State High Points (Rank #13) United States State/Territory High Points (Rank #13) Mazamas Sixteen Northwest Peaks Award (Rank #4) Triple Crown CoHPs (Rank #5) Chemeketan Eighteen Northwest Peaks Award (Rank #4) 5000 foot Prominence CoHPs - 48 States (Rank #25) Cascade Volcanoes Peak Pin (Rank #4) Fred Beckey's Great Peaks of the Continent (Rank #23) USA Lower 48 Peaks with 5000 feet of Prominence (Rank #11) Most Prominent Peaks of the U.S. Weather and Snow National Weather Service Forecast NOAA Snow Depth Map Lists that contain Mount Hood: Contiguous 48 U.S. Mount Hood at Summits on the Air (Amateur Radio)ĬoHP.org Trip Report for Clackamas, OR by Ken JonesĬoHP.org Trip Report for Clackamas, OR by Richard GarlandĬoHP.org Trip Report for Clackamas, OR by Ben KnorrĬoHP.org Trip Report for Clackamas, OR by Shannon Dillmore
Links Search Engines - search the web for "Mount Hood": Wikipedia Search Microsoft Bing Search Google Search Yahoo Search The proposed methods pave a new efficient way to develop water-soluble photo-absorbers, which helps to greatly improve the printing resolution of the high-water-content hydrogel structure and would be beneficial to extend the application scope of hydrogels.Mount Hood, Oregon Prominence: 7706 ft, 2349 mĬrater Rock (10,560 ft/3219 m) Illumination Rock (9543 ft/2909 m)Ĥ5° 22' 25'' N, 121° 41' 45'' W 45.373496, -121.695966 (Dec Deg) 602108 E 5025269 N, Zone 10 (UTM)Ĭlackamas (Highest Point) Hood River (Highest Point) Moreover, the quercetin nanoparticle can be easily washed out so that we achieve colorless and transparent printed hydrogel structures with excellent mechanical deformability and biocompatibility as well as thermally controllable variations on transparency and actuation. After using these water-soluble photo-absorber nanoparticles, the highest lateral and vertical resolutions of printing high-water-content (70–80 wt%) hydrogels can be improved to 5 μm and 20 μm, respectively. Herein, we report a volatile microemulsion template method that converts a wide range of commercial non-water-soluble photo-absorbers including Sudan orange G, quercetin, and many others to water-soluble nanoparticles with solubility above 1.0 g mL −1.
However, the current photo-absorbers for hydrogel printing are neither efficient to absorb the excess light nor water-soluble. Using DLP to print hydrogel structures with high resolution requires the addition of water-soluble photo-absorbers to absorb excess light and confine photopolymerization to the desired area. Digital light processing (DLP)-based three-dimensional (3D) printing is an ideal tool to manufacture hydrogel structures in complex 3D forms.
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