Index Catalog // ScholarsArchive@OSU

Parker, David Bill.pdf

Creator:: Parker, David Bill
Abstract:: Data from the southern Cascade Mountains of Oregon has been collected for application in computer analysis of snowfields. Vegetation type, canopy cover, slope, aspect, insolation, and snowfield ground truth delineation are given consideration. In addition, a procedure for transferral of data onto Landsat imagery was derived.
Full Text:: EXTENT; SOUTHERN CASCADE MOUNTAINS, OREGON by DAVID BILL PARKER A RESE;RCH PAPER suiitted to THE

Ji[David]XiuleiChemistryAmbientHydrolysisDeposition.pdf

Creator:: Wang, Xingfeng, Raju, Vadivukarasi, Luo, Wei, Wang, Bao, Stickle, William F., and Ji, Xiulei
Abstract:: Despite the considerable advances of deposition technologies, it remains a significant challenge to form conformal deposition on surface of nanoporous carbons. Here, we introduce a new ambient hydrolysis deposition method that employs and controls pre-adsorbed water vapor on nanoporous carbons to define the deposition of TiO₂. We converted the deposited...
Full Text:: Wang, a William F. Stickle b and Xiulei Ji* a Despite the considerable advances of

Ji[David]XiuleiChemistrySuperiorCathodeSodium.pdf

Creator:: Raju, Vadivukarasi, Rains, Jordan, Gates, Cooper, Luo, Wei, Wang, Xingfeng, Stickle, William F., Stucky, Galen D., and Ji, Xiulei
Abstract:: We, for the first time, demonstrate that orthorhombic V₂O₅ can exhibit superior electrochemical performance in sodium ion batteries when uniformly coated inside nanoporous carbon. The encapsulated V₂O₅ shows a specific capacity as high as 276 mAh/g, while the whole nanocomposite exhibits a capacity of 170 mAh/g. The V₂O₅/C composite was...
Full Text:: not identify any difference (Figure 2a, b and c). However, with a higher loading of 70 wt% V2O5

Ji[David]XiuleiChemistryAmbientHydrolysisDeposition(SupportingInformation).pdf

Creator:: Wang, Xingfeng, Raju, Vadivukarasi, Luo, Wei, Wang, Bao, Stickle, William F., and Ji, Xiulei
Abstract:: Despite the considerable advances of deposition technologies, it remains a significant challenge to form conformal deposition on surface of nanoporous carbons. Here, we introduce a new ambient hydrolysis deposition method that employs and controls pre-adsorbed water vapor on nanoporous carbons to define the deposition of TiO₂. We converted the deposited...
Full Text:: Xingfeng Wang, # a Vadivukarasi Raju, # a Wei Luo , a Bao Wang, a William F. Stickle b and

JiXiulei[David]ChemistryLow-Surface-AreaHardCarbonAnode.pdf

Creator:: Luo, Wei, Bommier, Clement, Jian, Zelang, Li, Xin, Carter, Rich, Vail, Sean, Lu, Yuhao, Lee, Jong-Jan, and Ji, Xiulei
Abstract:: Na-ion batteries are emerging as one of the most promising energy storage technologies, particularly for grid-level applications. Among anode candidate materials, hard carbon is very attractive due to its high capacity and low cost. However, hard carbon anodes often suffer a low first-cycle Coulombic efficiency and fast capacity fading. In...
Full Text:: and 2d). Figure 1. (a, b) XRD patterns and nitrogen adsorption/desorption isotherms of HC and G

Ji[David]XiuleiChemistrySuperiorCathodeSodium(SupportingInformation).pdf

Creator:: Raju, Vadivukarasi, Rains, Jordan, Gates, Cooper, Luo, Wei, Wang, Xingfeng, Stickle, William F., Stucky, Galen D., and Ji, Xiulei
Abstract:: We, for the first time, demonstrate that orthorhombic V₂O₅ can exhibit superior electrochemical performance in sodium ion batteries when uniformly coated inside nanoporous carbon. The encapsulated V₂O₅ shows a specific capacity as high as 276 mAh/g, while the whole nanocomposite exhibits a capacity of 170 mAh/g. The V₂O₅/C composite was...
Full Text:: [1] Han, S.; Hyeon, T. Chem. Commun. 1999, 1955-1956. [2] Wang, X.; Raju, V.; Luo, W.; Wang, B

