PPT-Porous materials with large surface area

Chemistry in a battery More area more power vs Challenge How can we pack a large surface area into a small space Length 1 L 1 L 1 L 1 Total L 2 L 2 L 2 L 2 L 2 L 2. 1 2 A large number of inorganic porous maten, catalysis, membranes,construction & . Biomolecular. Engineering. University . of . Maryland. College Park, MD, 20742 . . 04/04/2013. Characterizing Porous Materials and Powders . Hao Wen. Prepared for defense practice talk. 3/29/2012. 2. Fuel cells - overview. Fuel cells convert . chemical. energy into . electricity. Applications varies from high temperature high power output to room temperature portable power sources.. Paul H. Steen. phs7@cornell.edu. NSF CMMI Workshop 2011. Atlanta, GA. Chemical & . Biomolecular. Engineering. Cornell University. finished. product. fabrication. raw. material. energy. heat. energy economy. IBRAHIM . Yakub. ,. . KHAIRUL Anwar . Mohd. . Said, . NORSUZAILINA Mohamed . Sutan. , . YUN . Hin. . Taufiq. -Yap . and SURAHIM . Mohamad. . Introduction. Nitrogen Oxides (NOx) from stationary sources such as incinerators and power plants are toxic environmental pollutants . Versatile . polymer film synthesis method . invented. Joel Brock, Cornell University, DMR 0936384. Pliable scaffolds with structural hierarchy can be synthesized using long-chain block . copolymers (right, inset).. HIGH DENSITY . TUNGSTEN BASE . POROUS . J. ETS. MEIR MAYSELESS & DOV . . IPS-15-7. 2. OUTLINE. INTRODUCTION. POWDERS. SIMULATIONS. CONCLUSIONS. 1. . The need to avoid plugging . in the . Department of Chemistry, University of Nebraska-Lincoln, Lincoln, NE, 68588-0304. Jingzhi. Lu . and . Jian. Zhang*. Increasing acidity. Introduction. Porous materials . with high . surface . area have extensive applications in . SA:V = 6S. 2. /S. 3. . where S=length of one side . We use cubes for simplicity of the math. In real life cells are more like spheres, but the concept remains the same.. Surface area. dictates amount of exchange across the . Presented By:. RICHARD L. SNYDER, CPESC. RESOURCE CONSERVATIONIST. DAUPHIN COUNTY CONSERVATION DISTRICT. “Financial and . Other Support . for this . Project . is . Provided . by the Pennsylvania . Association . Chemistry in a battery. More area = more power. vs.. Challenge: How can we pack a large surface area into a small space?. Length = 1. L = 1. L = 1. L = 1. Total L = 2. L = 2. L = 2. L = 2. L = 2. L = 2. Department of Chemical & Biomolecular Engineering University of Maryland College Park, MD, 20742 04/04/2013 Characterizing Porous Materials and Powders SAND No. . 2011-5958P. Materials science is an essential part of water treatment infrastructure. Introduction. Water treatment processes. Materials science for water infrastructure. Membrane technology- polymeric. is also a powerful new tool to aid in the formulation of not only suspensions but also semi-solids (for example, and R or dynamiclight scattering; another analogy would be measuring zeta potential by