Quantum Hall devices based on single-crystalline graphene

Large scale single-crystalline graphene was achieved on copper foils with CH 4 as the precursor with a sandwich method. With a PMMA-assisted method, single-crystalline graphene was transferred to the marked SiO 2 /Si substrate. Quantum Hall devices will be fabricated by E-beam lithography and metall...

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Published in29th Conference on Precision Electromagnetic Measurements (CPEM 2014) pp. 538 - 539
Main Authors Wang, Xueshen, Li, Jinjin, Zhong, Qing, Zhong, Yuan, Liu, Yonggang
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.08.2014
Subjects
Graphene
Hall effect
Quantum Hall devices
Resistance
Silicon
single-crystalline
Substrates
Surface treatment
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Abstract Large scale single-crystalline graphene was achieved on copper foils with CH 4 as the precursor with a sandwich method. With a PMMA-assisted method, single-crystalline graphene was transferred to the marked SiO 2 /Si substrate. Quantum Hall devices will be fabricated by E-beam lithography and metallization. And, quantum Hall effect will be measured.
AbstractList Large scale single-crystalline graphene was achieved on copper foils with CH 4 as the precursor with a sandwich method. With a PMMA-assisted method, single-crystalline graphene was transferred to the marked SiO 2 /Si substrate. Quantum Hall devices will be fabricated by E-beam lithography and metallization. And, quantum Hall effect will be measured.
Author Zhong, Yuan
Liu, Yonggang
Zhong, Qing
Li, Jinjin
Wang, Xueshen
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  organization: National Institute of Metrology, No.8, Bei San Huan Dong Lu, Chaoyang Dist, Beijing, China
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Snippet Large scale single-crystalline graphene was achieved on copper foils with CH 4 as the precursor with a sandwich method. With a PMMA-assisted method,...
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StartPage 538
SubjectTerms Graphene
Hall effect
Quantum Hall devices
Resistance
Silicon
single-crystalline
Substrates
Surface treatment
Title Quantum Hall devices based on single-crystalline graphene
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