In situ investigation on rapid microstructure evolution in extreme complex environment by developing a new AFBP-TVM sparse tomography algorithm from original CS …
F Xu, B Dong, X Hu, Y Xiao, Y Wang - Optics and Lasers in Engineering, 2017 - Elsevier
A new sparse tomography method for observing the rapid internal microstructure evolution
of material, called the Algebraic Filtered-Back-Projection and Total Variation Minimization …
of material, called the Algebraic Filtered-Back-Projection and Total Variation Minimization …
In situ investigation on rapid microstructure evolution in extreme complex environment by developing a new AFBP-TVM sparse tomography algorithm from original CS …
F Xu, B Dong, X Hu, Y Xiao… - Optics and Lasers in …, 2017 - ui.adsabs.harvard.edu
A new sparse tomography method for observing the rapid internal microstructure evolution
of material, called the Algebraic Filtered-Back-Projection and Total Variation Minimization …
of material, called the Algebraic Filtered-Back-Projection and Total Variation Minimization …
In situ investigation on rapid microstructure evolution in extreme complex environment by developing a new AFBP-TVM sparse tomography algorithm from original CS …
F Xu, B Dong, X Hu, Y Xiao, Y Wang - Optics and Lasers in Engineering, 2017 - infona.pl
A new sparse tomography method for observing the rapid internal microstructure evolution
of material, called the Algebraic Filtered-Back-Projection and Total Variation Minimization …
of material, called the Algebraic Filtered-Back-Projection and Total Variation Minimization …