Products related to Utilization:
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Utilization-Focused Evaluation
The Fifth Edition of the bestselling Utilization-Focused Evaluation provides expert, detailed advice on conducting evaluations that promote effective use of the findings.Chock full of useful pedagogy, this book presents Michael Quinn Patton's distinctive opinions based on more than forty years of experience, and also the expertise of new co-author Charmagne E.Campbell-Patton. The authors begin by describing the essence of utilization-focused evaluation, and then outline 10 operating principles.They conclude with chapters focused on how evaluation can be used to promote a more thoughtful, equitable, and sustainable world.Richly illustrated with examples, figures, and cartoons, this engaging text shows readers how to design and conduct evaluations that provide useful findings, and which contribute to a more equitable society. A companion website is available to accompany this book.
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Phytopharmaceuticals : Chemistry and Utilization
Phytochemical research took shape with the isolation of morphine by F.W.Seturner in 1805. This book includes about 290 phytopharmaceuticals giving their characterization and structure elucidation by modern instrumental methods like UV, IR, HNMR 13C NMR, Ms, HRMS, X-Ray, biosynthesis and synthesis.The book though written for M.Pharm. Pharmacognosy will, however, also found useful as a reference by researchers in natural product chemistry in ICMR units, National Laboratories and pharmaceutical industry the world over.
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Handbook of Vegetable Processing Waste : Chemistry, Processing Technology, and Utilization
Handbook of Vegetable Processing Waste: Chemistry, Processing Technology, and Utilization serves as an essential resource for food scientists, environmental engineers, and industry professionals.This comprehensive book explores innovative and sustainable approaches in managing vegetable processing waste and transforming it into valuable resources.The book addresses chemistry, processing technology, and valorization of residues generated during vegetable processing.It provides an overview of the recovery of bioactive components from the vegetable processing waste and their utilization in the development of functional food. Key features:• Provides comprehensive information about the chemistry of waste generated during vegetable processing• Provides in-depth information about the bioactive and nutraceutical potential of residues obtained during processing of vegetables• Provides insight into technologies which can be used for extraction of biofunctional compounds from vegetable-based processing waste• Highlights valorization of vegetable processing waste in fabrication of novel functional foods
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Biotechnology for Waste Biomass Utilization
This volume focuses on how waste biomass can be transformed into useful biomaterials, food and feed, fuel, and chemicals by using various processes such as chemical, physical, thermal, biological, and biotechnological procedures. Biomass from biowastes, such as agriculture crop residues, wood processing residues, forest residues, food waste, industrial waste, and municipal solid waste, have emerged as potential substrates for bioenergy production.This volume explores the key features of biotechnology for waste biomass utilization, presenting scientific and technical literature on sustainable waste biomass management as well as for biomass conversion for biofuels, chemicals, and other new commercial products.It discusses a variety of novel biotechnical applications and interventions, including microbial fermentation and anaerobic digestion, biotechnological modes of xylooligosaccharides production, multifaceted utilization of microalgal biomass, vermiculture and vermicomposting, and more. Key features:Provides the most recent information about waste biomass utilization for the production of biofuels and biochemicalsShows a wide range of novel technologies in the field of biotechnology towards waste biomass utilizationFocuses on the utilization of microbial resources for waste biomass conversion into value-added productsExplores methods for food wastes and crop wastes conversion into biofuels and biochemicalsProvides the scientific information describing various examples and case studies which aid gaining knowledge to researchers and academiciansWith chapters from eminent researchers who have significant global experience in the field of waste biomass management, this volume delivers a wealth of valuable information for researchers involved in bioenergy utilization.It will also be an essential source for academicians, researchers, economists, policymakers, and policy analysts.
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What is the difference between efficiency and utilization?
Efficiency refers to the ability to accomplish a task with the least amount of wasted time, effort, or resources. It measures how well resources are used to achieve a specific goal. Utilization, on the other hand, measures the extent to which resources are being used. It focuses on the percentage of time or capacity that a resource is being actively used compared to its total availability. In summary, efficiency is about how well resources are used to achieve a goal, while utilization is about the extent to which resources are being used.
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Is the utilization of 100 data carriers normal?
The utilization of 100 data carriers could be considered normal depending on the context. For example, in a large-scale data center or telecommunications network, the utilization of 100 data carriers may be typical. However, in a smaller-scale or less data-intensive environment, the utilization of 100 data carriers may be considered high. It ultimately depends on the specific industry, technology, and scale of operations.
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What is the utilization of 100 data carriers?
The utilization of 100 data carriers refers to the extent to which these carriers are being used or occupied. This could be in the context of a communication network, where the data carriers are channels or frequencies being used to transmit information. Utilization could also refer to the capacity of a storage system, where the data carriers are storage units such as hard drives or servers. In either case, the utilization of 100 data carriers would indicate how much of their capacity is currently being utilized, whether for communication or storage purposes.
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What is the permanent utilization of the data carrier?
The permanent utilization of a data carrier refers to the ongoing use of the storage medium to store and access data over an extended period of time. This could include using a hard drive, solid-state drive, or other storage device to store important files, documents, and media for long-term access and retrieval. It also involves the continuous updating and management of the data stored on the carrier to ensure its relevance and accuracy over time. Additionally, the permanent utilization of a data carrier may involve implementing backup and redundancy measures to protect against data loss or corruption.
