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 3.5 (64bit)
for GMS 3.4 (64bit)
for GMS 3.3 (64bit) (applicable from GMS 3.0)
for GMS 2.3 64bit
for GMS 2.1 64bit (applicable from GMS 2.0) - Required plug-ins.
User Key Driver
Previous versions
- DeConvHAADF v3.4
for GMS 3.5 (64bit)
for GMS 3.4 (64bit)
for GMS 3.3 (64bit) (applicable from GMS 3.0)
for GMS 2.3 32bit GMS 2.3 64bit
for GMS 2.1 32bit GMS 2.1 64bit (applicable from GMS 2.0)
for GMS 1.x (32bit)
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