Increasing Molecular Order Application Of SRT+™ Via A New Alumina (Al203.2H20/ ATH) Polymer.
Dinesh Agrawal, Tania Slawecki, and Jiping Cheng, at Pennsylvania State University. Work supervised and data signed off by Professor Rustum Roy, Chairman of the Department of Materials Sciences at Pennsylvania State
University, and William H Tiller, Professor Emeritus, Stanford University. July 25, 2010.
University, and William H Tiller, Professor Emeritus, Stanford University. July 25, 2010.
TEST
Double Blind Test.
20 sets of identical Alumina were created by Alcoa Corporation, Pittsburgh, Pennsylvania. 10 sets were sent to Professor Rustum Roy, Chairman of the Department of Materials Sciences at Pennsylvania State University, and processed with SRT+™.
RESULTS
After comparisons were made, the SRT+™ samples were found to have significant changes in the alpha phase peaks; with a lower entropy of 36.2% compared to the control samples.
Exposure to the SRT+™ processed starting at 30 hours, and up to 120 hours yielded the same results. Professors Roy and Tiller stated that this test showed that SRT+™ created a higher-ordered (stronger) Alumina Tri-Hydrate.
Double Blind Test.
20 sets of identical Alumina were created by Alcoa Corporation, Pittsburgh, Pennsylvania. 10 sets were sent to Professor Rustum Roy, Chairman of the Department of Materials Sciences at Pennsylvania State University, and processed with SRT+™.
RESULTS
After comparisons were made, the SRT+™ samples were found to have significant changes in the alpha phase peaks; with a lower entropy of 36.2% compared to the control samples.
Exposure to the SRT+™ processed starting at 30 hours, and up to 120 hours yielded the same results. Professors Roy and Tiller stated that this test showed that SRT+™ created a higher-ordered (stronger) Alumina Tri-Hydrate.
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