Bøger af Anil Kumar

Energy Sources can be classified as primary and secondary energy sources. Primary energy sources are normally categorized as renewable and non-renewable on the basis of their depleting characteristics. Renewable energy derived from natural resources and they are automatically replenished. It is also known as clean energy sources. Secondary energy sources are derived from transformation of primary energy sources i.e. heat and electricity. Renewable energy sources are inexhaustible but as per Indian climatic conditions solar energy is most suitable energy source. Solar Photovoltaic (PV) and solar thermal both are efficient, getting popularity all over the globe. Selection of them is depends on utility, suitability. For energy storage and 24x7 energy supply solar thermal technology is getting more popularity than solar PV technology. Solar thermal technology is also acknowledged as Concentrating Solar Power (CSP). CSP systems could be cost-effectively feasible at minimum 1600-1800 kWh/m2/year Direct Normal Irradiance (DNI) by utilizing novel technologies, substances, economies of scale and supporting renewable policies, etc. CSP systems have a range of prime objectives. These are to work environmentally safe, to diminish primary cost and ground area, to increase long-term system trustworthiness, to make possible ease in service and maintenance. Sequestration of one ton of Carbon Dioxide-Equivalent (C02-e) equivalent to one CER unit. CSP technologies can be categorized as line and point focus,

Special Needs: Families' Journey of Challenge and HopeEvery family is a dream, full of joy and laughter. But for some families, the journey is a little different, a little more challenging. These families often have a member with "special needs." These needs can manifest as developmental delays, physical or mental disabilities, or simply increasing dependency with age. These special needs have a far-reaching impact on families, starting with financial challenges.Financial burden: People with special needs require ongoing medical care, special education, assistive devices, and care services. These expenses can be a heavy burden on the family budget. Even with government assistance programs and private insurance, it is often difficult to afford these costs.Emotional ups and downs: Seeing a loved one with special needs can be emotionally challenging. It is common to experience anxiety, stress, frustration, and uncertainty. Other family members, especially children, are also affected and need understanding, empathy, and adjustment.Social isolation: People with special needs and their families often feel isolated in society. Misconceptions, discrimination, and inadequate support can limit their social lives. It is important for families to build a supportive network and share their experiences.Courage and hope: Although families can fall apart in the face of these challenges, many families also see special needs as a source of strength. They move forward with courage and hope, doing everything they can to give their loved ones a better life. They also work to raise awareness in society and create a better future for people with special needs

This textbook delves into the practical applications of surface and groundwater hydrology, as well as the environment. The Part I, "Practical Python for a Water and Environment Professional," guides readers through setting up a scientific computing environment and conducting exploratory data analysis and visualization using reproducible workflows. The Part II, "Statistical Modeling in Hydrology," covers regression models, time series analysis, and common hypothesis testing. The Part III, "Surface and Subsurface Water," illustrates the use of Python in understanding key concepts related to seepage, groundwater, and surface water flows. Lastly, the Part IV, "Environmental Applications," demonstrates the application of Python in the study of various contaminant transport phenomena.

The Couchbase Autonomous Operator for Kubernetes is an application-specific controller that vastly reduces complexity, human error and manual management of database services, resulting in streamlined operations, more efficient consumption of resources and cloud portability. Couchbase Autonomous Operator extends the Kubernetes API to create, configure and manage instances of complex stateful applications on behalf of a Kubernetes user. It builds upon the basic Kubernetes resource and controller concepts, but also includes the domain or application-specific knowledge to automate common tasks better managed by computers. Whether an enterprise is using a single-provider, hybrid cloud or cross-cloud strategy, Couchbase Autonomous Operator is deployment agnostic, thereby enabling multi-cloud deployment and migration seamlessly. As Kubernetes continues to gain momentum and IT organizations increasingly adopt cloud computing and embrace newer technologies like microservices, mobile, IoT and more, Couchbase identified the following key roadblocks that hinder progress: - High operational costs: Manually deploying and managing hundreds of database instances across multiple geographies increases cost, effort, and complexity. - Vendor lock-in: A lack of standardization to ensure data can be moved freely and safely between cloud providers has made it difficult to switch providers quickly or work with multiple providers. - Delayed time to market: Customers with applications using microservice architectures have difficulties managing and scaling database clusters in siloed systems, extending development times and making it harder to support their applications.The Couchbase Autonomous Operator for Kubernetes was built to address and overcome these challenges for the enterprise by providing: - Automated operations: Beta users report reductions of up to 95 percent of the operational complexity, which lowers operational costs. - Cloud-agnostic deployment and management: Offers enterprise customers with multi-cloud strategies the ability to deploy, manage and move their applications to and from any cloud, at any time. - Unmatched agility and flexibility: Allows customers who have adopted microservice architectures to run their database next to their application, reducing the DevOps cycle and decreasing time to market.

