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The uniformity of the nanogratings is largely determined by single pulse energy, scanning speed, and scanning spacing.
The polished sections and RA-QD02-0049-2 were analyzedlyzed by SR-XRD using an energy scanning method at BL37XU, SPring-8.
The use of energy dispersive, rather than energy scanning, XAS allowed collection of XANES and EXAFS spectra in seconds/min timescale.
Specifically, three experiments are designed to study the influence of single pulse energy, scanning speed, and scanning spacing on the period and the uniformity of the formed nanogratings.
In the design of experiment (DOE), processing parameters, such as the pulse laser energy, scanning velocity and scanning times, are considered as the input independent variables, and the groove depth and width as the targeted responses.
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The FOV direction moves during the energy scan due to the satellite spin motion.
For impact energy scans, a triangular scan with a 1 Hz repetition rate is carried out on the voltage applied to the interaction region boundary, usually providing the energy scan range from 19 eV to 23 eV.
The single point energy scan result shows that the staggered π-dimer (2) has the lowest energy.
VMI, particularly at low energy or equivalent energy scans, can be used in improving the conspicuity of several lesions (Fig. 5).
The torsion library is derived from analysis of a set of experimental crystal structures from the PDB and from energy scans of torsions against MMFF94.
The elemental composition of the films was then analyzed by XPS, which was taken within a binding energy scan range from 0 to 1,300 eV.
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