Energy dispersive X-ray (EDX) spectra of platinum-coated starch graft polymer nanocomposite (PAAm-g-St/MMT) were obtained using a Carl Zeiss FESEM analyzer attached with energy dispersive X-ray software X-MAX (Oxford instruments, SDD X-MAX 50, U.K) for elemental analysis.
The ensuing data cube was processed with in-house developed Datamuncher software [6] and the X-ray spectrometry software packages PyMcA [7] and bAxil [8].
Body composition was measured with total body dual energy x ray absorptiometry (DXA) (GE-Lunar Prodigy, software enCore 2006, v. 10.20.105, Madison, Wisconsin, USA,).
Moreover, the SAXS/WAXS X-ray crystallography software was used to simulate the diffraction patterns of a real crystal structure called Rhombic Dodecahedron.
Radiographs were scored by an experienced investigator (MCW) according to the Larsen method [27] as previously described [28] and documented using the X-Ray RheumaCoach software [29].
This line created an angle with the horizontal reference line, which was set down by the X-ray evaluation software.
Although our original intent was to perform all data analysis with existing X-ray crystallography software various incompatibilities and logistical roadblocks necessitated the development of some additional tools.
These were first processed with an X-ray medical imaging software (eFilm Workstation) and then exported into an image processing software (Adobe Photoshop 2015) for final alignment and detection of features' contours.
Patients and methods A retrospective study was performed by analysis of chest X-Ray using the software: TM reception®, which allows precise measures to the tenth of millimeter.
Data are analyzed with X-ray microdiffraction analysis software (XMAS), which is used to extract quantitative information from polychromatic and monochromatic beam patterns.
XRD analysis data were processed using PDXL, integrated X-ray powder diffraction software from Rigaku, Co., to provide an automatic list of diffraction peak position, intensity, width, and solid product characterization.
