Photoreduction of graphene oxide (GO) to reduced graphene oxide (rGO) under ambient conditions was evaluated for three laser processing approaches: 800 nm fs pulses, 248 nm ns pulses, and 788 nm continuous wave (CW) illumination.
Three different lasercomb configurations were evaluated for similar laser dose rates.
A 250 W carbon dioxide, 40 W neodymium: yttrium, aluminum, garnet (Nd YAG), and 120 W Nd YAG laser systems were evaluated for removing a variety of primer and topcoat combinations on 2024 T-3 and 7075 T-6 (bare and aluminum clad with chromate conversion coatings or chromic acid anodize), 4130 steel, honeycomb materials, Kevlar, graphite epoxy, and fiberglass epoxy substrates.
The quantity of macrophages in single-cell suspensions (originated from mouse retinas from days 3 and 7 post laser procedure) was evaluated for Lodamin treated (oral, 30 mg/kg q.d for 3 days), vehicle or untreated mice.
The percent of macrophages in single-cell suspensions originated from mouse retinas (days 3 and 7 post laser procedure) was evaluated for Lodamin treated or untreated mice (3 days, oral, 30 mg/kg q.d).
Finally, the stained cells were evaluated for ATP7Bmyc expression using a confocal laser scanning microscope (Nikon, Eclipse TE2000-U).
Further, the mutant proteins were evaluated for stability and recruitment to sites of laser-induced DNA damage.
Ultra-wide field (UWF) retinal imaging that uses scanning laser technology has not been evaluated for the detection of VH.
Fluorescence anisotropy capillary electrophoresis (FACE) and affinity probe capillary electrophoresis (APCE) with laser-induced fluorescence detection were evaluated for analysis of peptide-protein interactions with rapid binding kinetics.
The presented system is evaluated for different sensors including a low cost Neato XV-11 laser scanner sensor.
