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Theory of electrolyte crystallization in magnetic field
Hans Erik Lundager Madsen
21
Citations (Scopus)
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Engineering & Materials Science
Acids
37%
Activation energy
21%
Crystal growth
29%
Crystallization
90%
Crystals
20%
Electrolytes
80%
Excited states
34%
Fermions
37%
Growth kinetics
30%
Heavy water
30%
Ions
19%
Lorentz force
28%
Magnetic fields
72%
Metal ions
29%
Momentum
19%
Negative ions
84%
Nucleation
21%
Proton transfer
37%
Protons
100%
Relaxation
19%
Salts
38%
Sodium chloride
21%
Surface phenomena
33%
Chemical Compounds
Acid
14%
Anion
36%
Aqueous Solution
10%
Crystal Growth
20%
Crystallization
57%
Diamagnetic
21%
Electron Spin
51%
Energy
9%
Excited State
16%
Fermion
32%
Force
14%
Ion
8%
Magnetic Field
77%
Metal Ion
13%
Momentum
27%
Nucleation
17%
Proton
54%
Proton Transfer
18%
Reaction Activation Energy
14%
Spin State
23%
Surface
6%
Surface Phenomena
29%
Physics & Astronomy
acids
29%
activation energy
12%
anions
46%
aqueous solutions
15%
crystal growth
15%
crystallization
63%
crystals
8%
electrolytes
68%
energy
4%
excitation
8%
fermions
13%
heavy water
21%
ions
7%
kinetics
9%
Lorentz force
18%
magnetic fields
41%
metal ions
17%
momentum
11%
nucleation
12%
nuclei
10%
protons
54%
salts
29%
surface layers
14%