nullenullresnullnse nullrce Microsconull
Fignulle nullnull Tonullsurnullce onulla red blood cell. Tnull surnullce snullnull nulls rendered to
snullnulltnull tonullnullanullnullnullile tnull nullM nullase cnullnnel nulls overlaid to snullnulltnull
nullenull resnullnse. A small subnullicron renullon on tonullnullnulltenullonulltnull cell enullibited
a mucnulldinullnullrent nullenull resnullnse om null tnull surroundinnullcell surnullce. 2 null scan.
CourtesnullonullB. nulldrinullenulland null nulllinin, nullNnull
nullnullr enullmple nullith signal prnullpagatinulln in neurnullns. nullltimatelynull
nulln the mnulllecular levelnull nullnull may allnullnull reactinullns and energy
transnullnullrmatinulln pathysnull tnull nulle understnullnulld. nullecent nullnull studies
nullnull nullinullmnulllecules have demnullnstrated electrnullmechanical nullehavinullr
in lysnullnullme pnulllymersnull nullacterinullrhnulldnullpsinnull and cnullnnective
tissue nullnull14null nulls an enullmplenull nulligure 10 shnullnull a cnullmpnullite
image nullnull a red nulllnullnulld cell nullith the piernull espnullnse shnullnulln as the
nullverlaid nullnull phase signal in nullhite.
Conclnullion
nulle cnullupling nullnull electrical and mechanical phennullmena
in nullinulllnullical systems and electrnullnic devices is an impnullrtant
Fignulle null nullenullesnullnse nullrce microsconull imanullnnull onull multinullrroic Binullnull
null

research area. nulliernull espnullnse nullnullrce micrnullcnullpy can reveal
nanonullers. nullnull scan. Collaboration nulltnullnull nulle, nullannullan nulliversitnull, Cnullna, and
J.null. null, nulliversitnullonullWasnullnnullon.
critical details anullnullut the mechanical respnullnse tnull electrical
stimuli. nullt is linullely that nullnull nullill play a critical rnullle in these
nulllectrtnull atic interactinullns nulletnulleen the cantilever and the areas nullecause nullnull its uninullue cnullmnullinatinulln nullnull high resnulllutinulln and
surnullce can result in a signal at the drive nullrenulluencynull the same high sensitivity tnull nannullscale electrnullmechanical phennullmena.
as the nullnull signal. snull nullacnullrnullund can snullmetimes snullmp the
small nullnull signal. nulle use nullnull higher mnulldes can greatly reduce
nullferences
this electrtnull atic nullacnullrnullund. nullinallynull resnullnance enhancement
nullnull null gnull et al.null AdnullSolid State nullnullys 41 (2001) 287-298.
can nulle used nulln the higher mnulldes tnull amplinully nulleanull nullnull signals.
nullnull null nulllenulle and null nullruvermannull nullerroelectrics at nullanoscalenull
nullt shnulluld nulle nnullted that in this regimenull the respnullnse is strnullngly
Scanninnullnullronulle Microscopy Approacnullnull nullpringer nullerlagnull nullenull
dependent nulln the lnullcal mechanical cnullntact cnullnditinullnsnull and
nullnullrnull 2004.
hencenull an apprnullpriate nullrenulluency tracnulling methnulld is renulluired tnull
nullnull null nullalinin et al.null Annu RenullMater Res null (2007) 189-2null.
avnullid nullnullnullnull pnullraphy crs-tnull alnull
nullnull null nullath et al.null Appl nullnullys nullett 9null (2008) 072905.
nulliological Applications. nulliernull espnullnse nullnullrce micrnullcnullpy nullnull null nullynullell et al.null nullnullys Renullnullett 89 (2002) 097601.
allnullnull the nullrganic and mineral cnullmpnullnents nullnull nullinulllnullical nullnull null nullruverman and null nullhnulllnullinnull Rep nullronullnullnullys 69 (2006)
systems tnull nulle dinullerentiated and prnullvides innullnullrmatinulln nulln 244null
the materialnulls micrtnull ructure and lnullcal prnullperties. nulle use nullnull nullnull null nullalinin et al.null Microsc Microanal 12 (2006) 206-220.
vectnullr nullnull may enanullle prnulltein nullrientatinulln tnull nulle determined nullnull nullnull nullim et al.null Appl nullnullys nullett 91 (2007) 1null90null
in real space. nullnullr enullmplenull the internal structure nullnull prnulltein nullnull null nulltnulllichnnullv et al.null Appl nullnullys nullett 86 (2005) 012902.
micrnullnullnullrils in human tnullnullth enamel might nulle determined nullith
null0null null nullynullell et al.null Appl nullnullys nullett 72 (1998) 1454.
a spatial resnulllutinulln nullnull several nannullmeters. nullnull may help in
null1null null nullesse et al.null nullanotecnullnolonully 18 (2007) 475504.
understanding electrnullmechanical cnullupling at the nannullmeter
null2null null nulleyen et al.null Appl nullnullys nullett 94 (2009) 10null07.
levelnull estanulllishing the rnullle nullnull surnullce denullects nulln pnulllarinulltinulln
nullnull null nullnulldriguenull et al.null nullanotecnullnolonully 18 (2007) 475504.
snullitching. snull micrnullcnullpy techninullue cnulluld pnulltentially nullcilitate
null4null null nullalinin et al.null nullanotecnullnolonully 18 (2007) 424020.
studies nullnull electrnullphysinulllnully at the cellular and mnulllecular levelsnull
14
www.microscopy-today.com null nullnull nullvenuller
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