Abstract
Nanotechnology is the emerging technology that deals with processing, manipulating and manufacturing devices and products at the microscopic scale of molecules or atoms with structures smaller than 100 nanometers. Realizing its potential, Government of India spending on R&D in nanotechnology has gone up by an order of magnitude in last 5 years through various national and international programs. High energy gamma radiation and electron beams could be a useful tool to create innovative and newer nano-materials for various applications in medical field for treatment and detection purposes. Considering its certain advantage for producing nano-materials, radiation technology will play a crucial role in development of such materials. Research and development in the area of nano--particles on polymer films, hydrogels, silica particles and their nano-clusters using radiation technology could be a possible route for development of new functional nano-materials. (author)
Varshney, Lalit;
Sabharwal, Sunil;
Francis, Sanju;
Biswal, Jayashree
[1]
- Radiation Technology Development Section, Bhabha Atomic Research Centre, Mumbai (India)
Citation Formats
Varshney, Lalit, Sabharwal, Sunil, Francis, Sanju, and Biswal, Jayashree.
Studies and Development of Radiation Processed Nanomaterials.
IAEA: N. p.,
2009.
Web.
Varshney, Lalit, Sabharwal, Sunil, Francis, Sanju, & Biswal, Jayashree.
Studies and Development of Radiation Processed Nanomaterials.
IAEA.
Varshney, Lalit, Sabharwal, Sunil, Francis, Sanju, and Biswal, Jayashree.
2009.
"Studies and Development of Radiation Processed Nanomaterials."
IAEA.
@misc{etde_22270110,
title = {Studies and Development of Radiation Processed Nanomaterials}
author = {Varshney, Lalit, Sabharwal, Sunil, Francis, Sanju, and Biswal, Jayashree}
abstractNote = {Nanotechnology is the emerging technology that deals with processing, manipulating and manufacturing devices and products at the microscopic scale of molecules or atoms with structures smaller than 100 nanometers. Realizing its potential, Government of India spending on R&D in nanotechnology has gone up by an order of magnitude in last 5 years through various national and international programs. High energy gamma radiation and electron beams could be a useful tool to create innovative and newer nano-materials for various applications in medical field for treatment and detection purposes. Considering its certain advantage for producing nano-materials, radiation technology will play a crucial role in development of such materials. Research and development in the area of nano--particles on polymer films, hydrogels, silica particles and their nano-clusters using radiation technology could be a possible route for development of new functional nano-materials. (author)}
place = {IAEA}
year = {2009}
month = {Jul}
}
title = {Studies and Development of Radiation Processed Nanomaterials}
author = {Varshney, Lalit, Sabharwal, Sunil, Francis, Sanju, and Biswal, Jayashree}
abstractNote = {Nanotechnology is the emerging technology that deals with processing, manipulating and manufacturing devices and products at the microscopic scale of molecules or atoms with structures smaller than 100 nanometers. Realizing its potential, Government of India spending on R&D in nanotechnology has gone up by an order of magnitude in last 5 years through various national and international programs. High energy gamma radiation and electron beams could be a useful tool to create innovative and newer nano-materials for various applications in medical field for treatment and detection purposes. Considering its certain advantage for producing nano-materials, radiation technology will play a crucial role in development of such materials. Research and development in the area of nano--particles on polymer films, hydrogels, silica particles and their nano-clusters using radiation technology could be a possible route for development of new functional nano-materials. (author)}
place = {IAEA}
year = {2009}
month = {Jul}
}