Research isn't limited to labs or academia; it's a skill applicable in all areas of life. Whether you're a student starting a research project, an academic refining your skills, a professional seeking evidence-based solutions, or simply curious about the research process, this book is your guide.This book highlights research's vital role in driving innovation and progress, emphasizing the importance of solid methodology for reliable results. We acknowledge the challenges and ethical considerations researchers face in the their quest for truth and knowledge.Drawing on our diverse research experiences, we share insights and a passion for the art of inquiry. Join us on this enlightening journey into research methodology, where curiosity has no limits, and the pursuit of truth is noble. May this book inspire you to explore, question and discover, for research is the compass guiding us to a deeper understanding of the world and ourselves. Welcome to the world of research methodology.

Bhagawan Sri Sathya Sai Baba is ever-existent, ever-vibrant, and ever-radiant. He has declared, "I am within you always." This is addressed to all living beings in the world. Even when His physical frame is not there now, this is true and He proves His existence beyond doubt to all seekers of Spiritual Truth. Prof. K. Anil Kumar, the chosen translator of Bhagawan's Divine Discourses, who echoes "His Master's Voice", elaborated Bhagawan's teachings and philosophy, the glory and significance of Swami's 'Maha Samadhi', and guidance for further carrying on Sai's Mission with zeal and zest, in his lectures in foreign countries and to foreigners in Prasanthi Nilayam in this volume, titled "Divine Vibrations". Readers will find this volume all absorbing, inspiring, and spiritually elevating.

This book offers an analysis of the state-of-the-art in high entropy alloys (HEA). In order to increase the qualities of an alloy, one major element is typically chosen and other elements are added to it in small amounts. In order to create multi-component alloys without a single major element, Professor J.W. Yeh described a novel method of alloy design in 2004. This method involved mixing elements in equiatomic or nearly equiatomic proportions. HEAs have a wide range of structural and physical properties and may find use in various applications. HEAs are intended to have high configurational entropy. The fundamental information now known in the subject, the range of different alloy systems and the features that have been investigated so far, the current major study fields, and the technological applications are presented in this book. Includes high entropy alloy fabrication and phase development. Discusses thermodynamic design criteria to develop HEAs. Covers the HEAs functioning characteristics. Compares the different processing routes used for the synthesis of HEAs

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This book is the first comprehensive compilation of deliberations on domestication, genetic and genomic resources, breeding, genetic diversity, molecular maps & mapping of important biotic stress as well as nutritional quality traits, genome sequencing, comparative genomics, functional genomics and genetic transformation. The economic, nutritional and health benefits especially antioxidants mediated antiaging effects of finger millet are also discussed. It also presents the input use efficiency, wide adaptation, post-harvest processing and value addition of the crop. Altogether, the book contains about 300 pages over 16 chapters authored by globally reputed experts on the relevant field in this crop. This book is useful to the students, teachers and scientists in the academia and relevant private companies interested in genetics, pathology, molecular genetics and breeding, genetic engineering, structural and functional genomics and nutritional quality aspects of the crop. This bookis also useful to seed and pharmaceutical industries.

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A causa dell'industrializzazione, numerosi produttori di prodotti elettrici ed elettronici affascinano i clienti apponendo etichette con affermazioni furiose sulla potenza richiesta per gli apparecchi elettrici ed elettronici. È molto difficile per i clienti comuni analizzare il valore dei prodotti elettrici ed elettronici in assenza di uno strumento appropriato per verificare le affermazioni del produttore. In genere l'utente sceglie il gadget sulla base del suo costo, ignorando tutti gli altri fattori. Un particolare prodotto o gadget, a causa del consumo energetico più elevato, può rivelarsi molto costoso. Per questo motivo sono stati sviluppati e utilizzati analizzatori di potenza elettronici digitali. Il modulo descritto in questo libro è stato progettato specificamente per questo scopo; viene utilizzato come un modulo analizzatore di potenza elettronico digitale a basso costo per semplici applicazioni di misurazione della potenza. L'analizzatore di potenza digitale qui descritto si basa su un metodo diverso dai wattmetri elettrodinamici, elettrostatici, termici e a effetto Hall, che fanno tutti uso della moltiplicazione analogica di corrente e tensione eseguita da un processo fisico nel dispositivo.

