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Conventional SDD – Insufficient data, X-Max large area SDD – Excellent
try collecting for longer result, job done
better results
nullximinull nullur
Fignulle null
nulloductivitnullnullth X-Max
Comnullrison onulltnull results om null a simulation onulla nullorescence nullotobleacnullnnullenulleriment nullonullcellnullto tnull actual enullerimental data nullottom cellnull usinnulltnull
VirtualnullAnulltool.
with no
Oxford Instruments‘ X-Max offers sensors up to
against the nullriginal enullerimental data. nulle snull t nullnull these tnullnullls
80mm
2
and solid angles ten times larger than
is nullirtualnullnullnull a dnullnullnlnulladanullle enullecutanullle designed tnull analynull
nullnull enulleriments (httpnullnullcell.nullrgnullnullrap). nullt includes nullptiminulltinulln
extra effort
standard SDDs. Ten times bigger is ten times more
productive, and gives increased accuracnull, nullith no loss
algnullrithms nullnullr partial dinullerential enulluatinulln mnulldels and the anullility tnull
in resolution. nullonull nullou can have count rate, imaging,
use enullerimentally derived heterennull enullus mnulllecular distrinullutinullns
as initial cnullnditinullns nullnullr simulatinulln and parameter nulltting. nullurrentlynull
nullirtualnullnull can nulle used tnull analynull tnullnulldimensinullnal nullnull
or extra time
and analnulltical performance all at the same time.
• 1000nullgreater nulloductinullty
enulleriments nullnull nullhnullle cells tnull nullt dinullusinulln cnullenullients and nullractinullnal
• nullaracterinull materials in seconds, ratnullr tnulln
recnullvery nullnullr either nullne nullr tnullnull dinullusing cnullmpnullnents nullnull cytnull lic
(snulllunullle) prnullteins. nulle are cnullntinuing tnull develnullp nullirtualnullnull and
tnull create additinullnal cnullmpnullnents nullnull the nullirtual nullicrnullcnullpy nulluite.
PRODUCTIVITY
minutes or nullurs
• nulle low beam currents to anullid samnulle damage,
null the list nullnullr nulluture develnullpment are tnullnullls nullnullr the analysis nullnull nullther
ITMATTERS
contamination, image degradation and cnullrging
phnulltnullchemistry-nullased micrnullcnullpe manipulatinullnsnull such as nullnullnull
• nulle only cnullnge renullired is to switcnullto an X-Max
uncagingnull nullr phnulltnullactivatinulln enullerimentsnull as nullell as nullnullr the analysis
nullnull nullinullsensnullrsnull prnullnulle translnullcatinullnnull and nulllunullrescence nullesnullnance
nullnergy nullransnuller (nullnullnullnull) enullperiments null7null.
nullferences
nullnull null null nulllepchennullnull et al.null Trends nullell Biol 1null (200null 570-76.
nullnull null nullnully et al.null nullnullell Biol. 15null (2001) 10null-48. X-Max
nullnull null nullnulllt et al.null nullurr Biol 14 (2004) 17null8null
nullmm
null
nullmm
null
nullmm
null
nullnull null nullnullissnulllu et al.null Mol Biol nullell 17 (2006) 2770-79.
nullnull null nullunull null nullatrasnull and null null nullnullenull. null. nullell Biolonully 161 (200null
The largest area SDD
779-91.
nullnull null nullhen et al.null nullnullell Biol 181 (2008) 68null95.
nullnull nullirtual nullell is develnullped nully the nullatinullnal nullesnullurce nullnullr
www.oxford-instruments.com/xmax
nullell nullnalysis and nullnulldelingnull suppnullrted nully nullnull null1null1null86null
nullirtual nullrap is suppnullrted nully null54null 0222null.
The Business of Science
®
38
www.microscopy-today.com null nullnull nullvenuller
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