Jump to content

Nanotechnology

Ibat king Wikipedia

Kayabe ya iti king metung a serie dikil king
Nanotechnology

Amlat
Kabaldugan o Implikasiun
Gamit
Aguman
King panyulat ampong kulturang pangmalda
Listaan da reng paksa

Subfields and related fields

Nanomaterials
Fullerenes
Carbon nanotubes
Nanoparticles

Nanomedicine

Molecular self-assembly
Self-assembled monolayer
Supramolecular assembly
DNA nanotechnology

Nanoelectronics
Molecular electronics
Nanocircuitry
Nanolithography
Nanoionics

Scanning probe microscopy
Atomic force microscope
Scanning tunneling microscope

Molecular nanotechnology
Molecular assembler
Mechanosynthesis
Nanorobotics
Productive nanosystems

This box: view  talk  edit
(Larawan a) kikimut ning dudurut a nanotube nung nu makalto ing kayang balangkas a 3D.

King maleparan a kabaldugan, ing nanotechnology tutunggen ne ing metung a larangan ning siyensiyang magagamit (applied science) ampong teknolohiyang, a makaparikil king pamagkontrol o pamanagin king pekasangkap (matter) king degulan o lebel ning atom ampong molecule, keraklan manibat metung (1) anggang dinalan (100) a nanometer, ampo i ing pamangawa kareng gamit a makanyan la dagul deng pekamaulaga dang parti/dake.

Iti metung yang larangan a tutung multidisciplinary (tatagkil kareng miyayaliwang larangan): mandam ya king pisikang megamit, siensia da reng panyangkap (materials science), w:interface and colloid science, device physics w:supramolecular chemistry (ing dake ning kimikang manigaral king pamiugnayan dang noncovalent deng molecule, w:self-replicating machine at saka w:robotics, w:chemical engineering, w:mechanical engineering, w:biological engineering, ampong w:electrical engineering. Maragul ing dibati nung nanu ing lualan ning pamamanyaliksik kareng karinan a reti. Maliari yang lon ing nanotechnology antimong pamaglub o pamituglung da reng siensia king nanoscale o lebel a misnang latiktik, o antimong pamaniamasan king kabaldugan da reng siensiang atku na ba yang mas bayu at bage king salukuyan.

Adua la reng manimunang magagamit a paralan (approaches) king nanotechnology. Ketang paralan a "bottom-up" (manibatan lalam), mititikdo la reng sangkap (materials) ampong gamit (devices) ibat kareng dakeng (component) gawa kareng molecule, at miyugne-ugne la reti at mititikdo kapamilatan da reng prinsipiu ning pamangilala kareng molecule. Keta namang paralan a "top-down" (manibatan babo), mititikdo la reng nano-objects o bageng misnang latiktik ibat kareng gamit a mas maragul a e la matatagin deti king lebel a pang-atom. Linto ing nanotechnology uli ning mibayung interes king interface and colloid science, kayabe ing bayung dai o henerasiun da reng kasangkapan king pamagaral antimo ing atomic force microscope (AFM), ampo ing scanning tunneling microscope (STM). Kayagum la reng prosesu antimo ing w:electron beam lithography ampo ing molecular beam epitaxy, gewa rang posibling deng gamit a reti ing sasarian a pamanagin kareng misnang latiktik a bage (nanostructures), at uli na niti, dakal a bayung kapaliarian (novel phenomena) a mesuri.

Kayabe la kareng alimbawa ning nanotechnology deng pamangawa da reng polymer basi king pangabalangkas a molecular, ampo ing pamagdiseniu king planu o layout da reng computer chip basi king surface science. LIpat ning maragul a pangaku da reng dakal a uri ning nanotechnology, kayabe no reng quantum dot ampong nanotube, keraklan, den pamung komersial a gamit ning teknolohiyang iti keta pamung pamangamit da reng colloidal o marayuput a nanoparticle a tsarakal, antimo king suntan lotion, cosmetics (pakasanting itsura), balut a pangambil, panatad panulu,[1] ampong imalan a e mimamantsan.

  1. Abdelwahed W, Degobert G, Stainmesse S, Fessi H, (2006). "Freeze-drying of nanoparticles: Formulation, process and storage considerations". Advanced Drug Delivery Reviews. 58 (15): 1688-1713. 

Lon la murin deti

[mag-edit | alilan ya ing pikuwanan]

Karagdagan a babasan

[mag-edit | alilan ya ing pikuwanan]
  • David M. Berube 2006. Nano-hype: The Truth Behind the Nanotechnology Buzz. Prometheus Books. ISBN 1-59102-351-3
  • Jones, Richard A. L. (2004). Soft Machines. Oxford University Press, Oxford, United Kingdom. ISBN 0-19-852855-8. 
  • Akhlesh Lakhtakia (ed) (2004). The Handbook of Nanotechnology. Nanometer Structures: Theory, Modeling, and Simulation. SPIE Press, Bellingham, WA, USA. ISBN 0-8194-5186-X. 
  • Fei Wang & Akhlesh Lakhtakia (eds) (2006). Selected Papers on Nanotechnology -- Theory & Modeling (Milestone Volume 182). SPIE Press, Bellingham, WA, USA. ISBN 0-8194-6354-X.