Biomedical Engineering Reference
In-Depth Information
. 32.. Nikoobakht,.B.,.El-Sayed,.M..A..Preparation.and.growth.mechanism.of.gold.nanorods.(NRs).
using.seed-mediated.growth.method.. Chem. Mater. .2003,.15.(10),.1957-1962.
. 33.. Sun,. Y.,. Mayers,. B.,. Xia,. Y.. Metal. nanostructures. with. hollow. interiors.. Adv. Mater. . 2003,. 15.
(7-8),.641-646.
. 34.. Stewart,.M..E.,.Anderton,.C..R.,.Thompson,.L..B.,.Maria,.J.,.Gray,.S..K.,.Rogers,.J..A.,.Nuzzo,.R..G..
Nanostructured.plasmonic.sensors.. Chem. Rev. .2008,.108.(2),.494-521.
. 35.. (a).Tao,.A..R.,.Habas,.S.,.Yang,.P..Shape.control.of.colloidal.metal.nanocrystals.. Small .2008,.4.(3),.
310-325..(b).Wiley,.B..J.,.Im,.S..H.,.Li,.Z.-Y.,.McLellan,.J.,.Siekkinen,.A.,.Xia,.Y..Maneuvering.the.
surface.plasmon.resonance.of.silver.nanostructures.through.shape-controlled.synthesis.. J. Phys.
Chem. B .2006,.110.(32),.15666-15675.
. 36.. Bastys,. V.,. Pastoriza-Santos,. I.,. Rodr'guez-González,. B.,. Vaisnoras,. R.,. Liz-Marzán,. L.. M..
Formation. of. silver. nanoprisms. with. surface. plasmons. at. communication. wavelengths.. Adv.
Funct. Mater. .2006,.16.(6),.766-773.
. 37.. Jackson,.J..B.,.Halas,.N..J..Silver.nanoshells:.variations.in.morphologies.and.optical.properties..
J. Phys. Chem. B .2001,.105.(14),.2743-2746.
. 38.. Halas,.N..Playing.with.plasmons:.tuning.the.optical.resonant.properties.of.metallic.nanoshells..
MRS Bull. .2005,.30,.362-367.
. 39.. Svoboda,.K.,.Block,.S..M..Biological.applications.of.optical.forces.. Annu. Rev. Biophys. Biomol.
Struct. 1994,.23.(1),.247-285.
. 40.. Wang,.H.,.Brandl,.D..W.,.Le,.F.,.Nordlander,.P.,.Halas,.N..J..Nanorice:.a.hybrid.plasmonic.nano-
structure.. Nano Lett. .2006,.6.(4),.827-832.
. 41.. (a).Grzelczak,.M.,.Perez-Juste,.J.,.Mulvaney,.P.,.Liz-Marzan,.L..M..Shape.control.in.gold.nanopar-
ticle.synthesis.. Chem. Soc. Rev. .2008,.37.(9),.1783-1791..(b).Barbosa,.S.,.Agrawal,.A.,.Rodriguez-
Lorenzo,.L.,.Pastoriza-Santos,.I.,.Alvarez-Puebla,.R..A.,.Kornowski,.A.,.Weller,.H.,.Liz-Marzan,.
L.. M.. Tuning. size. and. sensing. properties. in. colloidal. gold. nanostars.. Langmuir . 2010,. 26. (18),.
14943-14950.
. 42.. Madou,.M..J.. Fundamentals of microfabrication: the science of miniaturization ..2nd.ed..Boca.Raton,.
FL:.CRC.Press,.2002.
. 43.. Lin,.Y.,.Zou,.Y.,.Mo,.Y.,.Guo,.J.,.Lindquist,.R..G..E-beam.patterned.gold.nanodot.arrays.on.opti-
cal.iber.tips.for.localized.surface.plasmon.resonance.biochemical.sensing.. Sensors-Basel .2010,.
10.(10),.9397-9406.
. 44.. Li,.K.,.Clime,.L.,.Tay,.L.,.Cui,.B.,.Geissler,.M.,.Veres,.T..Multiple.surface.plasmon.resonances.and.
near-infrared.ield.enhancement.of.gold.nanowells.. Anal. Chem. .2008,.80.(13),.4945-4950.
. 45.. Clark,.A..W.,.Cooper,.J..M..Nanogap.ring.antennae.as.plasmonically.coupled.SERRS.substrates..
Small .2011,.7.(1),.119-125.
. 46.. Chou,.S..Y.,.Krauss,.P..R.,.Renstrom,.P..J..Imprint.of.sub-5.nm.vias.and.trenches.in.polymers..
Appl. Phys. Lett. 1995,.67.(21),.3114-3116.
. 47.. Chou,.S..Y.,.Krauss,.P..R.,.Renstrom,.P..J..Nanoimprint.lithography.. J. Vac. Sci. Technol. B .1996,.14.
(6),.4129-4133.
. 48.. Lucas,. B.. D.,. Kim,. J.-S.,. Chin,. C.,. Guo,. L.. J.. Nanoimprint. lithography. based. approach. for.
the. fabrication. of. large-area,. uniformly-oriented. plasmonic. arrays.. Adv. Mater. . 2008,. 20. (6),.
1129-1134.
. 49.. Alvarez-Puebla,. R.,. Cui,. B.,. Bravo-Vasquez,. J.-P.,. Veres,. T.,. Fenniri,. H.. Nanoimprinted. SERS-
active. substrates. with. tunable. surface. plasmon. resonances.. J. Phys. Chem. C . 2007,. 111. (18),.
6720-6723.
. 50.. Lee,.S.-W.,.Lee,.K.-S.,.Ahn,.J.,.Lee,.J.-J.,.Kim,.M.-G.,.Shin,.Y.-B..Highly.sensitive.biosensing.using.
arrays.of.plasmonic.Au.nanodisks.realized.by.nanoimprint.lithography.. ACS Nano .2011,.5.(2),.
897-904.
. 51.. Guo,.L..J..Nanoimprint.lithography:.methods.and.material.requirements.. Adv. Mater. .2007,.19,.
495-513.
Search WWH ::




Custom Search