
WTEC Panel Report on
Russian Research and Development on Nanoparticles and
Nanostructured Materials
Organizing Committee
I.A. Ovid'ko (Russia)
M.C. Roco (U.S.)
Richard W. Siegel, WTEC Panel Chair
Evelyn Hu, Panel Co-Chair
Geoffrey M. Holdridge, WTEC, Editor
August 1997
Table Of Contents
I. Summary: Functional Nanostructure Research in Russia
- Evelyn L. Hu, Richard W. Siegel, and M.C. Roco
- Overview of the WTEC Workshop in St. Petersburg
on August 21, 1997 (E.L. Hu)
- Notes on the Russian Scientists'
Presentations and Discussion (R.W. Siegel)
- Funding of Nanotechnology in
Russia (M.C. Roco)
II. Papers Presented August 21,1997
- NSF Research Programs and Support for
Nanotechnology (M.C. Roco, NSF)
- Comments on the WTEC Study and on Nanoparticle
and Nanostructure Research in the United States (R.W. Siegel,
RPI)
- Some Aspects of Nanoparticle Technology in
Russia (E.F. Sheka, Russian Peoples' Friendship University)
- The Synthesis of Structurized Nanoglobules,
Precision Quantum Devices and Quantum Materials (V.B. Aleskovskii
and V.I. Gubaidulin, St. Petersburg State University)
- Synthesis, Structure, and Properties of
Nanostructured Materials (Theoretical Modeling) (I.A. Ovid'ko,
Institute of Machine Science Problems, Russian Academy of Sciences)
- Ultrathin Wires with Near Atomic
Diameters (Yu.A. Kumzerov, Ioffe Physico-Technical Institute,
Russian Academy of Sciences)
- R&DD in the Field of Nanostructured Materials
in Russia (R.S. Andrievski, Institute of New Chemical Problems,
Russian Academy of Sciences)
- Nanophase Alloys (N.I. Noskova,
Institute of Metal Physics, Russian Academy of Sciences)
- Nanostructure Formation in Dynamically Loaded
Solids (Yu.I. Mescheryakov, Institute of Machine Science Problems,
Russian Academy of Sciences)
- Properties of Defects in Nanostructured
Materials (A.E. Romanov, Ioffe Physico-Technical Institute, Russian
Academy of Sciences)
- Structure and Mechanical Properties of
Nanostructured Metals Prepared by Severe Plastic Deformation (R.Z.
Valiev, Institute of Physics of Advanced Materials)
- Structure and Magnetic Properties of
RFe2Hx Nanohydrides Obtained by Hydrogen-Induced
Amorphization (A.Y. Yermakov, Institute of Metal Physics, Russian
Academy of Sciences)
- Nanolithography on Surfaces of SiWx
and ITO films by STM (I.A. Ryjikov, Delta Research
Institute)
- Some Aspects of Nanoelectronics Development in
Russia (I.A. Obukhov, Delta Research Institute)
- History and Some Programs of Ultradispersed
Materials Development in Russia (V.F. Petrunin, Ministry of Atomic
Energy)
- Invited Technical Paper: Designing
Nanostructures for New Functional Materials (B.B. Rath, U.S. Naval
Research Laboratory)