Installation instructions for GLiMR version 1.pdf

Creator:: Davis, Loren G., Bean, Daniel W., Nyers, Alexander J., and Brauner, David R.
Abstract:: Here, we describe and demonstrate a geographic information systems-based lithic morphometric research (GLiMR) software approach. GLiMR accurately and rapidly handles a sequence of ArcGIS procedures to extract geometric morphometric data from 2D and 3D scan files of lithic artifacts. GLiMR generates three main types of geometric properties: shape data, topographic...
Full Text:: extensions enabled. b. 32 bit version of python 2.7 (https://www.python.org/downloads/). c. 32 bit

b-em8714sectI.pdf

Creator:: Oregon State University. Extension Service, Conway, Flaxen D. L., Godwin, Derek, Cloughesy, Mike, Corcoran, P. E. (Patrick E.), Nierenberg, Tara R., Adams, Paul W., Brewer, Linda J., Ellis-Sugai, Barbara, 1957-, Giannico, Guillermo Roberto, 1960-, Good, James W., Hibbs, David E., Holbert, Mary, Huddleston, J. H. (James Herbert), 1942-, Lambert, Beth C., Minshew, Hudson F., Rogers, Bill, Runyon, John, Schreder, Peter, Simon-Brown, Viviane, and Stephenson, Garry Owen
Abstract:: Provides information about complexity of watersheds. Outlines ways to form partnerships, to develop strategies for enhancing watershed resources, and to implement enhancement projects.

JiXiulei[David]ChemistryNewLowVoltagePlateauNa3V2(PO4)(3)_(ElectronicSupportingInformation).pdf

Creator:: Jian, Zelang, Sun, Yang, Hu, Yong-Sheng, and Ji, Xiulei
Abstract:: A low-voltage plateau at ∼0.3 V is discovered during the deep sodiation of Na₃V₂(PO₄)₃ by combined computational and experimental studies. This new low-voltage plateau doubles the sodiation capacity of Na₃V₂(PO₄)₃, thus turning it into a promising anode for Na-ion batteries.
Full Text:: ,a,‡ Yang Sun,b,‡ Yong-Sheng Hub,* and Xiulei Jia,* a Department of Chemistry, Oregon State

JiXiulei[David]ChemistryNewLowVoltagePlateauNa3V2(PO4)(3).pdf

Creator:: Jian, Zelang, Sun, Yang, Hu, Yong-Sheng, and Ji, Xiulei
Abstract:: A low-voltage plateau at ∼0.3 V is discovered during the deep sodiation of Na₃V₂(PO₄)₃ by combined computational and experimental studies. This new low-voltage plateau doubles the sodiation capacity of Na₃V₂(PO₄)₃, thus turning it into a promising anode for Na-ion batteries.
Full Text:: New Low-Voltage Plateau of Na3V2(PO4)3 Anode for Na-Ion Batteries† Zelang Jian,a,‡ Yang Sun,b,‡ Yong

ScholarsArchive@OSU

Parker, David Bill.pdf

Ji[David]XiuleiChemistryAmbientHydrolysisDeposition.pdf

Ji[David]XiuleiChemistrySuperiorCathodeSodium.pdf

Ji[David]XiuleiChemistryAmbientHydrolysisDeposition(SupportingInformation).pdf

JiXiulei[David]ChemistryLow-Surface-AreaHardCarbonAnode.pdf

Ji[David]XiuleiChemistrySuperiorCathodeSodium(SupportingInformation).pdf

Installation instructions for GLiMR version 1.pdf

b-em8714sectI.pdf

JiXiulei[David]ChemistryNewLowVoltagePlateauNa3V2(PO4)(3)_(ElectronicSupportingInformation).pdf

JiXiulei[David]ChemistryNewLowVoltagePlateauNa3V2(PO4)(3).pdf

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