
hydrates
41%
water
39%
characterization
38%
hydrogen bonds
36%
crystal lattices
35%
calcium
34%
cooling
23%
single crystals
21%
kinetics
20%
molecules
18%
diffraction
18%
x rays
15%
Chemical Compounds
Amlodipine
100%
Thermodynamics
43%
Crystal Structure
34%
Amorphous Material
32%
Calcium Antagonist
32%
Chemical Transformation
29%
Solubility
29%
Spectroscopic Analysis
22%
Hydrate
22%
Cooling
20%
Dehydration
19%
Powder X-Ray Diffraction
17%
Single Crystalline Solid
16%
Hydrogen Bond
14%
Reaction Yield
9%
Molecule
8%