Details
Proceedings of The First International Conference on Green Sciences
Environmental Science for Green and Sustainable EnvironmentEarth and Environmental Sciences Library
|
299,59 € |
|
| Verlag: | Springer |
| Format: | |
| Veröffentl.: | 30.06.2024 |
| ISBN/EAN: | 9783031626722 |
| Sprache: | englisch |
Dieses eBook enthält ein Wasserzeichen.
Beschreibungen
<p>This book includes recent articles with new findings in Mathematics and Computer Science, Microbiology and Biotechnology, Environmental Science and Oceanography, Physics and Physical Chemistry, Chemistry, and Biochemistry. Also, it contains some articles on the state of the art.</p>
<p>The books shows the interaction of the different disciplines of basic sciences and their roles to achieve the green environment and sustainable development via the application of green sciences. Also, the data and information in this book include solving problems in the statistic statistical and computer analysis of many experimental data; broaden the understanding for of many environmental phenomena; broaden the understanding on of how many green synthetic materials could be achieved and examples of their application in biochemistry and microbiology fields; explain how the basic sciences can help in the sustainable development; and explain how deep learning could be used in predicting some phenomena.</p>
<p>Additionally, the book enriches understanding of many microbiological and biochemical phenomena and provides complete instructions for many biotechnological aspects. It provides complete instructions for representative waste treatment; enriches understanding of how some biochemical compounds could be tested for representative disease management; case studies that illustrate newly developed equation equations in physics; and summarizes the latest studies in the completeness between basic sciences and climate changes.</p>
<p>The books shows the interaction of the different disciplines of basic sciences and their roles to achieve the green environment and sustainable development via the application of green sciences. Also, the data and information in this book include solving problems in the statistic statistical and computer analysis of many experimental data; broaden the understanding for of many environmental phenomena; broaden the understanding on of how many green synthetic materials could be achieved and examples of their application in biochemistry and microbiology fields; explain how the basic sciences can help in the sustainable development; and explain how deep learning could be used in predicting some phenomena.</p>
<p>Additionally, the book enriches understanding of many microbiological and biochemical phenomena and provides complete instructions for many biotechnological aspects. It provides complete instructions for representative waste treatment; enriches understanding of how some biochemical compounds could be tested for representative disease management; case studies that illustrate newly developed equation equations in physics; and summarizes the latest studies in the completeness between basic sciences and climate changes.</p>
<p><strong>Part I: Mathematics and Computer Science:</strong></p>
<p>Chapter 1. Shifted Chebyshev polynomials with residual power series method for solving various types of models.-Chapter 2. Neighborhood Morphological Operators and Accuracy Measures for Information Systems.- Chapter 3. A Series Approximate Solution to the Fractional Relaxation Oscillation Equations.- Chapter 4. Determining Student Behaviour Using Deep Learning Methods.- Chapter 5. Classification of Multi Plant Leaf Diseases based on Optimization of the Convolutional Neural Network Models.- Chapter 6. Using Virtual Machine in Changing Resources During Runtime for Adaptive Service Level Agreement.- Chapter 7. Utilized CNN Model for Lung Diseases Detection.-</p>
<p><strong>Part II: Environmental Science and Oceanography</strong></p>
<p>Chapter 8. Air Pollutant Loads Accompanying Petroleum Production Activities as an Indicator of Operating Efficiency at Khalda Petroleum Company.- Chapter 9. Developing an Innovative Regression Model to Predict Industrial Facilities' Risk Scores by Leveraging Environmental Compliance Assessments Data.- Chapter 10. Optimizing Environmental Inspection Operations on Industrial Facilities through Data-Driven Risk Classification: A Case Study.- Chapter 11. Polysaccharides Encapsulate Metal Oxides/Sulphides Based Nano-composites Beads for Cd(II) Sorption from Industrial Wastewater.- Chapter 12. Decadal Changes of Hydrographic Structure and Water Masses of the Red Sea.- Chapter 13. The Role of Environmental Engineering and Sustainable Agriculture in Development - Between Reality and Aspiration.- Chapter 14. Spatial Distribution and Assessment of Physicochemical Properties and Heavy Metals Pollution in Water and Sediments of Two Drains, Nile Delta, Egypt.- Chapter 15. Assessment of Carbon Footprints as a Response to Climatic Changes.- ect.....</p>
