Manganese-based coordination framework derived manganese sulfide nanoparticles integrated with carbon sheets for application in supercapacitor

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

Fingerprint

???publication_fingerprints_help???

Material Science

100
Nanoparticle Material Science
100
Manganese Material Science
100
Supercapacitors Material Science
41
Capacitance Material Science
33
Electrode Material Science
16
Density Material Science
16
Devices Material Science
16
Materials Material Science
8
Cathode Material Science
8
Capacitor Material Science
8
Anode Material Science
8
Energy Density Material Science
8
Electrical Conducti... Material Science
8
Materials Design Material Science
8
Particle Agglomerat... Material Science
8
Nanostructure Material Science
8
Phase Composition Material Science

Keyphrases

100
Carbon Sheets Keyphrases
100
Coordination Framew... Keyphrases
100
Supercapacitor Keyphrases
100
Manganese-based Keyphrases
100
Manganese Sulfide Keyphrases
100
Manganese Sulfide N... Keyphrases
25
Energy Storage Devi... Keyphrases
25
Large Capacitance Keyphrases
25
Volume Change Keyphrases
25
Carbon Matrix Keyphrases
12
Electrochemical Per... Keyphrases
12
Capacitance Keyphrases
12
Current Density Keyphrases
12
Power Density Keyphrases
12
Working Life Keyphrases
12
Highly Dispersed Keyphrases
12
Capacitor-based Keyphrases
12
Energy Density Keyphrases
12
Electrical Conducti... Keyphrases
12
Material Design Keyphrases
12
Structural Integrit... Keyphrases
12
Composite Cathode Keyphrases
12
Capacitance Value Keyphrases
12
Rate Performance Keyphrases
12
Diffusion Distance Keyphrases
12
Electrode Materials Keyphrases
12
Design Futures Keyphrases
12
Future Energy Keyphrases
12
Specific Capacitanc... Keyphrases
12
High Specific Capac... Keyphrases
12
Conductive Carbon Keyphrases
12
Hexamethylenetetram... Keyphrases
12
Activated Carbon Keyphrases
12
Electroactive Mater... Keyphrases
12
Carbon Anode Keyphrases
12
Controlled Composit... Keyphrases
12
Asymmetric Capacito... Keyphrases
12
Particle Agglomerat... Keyphrases
12
Potential Utilizati... Keyphrases
12
In Situ Sulfuration Keyphrases
12
Sulfur-doped Carbon Keyphrases
12
Fast Electrons Keyphrases
12
Controlled Nanostru... Keyphrases
12
Energy Conversion D... Keyphrases
12
Carbon Microsheets Keyphrases

INIS

100
carbon INIS
100
applications INIS
100
sheets INIS
100
nanoparticles INIS
100
manganese INIS
100
manganese sulfides INIS
100
supercapacitors INIS
45
capacitance INIS
36
electrodes INIS
27
performance INIS
18
volume INIS
18
matrices INIS
18
devices INIS
18
energy storage INIS
9
design INIS
9
electrochemistry INIS
9
asymmetry INIS
9
doped materials INIS
9
particles INIS
9
values INIS
9
electrons INIS
9
charges INIS
9
nitrogen INIS
9
cost INIS
9
aggregation INIS
9
diffusion INIS
9
engineering INIS
9
sulfur INIS
9
ions INIS
9
nanostructures INIS
9
distance INIS
9
current density INIS
9
precursor INIS
9
cathodes INIS
9
anodes INIS
9
power density INIS
9
energy conversion INIS
9
delivery INIS
9
capacitors INIS
9
agglomeration INIS
9
energy density INIS
9
electrical conducti... INIS
9
activated carbon INIS

Chemical Engineering

100
Carbon Chemical Engineering
100
Nanoparticle Chemical Engineering
100
Manganese Chemical Engineering
8
Nitrogen Chemical Engineering
8
Agglomeration Chemical Engineering
8
Nanostructure Chemical Engineering
8
Activated Carbon Chemical Engineering
Research OutputsResearch Output authored by Manganese-based coordination framework derived manganese sulfide nanoparticles integrated with carbon sheets for application in supercapacitor is tagged with the concept