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Hydrogen Energy : Production, Storage and Utilization
Since the low energy efficiency and rise in emissions by using fossil fuels, the hydrogen economy has been considered as a unique approach to resolve these problems, making hydrogen an attractive fuel.This book titled Hydrogen Energy: Production, Storage, and Utilization describes various technologies for hydrogen production from different sources and storage in liquid, gaseous, and compound forms, which have also been covered in detail.It also highlights the various modes of transportation of hydrogen and its utilization in a variety of engineering applications such as automotive engines, fuel cells, electric power generation, and aerospace.The book also explores the safety challenges, handling issues, and future scope. This book: Covers the methods of hydrogen production including the bioconversion method. Explains the hydrogen storage technologies with proper illustrations. Includes engineering and non-engineering applications of hydrogen utilization covering the most advanced generation of fuel cells, power generation for hybrid vehicles, and space applications. Presents state-of-the-art research carried out in the domains of hydrogen production, storage, transportation, and utilization along with safety aspects. Discusses modes and methods of hydrogen transportation such as in gaseous form, liquid form, and solid form. The book has a wide scope of reaching out to diverse readers including but not limited to industrial engineers, process engineers, researchers, and academicians.The research fraternity will gain the benefit of being aware and selecting a similar recent research domain in the field of hydrogen production.
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Nanotechnology for CO2 Utilization in Oilfield Applications
Nanotechnology for CO2 Utilization in Oilfield Applications delivers a critical reference for petroleum and reservoir engineers to learn the latest advancements of combining the use of CO2 and nanofluids to lower carbon footprint.Starting with the existing chemical and physical methods employed for synthesizing nanofluids, the reference moves into the scalability and fabrication techniques given for all the various nanofluids currently used in oilfield applications.This is followed by various, relevant characterization techniques.Advancing on, the reference covers nanofluids used in drilling, cementing, and EOR fluids, including their challenges and implementation problems associated with the use of nanofluids. Finally, the authors discuss the combined application of CO2 and nanofluids, listing challenges and benefits of CO2, such as carbonation capacity of nanofluids via rheological analysis for better CO2 utilization.Supported by visual world maps on CCS sites and case studies across the industry, this book gives today’s engineers a much-needed tool to lower emissions.
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New Dimensions in Production and Utilization of Hydrogen
The gradual increase of population and the consequential rise in the energy demands in the recent years have led to the overwhelming use of fossil fuels.Hydrogen has recently gained substantial interest because of its outstanding features to be used as clean energy carrier and energy vector.Moreover, hydrogen appears to be an effective alternative to tackle the issues of energy security and greenhouse gas emissions given that it is widely recognized as a clean fuel with high energy capacity.Hydrogen can be produced by various techniques such as thermochemical, hydrothermal, electrochemical, electrolytic, biological and photocatalytic methods as well as hybrid systems.New Dimensions in Production and Utilization of Hydrogen emphasizes on the research, development and innovations in the production and utilization of hydrogen in the industrial biorefining, hydrotreating and hydrogenation technologies, fuel cells, aerospace sector, pharmaceuticals, metallurgy, as well as bio-oil upgrading.Moreover, the supply chain analysis, lifecycle assessment, techno-economic analysis, as well as strengths and threats of global hydrogen market are covered in the book.This book provides many significant insights and scientific findings of key technologies for hydrogen production, storage and emerging applications.The book serves as a reference material for chemical and biochemical engineers, mechanical engineers, physicists, chemists, biologists, biomedical scientists and scholars working in the field of sustainable energy and materials.
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Treatment and Utilization of Combustion and Incineration Residues
Treatment and Utilization of Combustion and Incineration Residues introduces state-of-art strategies for combustion and incineration solid residue management and utilization.The book also reviews current technologies for pollutant removal and control of combustion and incineration residues.Recycling ashes and slags in sustainable construction materials are also evaluated on environmental impacts and engineering values, and the use of different ashes and slags in cement clinker production is classified based on the sources and properties of the residues.In addition, the recovery of valuable metals and inorganic elements is also discussed. Finally, the book examines the latest understanding of reaction mechanisms of various treatment technologies, the future design of treatment technologies, and the actualization of sustainable management for combustion/incineration residues.
Price: 115.00 £ | Shipping*: 0.00 £
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Why is there a utilization of 100 data carriers?
The utilization of 100 data carriers allows for a larger capacity to store and transmit data. By utilizing 100 data carriers, more information can be processed simultaneously, leading to faster data transfer speeds and increased efficiency. This approach also provides redundancy and reliability in case one or more data carriers fail, ensuring continuous operation and data integrity.
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What is the utilization of the 100 data carriers?
The utilization of the 100 data carriers refers to the extent to which these carriers are being used or occupied. It measures the efficiency of the data carriers in terms of how much of their capacity is being utilized. This information is important for optimizing the use of the carriers and ensuring that resources are being used effectively. By monitoring the utilization of the data carriers, organizations can identify any underutilized or overutilized carriers and make adjustments as needed to improve efficiency.
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Are the utilization data in the Fortnite lobby normal?
The utilization data in the Fortnite lobby can vary depending on the time of day and the popularity of the game at that moment. During peak hours or after a new update, it is normal to see higher utilization data as more players are logging in to play. However, if the utilization data is consistently low during typical gaming hours, it may indicate a decrease in the game's popularity or technical issues that are preventing players from accessing the game. Overall, the utilization data in the Fortnite lobby can fluctuate and may be considered normal depending on the context.
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What is the utilization rate of the 100 data carriers?
The utilization rate of the 100 data carriers refers to the percentage of time these carriers are actively transmitting data. If all 100 data carriers are constantly transmitting data, the utilization rate would be 100%. However, if only 50 data carriers are actively transmitting data at any given time, the utilization rate would be 50%. The utilization rate provides insight into how efficiently the data carriers are being utilized for data transmission.
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