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- Morphological change from nano-cube to nano-sphere by addition of Ni to W in RF thermal plasma synthesis
- Three dimensional Monte Carlo simulations with real grain orientations for the role of sub-boundaries and precipitates in abnormal grain growth

- Abnormal grain growth approached by sub-boundary enhanced solid-state wetting
- Stored energy of Goss grains in Fe-3%Si steel after cold rolling
- Monte-Carlo simulation of Goss abnormal grain growth in Fe-3%Si steel by sub-boundary enhanced solid-state wetting
- Role of Σ9 boundaries in abnormal grain growth of Goss grains in Fe-3%Si steel approached by solid-state wetting

- Thin film solar cell based on microcrystalline silicon nanostructure grown in low temperature condition

- A theoretical model for digestive ripening

- The Role of External Stress on the Ferrite Transformation in a Low Carbon Steel

- Alternative mechanism of secondary recrystallization: Solid-state wetting Along grain boundaries or triple junctions

- Molecular Dynamics Study on Deposition Behaviors of Au Nanocluster on Substrates

- New mechanism of thin film growth : Charged cluster model

- Charged clustres in the diamond CVD process

- Effect of solid-state wetting along grain boundary or triple junction on abnormal grain growth

- Applicatino of thermodynamics to the chemical vapor deposition process
- Charged cluster model in the synthesis of diamond by chemical vapor deposition
- Thermodynamic paradox of diamond deposition with simultaneous graphite etching in the low pressure synthesis of diamond : approach by charged cluster model
- Thermodynamics of chemical vapor deposition and its application to diamond deposition

- Massive transformation in slowly cooled pure Fe and Fe-Cu alloy
- 서냉한 순철과 Fe-Cu 합금에서의 매씨브 변태

- Formation of residual porosities during liquid phase sintering of W-Ni-Fe

서울 관악구 관악로 1 서울대학교, 재료공학부 31동 314호 박막및미세조직실험실 (08826)
Thin Films and Microstructure Lab., 31-314 Department of Materials Science and Engineering, Seoul National Univ., 1 Gwanak-ro, Gwanak-gu, Seoul, Korea (Zip 08826)
TEL +82-2-880-9152 (31-314), +82-2-880-8862 (30-304), +82-2-880-5511 (131-404)

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