PPT-Due to the large surface area of MCM-41 and the large pore

Converting Syngas to Ethanol With Mesoporous Materials Julia Fisher 1 Nathalia Backeljauw 2 Ephraim Sheerin 2 Dr Panagiotis Smirniotis 2 Dr Krishna Reddy 2 1 Arizona State University . & . Biomolecular. Engineering. University . of . Maryland. College Park, MD, 20742 . . 04/04/2013. Characterizing Porous Materials and Powders . Integrating land-surface . models with observations. By: Ben . Livneh. Overview. Background: significance of large-scale land surface modeling. Past and ongoing . projects. Importance of . linking models . Geography of the Indian Subcontinent . Mountains: . Located in the north . 3 major Ranges: Hindu Kush, Karakorum, Himalayan . Deserts and Plateaus: . Located in the South. Thar Desert, Deccan Plateau . The Intestines. We need to get perspective on the length of the digestive tract. In order for that to happen we need to figure out the length of the human digestive tract. For a normal human, the digestive tract can be 27 – 33 feet long. Street. Ashborough. . ·. Summerville. . ·. . MLS. # . 16006178. . ·. . $. 430,000. Large GORGEOUS 4 bedroom, 2.5 bath home on a beautifully landscaped ½ acre lot with oak trees, azaleas, camellias, and hydrangeas! The gourmet kitchen has expansive granite countertops with plenty of room for prep work, stainless steel appliances, built-in double ovens, lots of cabinet space for storage, eat-in area and tons of natural light! There is a grand foyer entry way that leads to an office/living room on the right and a formal dining room on the left. Straight through the foyer is a custom solid wood pocket door that opens to an oversized family room with handsome wood floors, crown molding, custom built-in shelving, brick fireplace that has large glass doors on both sides leading to the exquisite sun room. The sun room is showered with light coming from the numerous windows. 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. 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 . Butte. A deep valley with steep sides. Canyon. A large body of salt water that is partly enclosed by land. Gulf. A point of land that juts out into water. Cape . A fan-shaped deposit of sand and mud at the mouth of a river. 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. *UWM Water Technology Accelerator 247 W. Freshwater Way, 53204 Milwaukee, USA – . lin43@uwm.edu . ** UWM Water Technology Accelerator 247 W. Freshwater Way, 53204 Milwaukee, USA – . ralecus@uwm.edu. Department of Chemical & Biomolecular Engineering University of Maryland College Park, MD, 20742 04/04/2013 Characterizing Porous Materials and Powders Safely Record all your Passwords and Favorite Websites in One Location Room to List Over 600 Websites and Passwords in Alphabetical orderPerfect for anyone with compromised eyesight or writing abilities.LARGE PRINT and LARGE Writing LinesQuickly Find Passwords on Alphabetical Pages Safely Record all your Passwords and Favorite Websites in One Location Room to List Over 600 Websites and Passwords in Alphabetical orderPerfect for anyone with compromised eyesight or writing abilities.LARGE PRINT and LARGE Writing LinesQuickly Find Passwords on Alphabetical Pages Area and Porosity utilising Gas Sorption. Neal Leddy. CMA Postgraduate Analytical Workshop 2010. Vital for many manufacturing and research processes.. . Common Characterisation techniques. - Optical and Scanning Electron Microscopy.