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{113} defect-engineered silicon light-emitting diodes

Grant Z. Pan, Roman Ostroumov, Yaguang Lian, K. N. Tu, K. L. Wang

Open publisher page 8 citations

Abstract

We correlated electroluminescence of p-n junction silicon light-emitting diodes (Si LEDs) with boron implant-induced defects and found that {113} defects other than dislocation loops result in strong silicon light emissions. The electroluminescence of {113} defect engineered Si LEDs is twenty-five times higher than dislocation loop engineered Si LEDs. This finding, for the first time, is highly significant for monolithic Si nanophotonics.

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What this paper is about

We correlated electroluminescence of p-n junction silicon light-emitting diodes (Si LEDs) with boron implant-induced defects and found that {113} defects other than dislocation loops result in strong silicon light emissions. The electroluminescence of {113} defect engineered Si LEDs is twenty-five times higher than dislocation loop engineered Si LEDs. This finding, for the first time, is highly significant for monolithic Si nanophotonics.

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OpenAlex reports 8 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

We correlated electroluminescence of p-n junction silicon light-emitting diodes (Si LEDs) with boron implant-induced defects and found that {113} defects other than dislocation loops result in strong silicon light emissions. The electroluminescence of {113} defect engineered Si LEDs is twenty-five times higher than dislocation loop engineered Si LEDs. This finding, for the first time, is highly significant for monolithic Si nanophotonics.

Key concepts: Electroluminescence, Light-emitting diode, Materials science, Silicon, Optoelectronics, Diode, Boron, Nanophotonics

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