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Thin film deposition / Electronic engineering / High-k dielectric / Transistors / Ceramic materials / Gate dielectric / Atomic layer deposition / Annealing / Equivalent oxide thickness / Chemistry / Materials science / Electromagnetism


Photon Factory Activity Report 2008 #26 Part BSurface and Interface 2C/2005S2-002 Control of oxidation and reduction in HfSiON/Si through N2 exposure Hiroyuki KAMADA*1, Tatsuhiko TANIMURA1, Satoshi TOYODA1-3, Hir
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Document Date: 2010-01-05 10:36:03


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City

Tokyo / /

Company

Selete Inc. / /

Country

Japan / /

Currency

pence / /

/

Facility

The University of Tokyo / Photon Factory / /

IndustryTerm

chemical bonding states / metal-oxidesemiconductor field effect transistors / chemical reaction / ambient gas / gas ambient / ambient gas species / /

Organization

High-Energy Accelerator Research Organization / University of Tokyo / Tokyo / Semiconductor Technology Academic Research Center / Technology / Japan Science and Technology Agency / Univ-of Tokyo Synchrotron Radiation Research Organization / Department of Applied Chemistry / /

Person

Guo Lin / /

RadioStation

2 Core / /

Technology

Radiation / spectroscopy / dielectric / 4 Semiconductor Technology / /

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