Communications

available technology

Blue Dysprosium Laser

A quasi-three level laser system having crystalline YAG or YLF doped with trivalent Dysprosium can be pumped with a laser diode in the UV, and produce a pulsed laser blue emission from the 4 F 9/2 energy level at 490 nm, a red emission at 660 nm, or a yellow emission at 570 nm. The system can...
Broad-Spectrum Biocide and Antiviral Coating
available technology

Broad-Spectrum Biocide and Antiviral Coating

NRL has developed a series of biocides that, when formulated with the proper resin systems, produce coatings and polymers that kill a variety of bacteria, molds and viruses on contact. The advantages of the NRL biocide stems from the novel design of the molecule, with one end being hydrophobic and...
Broad-Spectrum Biocide and Antiviral Coating
available technology

Broad-Spectrum Biocide and Antiviral Coating

NRL has developed a series of biocides that, when formulated with the proper resin systems, produce coatings and polymers that kill a variety of bacteria, molds and viruses on contact. The advantages of the NRL biocide stems from the novel design of the molecule, with one end being hydrophobic and...
Broad-Spectrum Biocide and Antiviral Coating
available technology

Broad-Spectrum Biocide and Antiviral Coating

NRL has developed a series of biocides that, when formulated with the proper resin systems, produce coatings and polymers that kill a variety of bacteria, molds and viruses on contact. The advantages of the NRL biocide stems from the novel design of the molecule, with one end being hydrophobic and...
Catalytic Self-Decontaminating Materials
available technology

Catalytic Self-Decontaminating Materials

NRL has developed self-decontaminating structures based on porphyrin-embedded, target imprinted, porous, organosilicate sorbents. The materials rapidly sequester targets as a result of the affinity of the sorbent structures. Catalysis proceeds upon stimulation of the porphyrin moieties through...
Cell and Biofactor Printable Biopapers
available technology

Cell and Biofactor Printable Biopapers

NRL has developed thin polymer/hydrogel scaffold sheets, or ‘biopapers’, which act as substrates for cell and biofactor printing. The patented NRL technique uses these biopapers as mechanically stable sheets to be used in a cell printing apparatus. Each polymer sheet can be addressed with different...

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