DeConvHAADF rectifies a STEM-HAADF image by eliminating a spread of probe due to spherical aberration and/or a limited aperture (diffraction aberration) of the probe forming lens, and thus improves image resolution.
DeConvHAADF uses a Maximum Entropy Method or the Richardson-Lucy Algorithm
References and Technical Notes (*Basic Readings)
- * K. Ishizuka and E. Okunishi: Quantitative Electron Microscopy Using Digital Data Processing, JEOL News 43 (2008) 17-22.
- *Improvement of Spatial Resolution of STEM-HAADF Image by Maximum-Entropy and Richardson-Lucy Deconvolution (EMC2004)
- *DeConvHAADF: Software Cs-corrector for STEM-HAADF Microscopy (APEM2004)
- Deconvolution Processing in Analytical STEM: Monochromator for EELS and Cs-Corrector for STEM-HAADF (MSA2005)
Examples (Sample Data)
Download
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- DeConvHAADF v3.5
for GMS 3.6.2
for GMS 3.6.0 – 3.6.1
for GMS 3.5
for GMS 3.4
for GMS 3.0 – 3.3
for GMS 2.3 64bit
for GMS 2.0 – 2.1 64bit - Required plug-ins.
User Key Driver
Previous versions
- DeConvHAADF v3.4
for GMS 3.5
for GMS 3.4
for GMS 3.3
for GMS 2.3 32bit GMS 2.3 64bit
for GMS 2.0 – 2.1 32bit GMS 2.0 – 2.1 64bit
for GMS 1.x
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