Devido à industrialização, numerosos fabricantes de produtos eléctricos e electrónicos estão a fascinar os clientes ao afixarem etiquetas com em furiosas reivindicações no que diz respeito à necessidade de energia para os aparelhos eléctricos e electrónicos. É muito difícil para os clientes em geral analisar o valor das engenhocas eléctricas e electrónicas na ausência de um instrumento apropriado para verificar as reivindicações do fabricante. Geralmente o utilizador escolhe a gadgetry com base no custo da gadgetry e ignorando todos os outros factores. O produto ou aparelho específico devido ao maior consumo de energia pode revelar-se muito dispendioso. Por esta razão, foi desenvolvido e utilizado um analisador electrónico digital de potência. O módulo descrito nos livros foi especificamente concebido para esse fim; é utilizado como um módulo analisador de potência electrónico digital de baixo custo para aplicações simples de medição de potência. O analisador de potência digital aqui descrito baseia-se num método que difere dos wattímetros electrodinâmicos, electrostáticos, térmicos e de efeito Hall, todos os quais fazem uso da multiplicação analógica de corrente e tensão realizada por um processo físico no dispositivo.

Im Zuge der Industrialisierung locken zahlreiche Hersteller elektrischer und elektronischer Produkte die Kunden mit Etiketten, auf denen wütende Behauptungen über den Strombedarf der elektrischen und elektronischen Geräte stehen. Es ist sehr schwierig für den allgemeinen Kunden, den Wert von elektrischen und elektronischen Geräten zu analysieren, wenn es kein geeignetes Instrument gibt, um die Behauptungen des Herstellers zu überprüfen. Im Allgemeinen wählt der Benutzer die Geräte auf der Grundlage der Kosten der Geräte und ignoriert alle anderen Faktoren. Ein bestimmtes Produkt oder Gerät kann sich aufgrund des höheren Stromverbrauchs als sehr kostspielig erweisen. Aus diesem Grund wurden digitale elektronische Leistungsanalysatoren entwickelt und eingesetzt. Das in den Büchern beschriebene Modul wurde speziell für diesen Zweck entwickelt; es wird als kostengünstiges digitales elektronisches Leistungsanalysatormodul für einfache Leistungsmessanwendungen verwendet. Der hier beschriebene digitale Leistungsanalysator basiert auf einer Methode, die sich von den elektrodynamischen, elektrostatischen, thermischen und Hall-Effekt-Wattmetern unterscheidet, die alle auf der analogen Multiplikation von Strom und Spannung durch einen physikalischen Prozess im Gerät beruhen.

V swqzi s industrializaciej mnogochislennye proizwoditeli älektricheskoj i älektronnoj produkcii zawlekaüt pokupatelej, nakleiwaq ätiketki s neistowymi zaqwleniqmi o trebuemoj moschnosti älektricheskih i älektronnyh ustrojstw. Obychnym pokupatelqm ochen' trudno proanalizirowat' stoimost' älektricheskih i älektronnyh ustrojstw w otsutstwie sootwetstwuüschego instrumenta dlq prowerki zaqwlenij proizwoditelq. Kak prawilo, pol'zowatel' wybiraet gadzhety na osnowe ih stoimosti, ignoriruq wse ostal'nye faktory. Konkretnyj produkt ili gadzhet iz-za bolee wysokogo änergopotrebleniq mozhet okazat'sq ochen' dorogim. Po ätoj prichine byli razrabotany i ispol'zuütsq cifrowye älektronnye analizatory moschnosti. Modul', opisannyj w ätoj knige, special'no razrabotan dlq ätoj celi; on ispol'zuetsq kak nedorogoj modul' cifrowogo älektronnogo analizatora moschnosti dlq prostyh prilozhenij izmereniq moschnosti. Opisannyj zdes' cifrowoj analizator moschnosti osnowan na metode, kotoryj otlichaetsq ot älektrodinamicheskih, älektrostaticheskih, teplowyh i wattmetrow na äffekte Holla, wse iz kotoryh ispol'zuüt analogowoe umnozhenie toka i naprqzheniq, wypolnqemoe fizicheskim processom w ustrojstwe.

