Pub. Date : 2018 Apr 20
PMID : 29714316
6 Functional Relationships(s)Download |
Sentence | Compound Name | Protein Name | Organism |
| 1 | By combining the huge light enhancement effect of the dual-slot HPW and graphene"s tunable conductivity, we obtain a high-modulation efficiency (ME) of 1.76 dB/mum for the graphene-based dual-slot HPW (higher ME of 2.19 dB/mum can also be obtained). | Graphite | latexin | Homo sapiens |
| 2 | By combining the huge light enhancement effect of the dual-slot HPW and graphene"s tunable conductivity, we obtain a high-modulation efficiency (ME) of 1.76 dB/mum for the graphene-based dual-slot HPW (higher ME of 2.19 dB/mum can also be obtained). | Graphite | latexin | Homo sapiens |
| 3 | By combining the huge light enhancement effect of the dual-slot HPW and graphene"s tunable conductivity, we obtain a high-modulation efficiency (ME) of 1.76 dB/mum for the graphene-based dual-slot HPW (higher ME of 2.19 dB/mum can also be obtained). | Graphite | latexin | Homo sapiens |
| 4 | By combining the huge light enhancement effect of the dual-slot HPW and graphene"s tunable conductivity, we obtain a high-modulation efficiency (ME) of 1.76 dB/mum for the graphene-based dual-slot HPW (higher ME of 2.19 dB/mum can also be obtained). | Graphite | latexin | Homo sapiens |
| 5 | Based upon this promising result, we further design a graphene-based hybrid plasmonic EAM, achieving a modulation depth (MD) of 15.95 dB and insertion loss of 1.89 dB @1.55 mum, respectively, in a total length of only 10 mum, where its bandwidth can reach over 500 nm for keeping MD>15 dB; MD can also be improved by slightly increasing the device length or shrinking the waveguide thickness, showing strong advantages for applying it into on-chip high-performance silicon modulators. | Graphite | latexin | Homo sapiens |
| 6 | Based upon this promising result, we further design a graphene-based hybrid plasmonic EAM, achieving a modulation depth (MD) of 15.95 dB and insertion loss of 1.89 dB @1.55 mum, respectively, in a total length of only 10 mum, where its bandwidth can reach over 500 nm for keeping MD>15 dB; MD can also be improved by slightly increasing the device length or shrinking the waveguide thickness, showing strong advantages for applying it into on-chip high-performance silicon modulators. | Graphite | latexin | Homo sapiens |