Distribution of Nitrogen and Nickel in a Synthetic Diamond Crystal Observed with Scanning ESR Imaging
スポンサーリンク
概要
- 論文の詳細を見る
The spatial distribution of single substitutional nitrogen and nickel in a syntheticdiamond crystal has been imaged with a microwave scanning ESR imaging method.The growth sectorial dependence of the concentration and the linewidth of nitrogenand nickel centers was observed with the resolution of 0.5 mm. The Ni-rich regionwas seen only at some parts of the (l 1 1 ) sectors while nitrogen was rich in the entire(1 1 1) sectors. The linewidth of the nitrogen signal qualitatively correlates with the concentration of nickel.ESR imaging, synthetic diamond, nitrogen, nickel, growth sector
- 社団法人日本物理学会の論文
- 1990-07-15
著者
-
Furusawa M
Osaka Univ. Osaka
-
Furusawa Masahiro
Department Of Earth And Space Science Faculty Of Science Osaka University
-
Ikeya Motoji
Department Of Earth And Space Science Faculty Of Science Osaka University
-
Ikeya Motoji
Department Of Physics Faculty Of Science Osaka University
関連論文
- Precursor Statements of the Turkish Earthquake in 1999: Comparison with those of the Kobe Earthquake
- Wideband Environmental Electromagnetic Wave Observation Searching for Seismo-electromagnetic Signals and Simultaneous Observation of Catfish Behavior : The Cases for the Western Tottori and the Geiyo Earthquakes
- An Automatic Infrared Sensor System to Observe Unusual Animal Behavior
- ESR analysis of the Nojima fault gouge, Japan, from the DPRI 500m borehole
- Analysis of Barber-Pole Color and Speckle Noises Recorded 6 and a Half Hours before the Kobe Earthquake
- A Model Experiment of Electromagnetic Wave Propagation over Long Destances using Waveguide Terminology
- Laser-Beam Induced Remote Thermolurninescence (R-TL) Image for Future Planetary Material Survey
- Optically Stimulated Luminescence Study on γ-Irradiated Ice Frozen from H_2O and D_2O
- Trapping of Atmospheric HO_2 in Solid CO_2 on Icy Satellites : Simulation Using Electron Spin Resonance and Thermoluminescence Analyses
- Radiolysis of Solid CO_2 and Future Electron Spin Resonance Dating on Outer Planets