protect inert gas silver nanoparticl were success prepar confin arc plasma method the particl size microstructur morpholog particl process were character via xray powder diffract xrd transmiss electron microscopi tem correspond select area electron diffract saed the absorptiondesorpt isotherm sampl were measur use static volumetr absorpt analyz pore structur sampl calcul barrettjoynerhalenda bjh academ model specif surfac area calcul from brunaueremmetttel bet adsorpt equat the experi result indic crystal structur sampl facecent cubic fcc structur same bulk materi particl size distribut rang from 5 65 averag particl size about 26 obtain tem confirm xrd bet result the specif surfac area 2381 pore volum 009 averag pore diamet 187

Mingru Zhou

Zhiqiang Wei

Hongxia Qiao

Lin Zhu

Hua Yang

Tiandong Xia

Particle Size and Pore Structure Characterization of Silver Nanoparticles Prepared by Confined Arc Plasma

optical emiss spectroscopi use studi puls laser ablat graphit hydrogen atmospher wherein ultrananocrystallin diamond uncd hydrogen amorph carbon composit film were grown heat substrat timeresolv photograph plume expand from laserirradi spot toward substrat were taken use highspe iccd camera equip narrowbandpass filter while emiss from atom dimer last abov laserirradi spot target emiss from ion last abov substrat surfac approxim 7 microsecond although emiss lifetim speci general approxim 10 nanosecond this impli ion activ collid each other abov substrat surfac long time believ key uncd growth pld suppli high energet carbon speci high densiti substrat exist atom hydrogen dure growth

Kenji Hanada

Takashi Nishiyama

Tsuyoshi Yoshitake

Kunihito Nagayama

Time-Resolved Observation of Deposition Process of Ultrananocrystalline Diamond/Hydrogenated Amorphous Carbon Composite Films in Pulsed Laser Deposition

asymmetr inorgan organ composit nanoparticl anisotrop surfac function repres new approach creat smart materi requir select introduct chemic group dual compon composit respect here report synthesi snowmanlik asymmetr silica polystyren heterostructur anisotrop function via chemic method creat nanostructur possibl offer twosid biolog access through chemic group carboxyl group introduc polystyren compon snowmanlik composit miniemuls polymer monom local surfac silica particl moreov amino group graft remain silica surfac through facil surfac modif composit nanoparticl the asymmetr shape composit confirm tem character moreov characterist anisotrop surfac function were indic zeta potenti measur confoc laser microscopi after be label fluoresc dye this structur could find potenti use carrier biolog applic

Yilong Wang

Hong Xu

Weili Qiang

Hongchen Gu

Donglu Shi

Asymmetric Composite Nanoparticles with Anisotropic Surface Functionalities

crosslink assembl nanoparticl great valu chemiresistortyp sensor herein report simpl method fabric chemiresistortyp sensor minim swell transduct mechan while optim chang dielectr respons sensor prepar methodolog show enhanc chemoselect phosphon which use surrog chemic weapon chemoselect sensor were fabric use aqueous solut gold nanoparticl were crosslink presenc silica precursor tetraethyl orthosil dithiol which deriv from situ deprotect 14di phenylethynyl diacetylthio benzen 1 wet triethylamin the crosslink nanoparticl silica matrix were drop coat onto interdigit electrod have 8 space sampl were expos seri analyt includ dimethyl methylphosphon dmmp octan toluen limit detect obtain each analyt sensor assembl fashion were more sensit dimethyl methylphosphon than octan factor 1000

Shawn M. Dirk

Stephen W. Howell

B. Katherine Price

Hongyou Fan

Cody Washburn

David R. Wheeler

James M. Tour

Joshua Whiting

R. Joseph Simonson

Vapor Sensing Using Conjugated Molecule-Linked Au Nanoparticles in a Silica Matrix

carbonbas electron materi have receiv much attent sinc discoveri elucid properti nanotub fulleren allotrop conduct polym amorphous carbon graphit graphen diamond have also been topic intens research accord interest herein provid detail novel facil method synthesi poli hydridocarbyn phc preceram carbon polym report undergo convers diamondlik carbon dlc upon pyrolysi also provid electr character after lowtemperatur process pyrolysi materi the result indic strong insul polym becom notabl conduct bulk form upon heat contain interspers micro nanostructur which subject ongo research

