Open doors for imaging with intelligence

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Open doors for imaging with rationality. Keith A. Nugent Bend Focus of Perfection for Rational X-beam Science and School of Material science The College of Melbourne Australia. Framework of Talk. What would we be able to go for in 2013? Prologue to CDI

Presentation Transcript

Slide 1

Open doors for imaging with cognizance Keith A. Nugent ARC Center of Excellence for Coherent X-beam Science & School of Physics The University of Melbourne Australia

Slide 2

Outline of Talk What would we be able to go for in 2013? Prologue to CDI – brief Fresnel CDI (FCDI) Quantitative stage estimation Application to jungle fever tainted red platelet Keyhole FCDI – imaging stretched out articles Application to innovation issue Early 3D comes about Conclusions

Slide 3

Approaches to Coherent Imaging To Image broadened protests in three-measurements with 5nm determination Holography Recent work at BESSY Limited way to high determination Phase-differentiate Very widely utilized Low determination Ptychography SLS – Oliver Bunk Extended items, high determination? CDI Plane wave episode Isolated articles Curved occurrence wave

Slide 4

Coherent imaging techniques are being produced. Lucid Field Impose Measure Intensity, Keep Phase z Impose "bolster" Guess Phase

Slide 6

Unique! Use earlier learning of the episode wave to recoup the "leave surface wave" leaving the protest

Slide 7

The World's Easiest CDI Experiment Fourier Fresnel Fourier

Slide 8

Reconstruction of the Illuminating Field HM Quiney, AG Peele, Z Cai, D Paterson, KA Nugent, Nature Physics , 2 , 101-104 (2006)

Slide 9

X-Ray CDI

Slide 10

Fresnel diffraction imaging GJ Williams, HM Quiney, BB Dahl, CQ Tran, KA Nugent, AG Peele, D Paterson, M de Jonge, Physical Review Letters , 97 , 025506 (2006 )

Slide 11

Quantitative Phase Measurement Average AFM tallness and reproduced thickness for the four regions demonstrated in Fig 2(c). Region AFM (nm) FCDI (nm) 1 370 ± 8* 360 ± 29 2 344 ± 7 377 ± 28 3 308 ± 15 297 ± 32 4 348 ± 12 321 ± 19 *Errors are evaluated from the difference in the statures recuperated inside every locale, as this incorporates characteristic tallness variety the mistakes are in this manner preservationist. Use earlier information of the episode wave to recuperate the "leave surface wave" leaving the protest Clark, J.N., et al., Quantitative stage estimation in intelligible diffraction imaging. Optics Express, 2008. 16 (5) 3342-3348.

Slide 12

What do we mean by "support"? Support is translated marginally diversely here –the structure to be reproduced is the reasonable leave wave, including the enlightenment, not the diffusing article itself.

Slide 13

Optical Demonstration CCD Camera Diode Laser Beam Optical Test Chart

Slide 15

Independent Fresnel CDI pictures of a huge protest Experimental information acquired utilizing intelligible obvious light

Slide 16

X-Ray CDI

Slide 19

Have accomplished a determination of ~15nm! B Abbey et al, " Keyhole Coherent Diffractive Imaging", Nature Physics , Published on the web March 9, 2008

Slide 20

Exceeds determination of STXM with same optics, by an element of ~4!

Slide 21

Images of a breaker sound example

Slide 22

All of the calculated and methodological pieces are set up for us to accomplish 3D imaging of expanded articles with 5nm spatial determination

Slide 23

Collaborators Harry Quiney (UM) Andrew Peele (La Trobe) Garth Williams (UM) Lachlan Whitehead (UM) Brian Abbey (UM) Jesse Clark (La Trobe) David Paterson (Australian Synchrotron) Martin de Jonge (APS – Now AS) Ian McNulty (APS) Z Cai (APS) Leann Tilley (La Trobe) Eric Hanssen (La Trobe)

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