<p>Chapter 1. Shifted Chebyshev polynomials with residual power series method for solving various types of models.-Chapter 2. Neighborhood Morphological Operators and Accuracy Measures for Information Systems.- Chapter 3. A Series Approximate Solution to the Fractional Relaxation Oscillation Equations.- Chapter 4. Determining Student Behaviour Using Deep Learning Methods.- Chapter 5. Classification of Multi Plant Leaf Diseases based on Optimization of the Convolutional Neural Network Models.- Chapter 6. Using Virtual Machine in Changing Resources During Runtime for Adaptive Service Level Agreement.- Chapter 7. Utilized CNN Model for Lung Diseases Detection.-</p>
<p><strong>Part II: Environmental Science and Oceanography</strong></p>
<p>Chapter 8. Air Pollutant Loads Accompanying Petroleum Production Activities as an Indicator of Operating Efficiency at Khalda Petroleum Company.- Chapter 9. Developing an Innovative Regression Model to Predict Industrial Facilities' Risk Scores by Leveraging Environmental Compliance Assessments Data.- Chapter 10. Optimizing Environmental Inspection Operations on Industrial Facilities through Data-Driven Risk Classification: A Case Study.- Chapter 11. Polysaccharides Encapsulate Metal Oxides/Sulphides Based Nano-composites Beads for Cd(II) Sorption from Industrial Wastewater.- Chapter 12. Decadal Changes of Hydrographic Structure and Water Masses of the Red Sea.- Chapter 13. The Role of Environmental Engineering and Sustainable Agriculture in Development - Between Reality and Aspiration.- Chapter 14. Spatial Distribution and Assessment of Physicochemical Properties and Heavy Metals Pollution in Water and Sediments of Two Drains, Nile Delta, Egypt.- Chapter 15. Assessment of Carbon Footprints as a Response to Climatic Changes.- ect.....</p>
<p><strong>Farid El Dossoki</strong>, Professor of physical chemistry, Dean of the Fac. of Sci. Port Said Univ. 2022-now, Head of chemistry 2016-2019 and vice dean of the Fac. of Sci. Port Said Univ. 2019-2022. Has fourteen training courses, teaching many courses in physical chemistry 1993-now, Director of the laboratory unit at Port Said University, Obtaining the Scientific Publishing Award from Port Said University since its inception and almost every year until now. Publish more than 80 papers in the International Journal of Chemistry, h-index 15 and 784 citations in Google Scholar, Supervisor and reviewer/examiner for more than 27 MSc and PhD theses, and finally, reviewer for more than 35 of scientific journals in the field of chemistry and reffre for many projects. Participated in many international conferences in chemistry. Got one research grant as PI from Technology Innovation Commercialization Office (TICO) in Port Said Univ.</p>
<p><strong>Dr. Mohamed Kamel</strong> Hassan had graduated from the Graduate School of Medicine, Hokkaido University, Japan. He then worked as an instructor of molecular biology and genetics at the biotechnology program, Faculty of Science, Port Said University. After two post-doctors in Japan, he worked as a professor at the same dept. and as a Vice-Dean for environmental and community affairs at the same institute. He is also working as a Visiting Scholar at the Center for Genomics, Zewail City for Science and Technology, Egypt. He published over 50 papers in the field and got more than five research grants as PI or CoPi from national and international authorities. He also obtained the state award in biological science on 2016 and the Excellence Medal for the year 2018 from the President.</p>
<p><strong>Amer A. Shehata</strong> holds the position of assistant professor at Port Said University in Egypt. Additionally, he serves as a visiting assistant professor at the Department of Systems Innovation within the Faculty of Engineering at The University of Tokyo in Japan. Previously, he was a Fulbright scholar and research associate at the Center for Water Supply Studies, located in the Department of Physical and Environmental Sciences at the College of Science, Texas A&M University-Corpus Christi, USA. He obtained his Bachelor of Science degree from Suez Canal University in Egypt in 2009, followed by a Master of Science degree in Geology from Port Said University in 2014. He later earned his Ph.D. from Chiba University in Japan through a joint program with Port Said University in Egypt in 2019.</p>
