06-02-2013, 04:00 PM
NanoTechnology
NanoTechnology.pdf (Size: 297.9 KB / Downloads: 117)
Nanotechnology is the engineering of functional systems at atomic or molecular level. It is
rapidly progressing multidisciplinary subject, which is the result of interdisciplinary cooperation
between physics, chemistry, biotechnology, material sciences and engineering towards studying
assemblies of atoms and molecules. More than in other domains, the nanotechnology requires
the integration of many scientific, engineering and technical disciplines and competences.
Applications of nanotechnology will penetrate nearly all sectors and spheres of life
(communication, health, labour, mobility, housing, relaxation, energy, food) and will be
accompanied by changes in the social, economic, ethical and ecological spheres. The size
dependent properties of Nanomaterials and the ability to measure manipulate and organize
material on the nanoscale may have significant implications on existing disciplines.
1
NanoTechnology.pdf (Size: 297.9 KB / Downloads: 117)
Nanotechnology is the engineering of functional systems at atomic or molecular level. It is
rapidly progressing multidisciplinary subject, which is the result of interdisciplinary cooperation
between physics, chemistry, biotechnology, material sciences and engineering towards studying
assemblies of atoms and molecules. More than in other domains, the nanotechnology requires
the integration of many scientific, engineering and technical disciplines and competences.
Applications of nanotechnology will penetrate nearly all sectors and spheres of life
(communication, health, labour, mobility, housing, relaxation, energy, food) and will be
accompanied by changes in the social, economic, ethical and ecological spheres. The size
dependent properties of Nanomaterials and the ability to measure manipulate and organize
material on the nanoscale may have significant implications on existing disciplines.
1