Erscheinungsjahr
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Extending Ion Source Life on High Current Ion Implant Tools with In‐Situ Chemical Cleaning
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Photoemission and x-ray absorption studies of valence states in (Ni,Zn,Fe,Ti)3O4 thin films exhibiting photoinduced magnetization
NationallizenzAmerican Institute of Physics | 2008| -
Extension of high Te regime with upgraded electron cyclotron resonance heating system in the Large Helical Device
American Institute of Physics | 2014| -
Deuterium Uptake in Iron Oxide Under ‐Plasma Exposure
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Novel Approach to Conformal FINFET Extension Doping
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Formation of Shallow PN Junction by Cluster Boron Implantation and Rapid Annealing Using Infrared Semiconductor Laser
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Comparison of H− and D− production in a magnetically filtered multicusp source
NationallizenzAmerican Institute of Physics | 1990| -
Enabling Solutions for 28 nm CMOS Advanced Junction Formation
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Demonstration Of Cost‐Effective, Highly Productive Ultra‐Shallow Junctions Using Molecular Carbon And Boron As An Alternative To Ge/C/B Implantation
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Implant Monitoring Measurements On Ultra Shallow Implants Before And After Anneal Using Photomodulated Reflection And Junction Photovoltage Measurement Techniques
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Monitoring Ion Implantation Energy Using Non‐contact Characterization Methods
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Extension of high Te regime with upgraded ECRH system in the LHD
American Institute of Physics | 2014| -
Global and Self‐consistent Simulation of ICRF Heating in Toroidal Plasmas
American Institute of Physics | 2005|Beteiligte: Bonoli, Paul T. -
CLARIS G2: Development of Carbon Cluster Implantation
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Development of a Compact Ion Source with a Hot Hollow Cathode
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Ion Source of Pure Single Charged Boron Based on Planar Magnetron Discharge in Self‐Sputtering Mode
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Control of Current Profile and Instability by Radiofrequency Wave Injection in JT‐60U and Its Applicability in JT‐60SA
American Institute of Physics | 2007| -
The observation of nonlinear ion cyclotron wave excitation during high-harmonic fast wave heating in the large helical device
NationallizenzAmerican Institute of Physics | 2008| -
Folded waveguide antenna for ICRF heating in the Large Helical Device
American Institute of Physics | 1996| -
Scatter Defects and Hall Scattering Factor For The Mobility of Boron In Silicon
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Design and experimental results of a new electron gun using a magnetic multipole plasma generator
NationallizenzAmerican Institute of Physics | 1991| -
LH Current Drive and ICRF Heating Experiments and Developments of RF Systems for JT‐60/U
American Institute of Physics | 1992| -
Photo‐Induced Carrier Recombination Properties of Silicon caused by Implantation
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Nissin Ion Doping System— Implantation for Silicon Layer Exfoliation
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
(p,2p) Reactions on Carbon Isotopes: p(9–16C,2p) 8–15B at 250AMeV
American Institute of Physics | 2007|Beteiligte: Wada, T., Yamagata, T. -
High reflection LH experiments with the JT‐60U launcher with oversized waveguides
American Institute of Physics | 1996| -
Cluster Ion Implantation for Process Application ‐Carbon Cluster co‐Implantation‐
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
ICRF mode conversion heating and long‐pulse discharges in LHD
American Institute of Physics | 2007| -
Control of profiles and transport by ion Bernstein waves in the Hefei Tokamak-7
NationallizenzAmerican Institute of Physics | 2003| -
Lower‐hybrid current drive and ICRF heating experiments on JT‐60U
American Institute of Physics | 1994| -
Molecular Ion Beam Transportation for Low Energy Ion Implantation
American Institute of Physics | 2011|Beteiligte: Seki, Toshio -
Present status of the negative ion based neutral beam injector for JT-60U
NationallizenzAmerican Institute of Physics | 2002| -
RF performance test and current operations of LHRF and ICRF heating systems on JT‐60
American Institute of Physics | 1987| -
Power flow in the negative-ion based neutral beam injection for JT-60
NationallizenzAmerican Institute of Physics | 2000| -
Extension of the high-ion-temperature regime in the Large Helical Device
NationallizenzAmerican Institute of Physics | 2008| -
Improvement of a 500 keV heavy‐ion‐beam probe for JIPP T‐IIU tokamak
NationallizenzAmerican Institute of Physics | 1995| -
High Frequency Ion Bernstein Wave Heating in JIPP T‐IIU Tokamak
American Institute of Physics | 1992| -
Characteristics of transport in electron internal transport barriers and in the vicinity of rational surfaces in the Large Helical Device
NationallizenzAmerican Institute of Physics | 2004| -
Formation of electron internal transport barrier and achievement of high ion temperature in Large Helical Device
NationallizenzAmerican Institute of Physics | 2003| -
Thirty-minute plasma sustainment by real-time magnetic-axis swing for effective divertor-load-dispersion in the Large Helical Device
NationallizenzAmerican Institute of Physics | 2006|
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