<p><strong>Dr. Mohamed Kamel</strong> Hassan had graduated from the Graduate School of Medicine, Hokkaido University, Japan. He then worked as an instructor of molecular biology and genetics at the biotechnology program, Faculty of Science, Port Said University. After two post-doctors in Japan, he worked as a professor at the same dept. and as a Vice-Dean for environmental and community affairs at the same institute. He is also working as a Visiting Scholar at the Center for Genomics, Zewail City for Science and Technology, Egypt. He published over 50 papers in the field and got more than five research grants as PI or CoPi from national and international authorities. He also obtained the state award in biological science on 2016 and the Excellence Medal for the year 2018 from the President.</p>
<p><strong>Amer A. Shehata</strong> holds the position of assistant professor at Port Said University in Egypt. Additionally, he serves as a visiting assistant professor at the Department of Systems Innovation within the Faculty of Engineering at The University of Tokyo in Japan. Previously, he was a Fulbright scholar and research associate at the Center for Water Supply Studies, located in the Department of Physical and Environmental Sciences at the College of Science, Texas A&M University-Corpus Christi, USA. He obtained his Bachelor of Science degree from Suez Canal University in Egypt in 2009, followed by a Master of Science degree in Geology from Port Said University in 2014. He later earned his Ph.D. from Chiba University in Japan through a joint program with Port Said University in Egypt in 2019.</p>
<p>This book includes recent articles with new findings in Mathematics and Computer Science, Microbiology and Biotechnology, Environmental Science and Oceanography, Physics and Physical Chemistry, Chemistry, and Biochemistry. Also, it contains some articles on the state of the art.</p>
<p>The books shows the interaction of the different disciplines of basic sciences and their roles to achieve the green environment and sustainable development via the application of green sciences. Also, the data and information in this book include solving problems in the statistic statistical and computer analysis of many experimental data; broaden the understanding for of many environmental phenomena; broaden the understanding on of how many green synthetic materials could be achieved and examples of their application in biochemistry and microbiology fields; explain how the basic sciences can help in the sustainable development; and explain how deep learning could be used in predicting some phenomena.</p>
<p>Additionally, the book enriches understanding of many microbiological and biochemical phenomena and provides complete instructions for many biotechnological aspects. It provides complete instructions for representative waste treatment; enriches understanding of how some biochemical compounds could be tested for representative disease management; case studies that illustrate newly developed equation equations in physics; and summarizes the latest studies in the completeness between basic sciences and climate changes.</p>
<p>The books shows the interaction of the different disciplines of basic sciences and their roles to achieve the green environment and sustainable development via the application of green sciences. Also, the data and information in this book include solving problems in the statistic statistical and computer analysis of many experimental data; broaden the understanding for of many environmental phenomena; broaden the understanding on of how many green synthetic materials could be achieved and examples of their application in biochemistry and microbiology fields; explain how the basic sciences can help in the sustainable development; and explain how deep learning could be used in predicting some phenomena.</p>
<p>Additionally, the book enriches understanding of many microbiological and biochemical phenomena and provides complete instructions for many biotechnological aspects. It provides complete instructions for representative waste treatment; enriches understanding of how some biochemical compounds could be tested for representative disease management; case studies that illustrate newly developed equation equations in physics; and summarizes the latest studies in the completeness between basic sciences and climate changes.</p>
Solves new problems in the statistic and computer analysis of several experimental data Presents summaries of the latest studies in the connectivity between basic sciences and climate changes Provides complete instructions and guidelines for many biotechnological aspects
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