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Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger depth profiling analysis, HfO2/Si, and Ultra low angle incidence ion beam
Resource Type:: Dataset
Data origin:: experiments
Author:: OGIWARA, Toshiya, NAGATA, Takahiro, and YOSHIKAWA, Hideki
Date Uploaded:: 07/08/2023

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger depth profiling analysis, HfO2/Si, and Ultra low angle incidence ion beam
Resource Type:: Dataset
Data origin:: experiments
Author:: OGIWARA, Toshiya, NAGATA, Takahiro, and YOSHIKAWA, Hideki
Date Uploaded:: 13/07/2023
Date Modified:: 07/08/2023

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger depth profiling analysis, HfO2/Si, and Ultra low angle incidence ion beam
Resource Type:: Dataset
Data origin:: experiments
Author:: OGIWARA, Toshiya, NAGATA, Takahiro, and YOSHIKAWA, Hideki
Date Uploaded:: 23/06/2023
Date Modified:: 18/07/2023

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger depth profiling analysis, HfO2/Si, and Ultra low angle incidence ion beam
Resource Type:: Dataset
Data origin:: experiments
Author:: OGIWARA, Toshiya, NAGATA, Takahiro, and YOSHIKAWA, Hideki
Date Uploaded:: 29/05/2023
Date Modified:: 26/06/2023

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger depth profiling analysis, HfO2/Si, and Ultra low angle incidence ion beam
Resource Type:: Dataset
Data origin:: experiment
Author:: OGIWARA, Toshiya, NAGATA, Takahiro, and YOSHIKAWA, Hideki
Date Uploaded:: 20/04/2023

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger depth profiling analysis, HfO2/Si, and Ultra low angle incidence ion beam
Resource Type:: Dataset
Data origin:: experiments
Author:: OGIWARA, Toshiya, NAGATA, Takahiro, and YOSHIKAWA, Hideki
Date Uploaded:: 09/02/2023
Date Modified:: 30/03/2024

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger depth profiling analysis, HfO2/Si, and Ultra low angle incidence ion beam
Resource Type:: Dataset
Data origin:: experiments
Author:: OGIWARA, Toshiya, NAGATA, Takahiro, and YOSHIKAWA, Hideki
Date Uploaded:: 21/12/2022
Date Modified:: 09/02/2023

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger depth profiling analysis, HfO2/Si, and Ultra low angle incidence ion beam
Resource Type:: Dataset
Data origin:: experiments
Author:: OGIWARA, Toshiya, NAGATA, Takahiro, and YOSHIKAWA, Hideki
Date Uploaded:: 22/11/2022
Date Modified:: 30/05/2023

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2 /Si by the glancing angle ion beam sputtering method at an incident angle...
Keyword:: Auger Depth Profiling Analysis, HfO2/Si, and Ultra Low Angle Incidence Ion Beam
Material/Specimen:: HfO2
Resource Type:: Article
Author:: Ogiwara, Toshiya, Nagata, Takahiro, and Yoshikawa, Hideki
Journal:: Journal of Surface Analysis
Date Uploaded:: 19/08/2021
Date Modified:: 20/08/2021

Description/Abstract:: We have investigated the Auger depth profiling analysis of HfO2/Si by the glancing-angle ion beam sputtering method at an incident angle ...
Keyword:: Auger Depth Profiling analysis, HfO2/Si, and Ultra Low Angle Incidence Ion Beam
Material/Specimen:: HfO2
Resource Type:: Article
Author:: Yoshikawa, Hideki, Ogiwara, Toshiya, and Nagata, Takahiro
Journal:: Journal of Surface Analysis
Date Uploaded:: 25/05/2021
Date Modified:: 26/05/2021

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