Aaron M. Katzenmeyer

Yavuz Bayam

Logeeswaran VJ

Michael W. Pitcher

Yusuf Nur

Semih Seyyidoğlu

Levent K. Toppare

A. Alec Talin

Huilan Han

Cristina E. Davis

M. Saif Islam

Poly(hydridocarbyne) as Highly Processable Insulating Polymer Precursor to Micro/Nanostructures and Graphite Conductors

using prepar particl 10 25 magnet core synthes composit particl shell homogen precipit their structur morpholog were character xray diffract xrd xray photoelectron spectroscopi xps transmiss electron microscopi tem fourier transform infrar spectra ftir vibrationsampl magnetomet vsm show urea precipit transpar uniform coat ca3 thick particl can obtain the composit particl have better dispers than start materi exhibit superparamagnet properti better chemic adsorpt abil satur magnet 335 emu decolor experi methyl orang solut composit suggest highest decolor rate 9433 when methyl orang solut 13 contact time 50 minut kind composit particl onli has superparamagnet properti also good abil chemic adsorpt

Zhang Shu

Shulin Wang

Synthesis and Characterization of Magnetic Nanosized  <svg style="vertical-align:-4.67647pt;width:55.575001px;" id="M1" height="21.1" version="1.1" viewBox="0 0 55.575001 21.1" width="55.575001"  xmlns="http://www.w3.org/2000/svg">
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polyamid 66 pa66 brazilian clay nanocomposit were produc via direct melt intercal montmorillonit sampl from brazilian state paraíba organ modifi esthearildimethylammonium chlorid praepagen quaternari ammonium salt has been test use polym nanocomposit the dispers analysi interlay space clay particl matrix were investig xray diffract xrd transmiss electron microscopi tem thermal behavior obtain system investig differenti scan calorimetri dsc thermogravimetri heat deflect temperatur hdt report too the nanocomposit exhibit partial exfoli structur veri interest hdt valu which higher than those pure pa66 good thermal stabil

E. M. Araújo

K. D. Araujo

R. A. Paz

T. R. Gouveia

R. Barbosa

E. N. Ito

Polyamide 66/Brazilian Clay Nanocomposites

carbon nanotub cnts have been success grown tip apex atom forc microscopi afm cantilev microwav plasmaenhanc chemic vapor deposit mpecvd both scan electron microscopi sem transmiss electron microscopi tem observ reveal diamet cnts magnet particl diamet which use catalyst cnt growth exist top this cnt probe has been appli magnet forc microscopi mfm ultrahighdens magnet record media 1200 kilo flux chang per inch kfci

Kei Tanaka

Masamichi Yoshimura

Kazuyuki Ueda

High-Resolution Magnetic Force Microscopy Using Carbon Nanotube Probes Fabricated Directly by Microwave Plasma-Enhanced Chemical Vapor Deposition

investig compress yield singl crystal perform atomist simul sampl diamet rang 5 40 remark effect sampl size yield strength observ nanopillar two differ orient the deform mechan character massiv disloc activ within singl slip system nanoscal deform twine octal slip system disloc dynamicsbas model propos interpret size temperatur effect singl slipori nanopillar consid nucleat incipi disloc

Xiaoyan Li

Wei Yang

Size Dependence of Dislocation-Mediated Plasticity in Ni Single Crystals: Molecular Dynamics Simulations

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<p><em>Journal of Nanomaterials</em> publishes research on nanoscale and nanostructured materials with an emphasis on synthesis, processing, characterization, and the applications of nanomaterials.</p>


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Journal of Nanomaterials