Enhancing the Performance of Inverted Perovskite Solar Cells via Grain Boundary Passivation with Carbon Quantum Dots

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

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Material Science

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Carbon Quantum Dot Material Science
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Perovskite Solar Ce... Material Science
100
Grain Boundaries Material Science
28
Film Material Science
28
Devices Material Science
14
Photoluminescence Material Science
14
Temperature Material Science
14
Electronic Circuit Material Science
14
Carrier Lifetime Material Science

Keyphrases

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Carbon Dots (C-dots... Keyphrases
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Inverted Perovskite... Keyphrases
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Grain Boundary Pass... Keyphrases
42
Grain Boundary Keyphrases
42
Nonradiative Recomb... Keyphrases
42
Passivated Keyphrases
28
Power Conversion Ef... Keyphrases
28
Perovskite Film Keyphrases
14
Photoluminescence I... Keyphrases
14
Room Temperature Keyphrases
14
Energy Loss Keyphrases
14
Carbonyl Functional... Keyphrases
14
Perovskite Keyphrases
14
Humidity Keyphrases
14
Lead Ions Keyphrases
14
High Power Conversi... Keyphrases
14
Loss Channel Keyphrases
14
Open-circuit Voltag... Keyphrases
14
VOCs Keyphrases
14
Perovskite Precurso... Keyphrases
14
Stability of Perovs... Keyphrases
14
Hydroxyl Functional... Keyphrases
14
High Photoluminesce... Keyphrases
14
Long Carrier Lifeti... Keyphrases

INIS

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performance INIS
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carbon INIS
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grain boundaries INIS
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quantum dots INIS
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passivation INIS
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perovskite INIS
100
solar cells INIS
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efficiency INIS
42
power INIS
42
conversion INIS
42
recombination INIS
28
films INIS
28
devices INIS
14
defects INIS
14
photoluminescence INIS
14
carbonyls INIS
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stability INIS
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solutions INIS
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ions INIS
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thickness INIS
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temperature range 0... INIS
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precursor INIS
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carrier lifetime INIS
14
hydroxides INIS
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additives INIS
14
lead ions INIS
14
humidity INIS
14
energy losses INIS
14
open-circuit voltag... INIS
Research OutputsResearch Output authored by Enhancing the Performance of Inverted Perovskite Solar Cells via Grain Boundary Passivation with Carbon Quantum Dots is tagged with the concept