The alternating electrostatic force needed to optimize growth of a carbon nanotube

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Carbon Nanotube Material Science
62
Catalyst Material Science
25
Growth Rate Material Science
12
Temperature Material Science

Chemistry

100
Electrostatic Force Chemistry
100
Carbon Nanotube Chemistry
62
Catalyst Chemistry
37
Procedure Chemistry
25
Carbon Atom Chemistry
25
Potential Energy Chemistry
12
Length Chemistry
12
Particle Size Chemistry
12
Energy Chemistry
12
Reaction Mechanism Chemistry
12
Reaction Temperatur... Chemistry
12
Rate Chemistry
12
Rate Constant Chemistry
12
Kinetic Energy Chemistry
12
Vibration Chemistry

Keyphrases

100
Carbon Nanotubes Keyphrases
100
Electrostatic Force Keyphrases
28
Carbon Atom Keyphrases
28
Potential Energy Keyphrases
14
Copyright Keyphrases
14
Growth Rate Keyphrases
14
Kinetic Energy Keyphrases
14
Vibration Frequency Keyphrases
14
Linear Growth Keyphrases
14
Frequency Reduction Keyphrases
14
Growth Constant Keyphrases
14
Arbitrary Length Keyphrases
14
Slowing down Keyphrases
14
Carbon Nanotube Gro... Keyphrases
14
Specific Frequency Keyphrases
14
Optimal Growth Temp... Keyphrases

INIS

100
growth INIS
100
electrostatics INIS
100
carbon nanotubes INIS
50
catalysts INIS
20
atoms INIS
20
potential energy INIS
20
carbon INIS
10
size INIS
10
length INIS
10
energy INIS
10
simulation INIS
10
kinetic energy INIS
10
reaction kinetics INIS
10
slowing-down INIS

Engineering

100
Carbon Nanotube Engineering
100
Electrostatic Force Engineering
62
Catalyst Engineering
25
Energy Engineering Engineering
25
Growth Rate Engineering
25
Potential Energy Engineering
12
Copyright Engineering
12
Mechanisms Engineering
12
Frequency Vibration Engineering
12
Simulation Result Engineering
12
Growth Temperature Engineering
12
Forming Engineering
12
Rate Constant Engineering

Chemical Engineering

100
Carbon Nanotube Chemical Engineering
25
Carbon Chemical Engineering
12
Growth Temperature Chemical Engineering
12
Chemical Kinetics C... Chemical Engineering
Research OutputsResearch Output authored by The alternating electrostatic force needed to optimize growth of a carbon nanotube is tagged with the concept