Crystallinity and grain boundary control of TIPS-pentacene in organic thin-film transistors for the ultra-high sensitive detection of NO2

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

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Material Science

100
Thin-Film Transisto... Material Science
100
Nitrogen Dioxide Material Science
100
Sensitive Detection Material Science
100
Grain Boundaries Material Science
60
Solvent Material Science
40
Film Material Science
40
Density Material Science
40
Devices Material Science
40
Organic Solvents Material Science
40
Gas Material Science
20
Morphology Material Science
20
Characterization Material Science
20
Surface (Surface Sc... Material Science
20
Crystal Structure Material Science

Keyphrases

100
Grain Boundary Keyphrases
100
Crystallinity Keyphrases
100
Boundary Control Keyphrases
100
Organic Thin-film T... Keyphrases
100
Ultrasensitivity Keyphrases
100
High-throughput Det... Keyphrases
100
6,13-Bis(triisoprop... Keyphrases
50
Organic Solvents Keyphrases
50
O-xylene Keyphrases
25
Sensor-based Keyphrases
25
Crystal Surface Keyphrases
25
Nitrogen Dioxide NO... Keyphrases
25
Selection Strategy Keyphrases
25
Voltage Test Keyphrases
25
Group Measurement Keyphrases
25
Chemical Groups Keyphrases
25
Ultrasensitive Keyphrases
25
Sensing Mechanism Keyphrases
25
Real-time Sensing Keyphrases
25
NO2 Sensor Keyphrases
25
Grain Boundary Dens... Keyphrases
25
NO2 Gas Sensor Keyphrases
25
Chlorobenzene Keyphrases
25
Limit of Detection Keyphrases
25
High Performance Ga... Keyphrases
25
Low Gate Voltage Keyphrases
25
Solvent Selection Keyphrases
25
Boundary Regulation Keyphrases

Chemistry

100
Crystallinity Chemistry
100
Nitrogen Dioxide Chemistry
100
Pentacene Chemistry
100
Sensitive Detection Chemistry
100
Grain Boundaries Chemistry
80
Sensor Chemistry
60
Solvent Chemistry
40
Device Chemistry
40
Density Chemistry
40
Organic Solvent Chemistry
40
Gas Sensor Chemistry
40
Xylene Chemistry
40
Time Chemistry
20
Procedure Chemistry
20
Group Chemistry
20
Surface Chemistry
20
Reaction Mechanism Chemistry
20
Voltage Chemistry
20
Crystal Structure Chemistry
20
Chlorobenzene Chemistry
20
Optimization Chemistry

INIS

100
control INIS
100
detection INIS
100
nitrogen dioxide INIS
100
thin films INIS
100
grain boundaries INIS
100
sensors INIS
100
transistors INIS
100
pentacene INIS
50
solvents INIS
33
films INIS
33
gases INIS
33
density INIS
33
devices INIS
33
sensitivity INIS
33
organic solvents INIS
33
xylenes INIS
16
crystal structure INIS
16
surfaces INIS
16
performance INIS
16
voltage INIS
16
balances INIS
16
morphology INIS
16
optimization INIS
16
regulations INIS

Chemical Engineering

100
Sensitive Detection Chemical Engineering
100
Film Chemical Engineering
50
Organic Solvent Chemical Engineering
50
Xylene Chemical Engineering
25
Nitrogen Chemical Engineering
Research OutputsResearch Output authored by Crystallinity and grain boundary control of TIPS-pentacene in organic thin-film transistors for the ultra-high sensitive detection of NO2 is tagged with the concept