Disclaimer This essay has been submitted by a student. This is not an example of the work written by our professional essay writers. Any opinions, findings. Scientific Program 4th World Congress and Expo on Nanotechnology and Material Science. Materials Science and Engineering. Mining and Metallurgy. Nano sciences and nanotechnologies. Nanomaterials and Nanocomposites. Session Introduction. This article explains the foundational concepts of Bayesian data analysis using virtually no mathematical notation. Bayesian ideas already match your intuitions from. Issuu is a digital publishing platform that makes it simple to publish magazines, catalogs, newspapers, books, and more online. Easily share your publications and get. Economic analysis and research summaries for a general audience. Manuel de Llano. Instituto de Investigaciones en Materiales, UNAM, Mexico. Title Biography Published textbook Mecnica Cuntica now in its 3rd edition, 2. Also, published over 2. G. A. Baker, Jr. Los Alamos, J. W. Clark Washington U., H. Feshbach MIT, E. H. Lieb Princeton, W. C. Stwalley UConn and V. V. Tolmachev Moscow. Supervised 4. 5 thesis 1. Co founder in So Paulo, Brazil of International Workshops in Condensed Matter Theories held annually in every continent of the globe since 1. Plenum Press, then Nova in New York and finally World Scientific in Singapore. Abstract The generalized Bose Einstein condensation GBEC formalism 1 4 of superconducting charge carriers hinges on three separate new ingredients, it a treats Cooper pairs CPs as actual bosons which are distinct from BCS pairs which strictly speaking are not bosons, b includes two hole pairs on an equal footing with two electron ones, and c naturally incorporates in the resulting ternary ideal boson fermion BF gas BF vertex interactions that drive formationdisintegration processes of CPs. It thus generalizes and, indeed, includes as a special case the T. D. Lee and Friedberg 1. BEC theory of cuprate superconductors where, however, no explicit mention of two hole pairs is even ever made. Besides also subsuming both BCS and BEC theories precisely via the well known BCS Bose crossover picture, also subsumed the GBEC formalism leads to several order of magnitude enhancements in the critical superconducting temperature Tc. We replace the widely familiar BCS BEC crossover designation more generally by using BCS Bose instead as the crossover also applies in 1. D 5 where BEC is not possible. Anke Ehbrecht. Karlsruhe Institute of Technology KIT, Germany. Title Influencing factors onto the crystallization of phosphorus compounds by means of Calcium Silicate Hydrate with respect to P Ro. C technology. Biography Anke Ehbrecht studied Geoecology at the Technical University of Karlsruhe. Since 2. 00. 7 she is head of the department Environmental Technology at the Competence Center of Material Moisture CMM. CMM is an institution of the Karlsruhe Institute of Technology, which is working on moisture induced processes of materials. Abstract Phosphorus plays a significant role within biochemical processes. Since no other element can substitute phosphorus,i it is an essential nutrient for all live formsii. Therefore, phosphorus is a major component of fertilizers. Phosphorus is mainly obtained from mined rock phosphate in igneous and sedimentary depositsiv. Depleting these deposits in order to meet the increasing demand of fertilizers due to increasing global population will lead to a phosphorus scarcity within the next 8. This situation led to intensified research on P recovery during the last decadesviii,ix and it has been found that wastewater treatment plants WWTP represent an important phosphate sinkx. Therefore, numerous procedures have been invented in order to recover phosphorus from sewage. One of these procedures is the P Ro. C technology P recovery by crystallization which was developed and patented by the Karlsruhe Institute of Technology KIT. The P Ro. C procedure is an admitted method, which proved its functionality in several semi technical experiments and two pilot plants at two WWTPs in Southern Germany. In P Ro. C technology, P recovery occurs in one singular step without the addition of chemicals except for the reactive substratexi, i. The present study investigated the interaction of the crucial P Ro. C components with the CSH material regarding both the fluid and the solid phase. It has been found, that humic substances have two starting points to influence the P Ro. C procedure a calcium cations are complexed and b the p. H value decreases. Both occurrences inhibit P Ro. C procedure. Furthermore, the present study revealed P Ro. C process as a whole. At the beginning, dissolution processes are taking place, which is attended by increasing p. H value as well as increasing silicium concentration in the effluent. The release of OH anions are necessary to form hydroxyapatite. The processes within and onto the CSH grains are properly proofed by increasing SSA, XRD and ESEM recordings. Giovanni Maizza. Politecnico di Torino, Italy. Title Contact Multiphysics in Spark Plasma Sintering a New Science to Develop Advanced Materials by Design. Biography Professor Giovanni Maizza M. S. in Mechanical Engineering and. Ph. D. in Metallurgy Engineering is Director of the Center for. Multiphysics Materials and Process Design at department of. Applied Science and Technology of Politecnico di Torino. Institute of Technology. His main expertise lies in the. His research also covers the. He has published more than 8. International workshops on processing, nanomaterials. IAA conference sessions on materials processing under high. He serves as a reviewer to several International journals in the fields of. Abstract Multiphysics contacts in SPS systems are special interfaces between two conducting surfaces. They can be of two types, namely. The latter are found between the tooling. If the contacting surfaces are assumed. Holms. law on the electrical resistivity of the contacting materials and the radius of the contact area constriction. The applied external pressure is the primary factor controlling the complex role of contact. SPS. The lower the imposed pressure, the higher will be both the electric contact. The latter promotes bonding and densification between. However, pressure must be tuned with care. Too low pressure values may cause contact. Besides, high contact temperatures are responsible of marked local stressstrain. Therefore, to properly. SPS process and microstructure evolution during sintering, an adequate understanding of the. The aim of this work is to present a comprehensive and systematic examination of contact. SPS systems by coupling experimental and computer modeling approaches in. WC and low melting Ni alloy powders. Experiments employ ultrafast. SPS phenomena. during an intermediate stage of sintering. The Ni alloy particles are used for aiding track of contact. WC. particles. Computer modeling is developed and examined at three different scales of contact, namely. It is found that. SPS phenomena but also to fabricate. Taurino Rosa. Universit degli Studi di Parma, Italy. Title Physical mechanical properties of PVCChitosan composites. Biography Dr. Taurino Rosa took his Degree in Engineering of Materials in 2. Development and Characterization of perfluoropolyether hybrids coatings for glass substrates. In 2. 00. 8 took the Ph. D in Nanotechnology at the University of Perugia doing research on the development of Organic Inorganic hybrid materials by sol gel process. Her activity is focused on different aspects of the material and environmental science, with particular relief on the valorization of waste in material engineering new materials and new technologies. She is co author of more than 2. Congresses. Abstract PVC is one of the most commonly used synthetic polymers in biomedical applications, especially as a catheter material for the circulatory system 1. However, microbial colonization of medical device surfaces and the subsequent biofilm formation represents one of the most serious issues in healthcare associated infection 2. For this reason, during the last decade, there was an increasing interest in developing PVC based materials with self sterilizing and antibacterial properties. A great effort was thus turned to find natural antibacterial molecules or materials that could be easily incorporated in the polymeric matrix by the common techniques. Natural polymer such as chitosan offers real potential due to its physico chemical properties, short time biodegradability, biocompatibility with human tissues, antimicrobial and antifungal activities, and non toxicity. Chitosan exhibits high antimicrobial activity against pathogenic and spoilage micro organisms, including fungi, and both Gram positive and Gram negative bacteria.
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