Kapon Eli | Laboratory Of Nanostructures Imo-department Of Physics Swiss Federal Institute Of Technology
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概要
- 同名の論文著者
- Laboratory Of Nanostructures Imo-department Of Physics Swiss Federal Institute Of Technologyの論文著者
関連著者
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Kapon E.
スイス連邦工科大学ローザンヌ校
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Kapon E.
Swiss Federal Instiltute Of Technology
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Kapon Eli
Laboratory Of Nanostructures Imo-department Of Physics Swiss Federal Institute Of Technology
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渡邉 紳一
東大理
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渡邊 紳一
東大物性研
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渡邉 紳一
スイス連邦工科大学ローザンヌ校
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Pelucchi E.
スイス連邦工科大学ローザンヌ校
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Leifer K.
スイス連邦工科大学ローザンヌ校
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Dwir B.
スイス連邦工科大学ローザンヌ校
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Dwir Benjamin
Institute Of Micro- And Optoelectronics Swiss Federal Institute Of Technology (epfl)
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SYRBU A.
Swiss Federal Instiltute of Technology
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IAKOVLEV V.
Swiss Federal Instiltute of Technology
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BERSETH C.
Swiss Federal Instiltute of Technology
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DEHAESE O.
Swiss Federal Instiltute of Technology
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RUDRA A.
Swiss Federal Instiltute of Technology
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STARK C.
OPTO+, Alcatel Corporare Research Centre, Route de Nozay
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BOUCART J.
OPTO+, Alcatel Corporare Research Centre, Route de Nozay
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GABORIT F.
OPTO+, Alcatel Corporare Research Centre, Route de Nozay
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JACQUET J.
OPTO+, Alcatel Corporare Research Centre, Route de Nozay
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SAGNES I.
France Telecom-CNET, DTD, Laboratoire de Bagneux
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HARMAND J.
France Telecom-CNET, DTD, Laboratoire de Bagneux
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RAJ R.
France Telecom-CNET, DTD, Laboratoire de Bagneux
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Boucart J.
Opto+ Alcatel Corporare Research Centre Route De Nozay
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Gaborit F.
Opto+ Alcatel Corporare Research Centre Route De Nozay
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Harmand J.
France Telecom-cnet Dtd Laboratoire De Bagneux
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Jacquet J.
Opto+ Alcatel Corporare Research Centre Route De Nozay
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Sagnes I.
France Telecom-cnet Dtd Laboratoire De Bagneux
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Stark C.
Opto+ Alcatel Corporare Research Centre Route De Nozay
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Raj R.
France Telecom-cnet Dtd Laboratoire De Bagneux
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Syrbu A.V.
Swiss Federal Instiltute of Technology
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Iakovlev V.P.
Swiss Federal Instiltute of Technology
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Berseth C.-A.
Swiss Federal Instiltute of Technology
著作論文
- 28pYF-7 ピラミッド型構造を用いた半導体量子ドットの完全位置制御(量子井戸・超格子)(領域4)
- Quasi-CW Room Temperature Operation of 1.52 μm InGaAsP/AlGaAs Vertical Cavity Lasers Obtained by Localised Fusion
- Self-Ordered Quantum Nanostructures Grown on Nonplanar Substrates