En raison de l'industrialisation, de nombreux fabricants de produits électriques et électroniques fascinent les consommateurs en apposant des étiquettes contenant des déclarations furieuses sur la puissance requise pour les gadgets électriques et électroniques. Il est très difficile pour les consommateurs d'analyser la valeur des appareils électriques et électroniques en l'absence d'un instrument approprié pour vérifier les affirmations du fabricant. En général, l'utilisateur choisit le gadget sur la base de son coût, en ignorant tous les autres facteurs. Un produit ou un appareil particulier, en raison de sa consommation d'énergie élevée, peut s'avérer très coûteux. Pour cette raison, des analyseurs de puissance électroniques numériques ont été développés et utilisés. Le module décrit dans ce livre est spécialement conçu à cet effet ; il est utilisé comme un module d'analyseur de puissance électronique numérique à faible coût pour des applications simples de mesure de puissance. L'analyseur de puissance numérique décrit ici est basé sur une méthode qui diffère des wattmètres électrodynamiques, électrostatiques, thermiques et à effet Hall, qui utilisent tous une multiplication analogique du courant et de la tension effectuée par un processus physique dans le dispositif.

Vorschläge/Vermarktungsstrategien für die Agrar-Input-Industrie: 1) Verstärkung der Marketingaktivitäten auf regelmäßiger Basis, z.B. Roadshow, Handelsmesse, kostenlose Verteilung von Broschüren, Werbung in lokalen Zeitungen, Fernsehen, Feldvorführungen, Treffen mit Landwirten usw. 2. die Agrarinput-Industrie sollte den Landwirten zu verschiedenen Jahreszeiten Werbeangebote machen, wie z.B. kostenlose Gutscheine, kostenlose Proben, Geschenke usw. 3. die Agrarinput-Industrie sollte die Mitglieder des Vertriebskanals motivieren, indem sie den Händlern Anreize gibt und die Verkaufsleiter fördert. 4 Agri-input Industries sollte sich weiterhin auf die Strategie, die Stärken und die Schwächen seiner Konkurrenten und anderer Unternehmen konzentrieren, die Mikronährstoffe und löslichen NPK anbieten. 5. Agri-input Industries sollte auch den Skonto, die Vorverkaufsrate, die liberale Kreditpolitik und die Gewinnspanne für ihre Händler erhöhen. 6 Die Agrarinput-Industrie sollte ihr Lieferkettensystem verbessern, indem sie ihre Händler pünktlich beliefert. 7. die Agrarinput-Industrie sollte in regelmäßigen Abständen Feldbesuche von Experten auf den Feldern der Landwirte organisieren.

Suggestions/Stratégies de marketing pour les industries des intrants agricoles : 1) Augmenter les activités de marketing sur une base fréquente, par exemple : exposition itinérante, salon professionnel, distribution gratuite de brochures, publicité dans les journaux locaux, télévision, démonstration sur le terrain, réunion d'agriculteurs, etc. 2. les industries d'intrants agricoles devraient également fournir l'offre promotionnelle aux agriculteurs dans la saison différente comme le coupon gratuit, l'échantillonnage gratuit, les cadeaux etc. 3. les industries d'intrants agricoles devraient motiver le membre de la chaîne en leur donnant des incitations aux concessionnaires et la promotion aux cadres de vente. 4.Agri-input Industries devrait continuer à se concentrer sur la stratégie, la force et la faiblesse de son concurrent d'autres micro-éléments nutritifs et NPK soluble entreprises. Les industries des intrants agricoles devraient également améliorer l'escompte, le taux de réservation anticipée, la politique de crédit libérale et la marge bénéficiaire de leurs distributeurs. Les industries d'agro-inputs devraient améliorer leur système de chaîne d'approvisionnement en fournissant une livraison en temps opportun à leurs concessionnaires. 7) Les entreprises d'intrants agricoles devraient organiser la visite d'experts sur le terrain dans les champs des agriculteurs à intervalles réguliers.

Sugestões/Estratégias de Marketing para as Indústrias Agro-indústria: 1.aumentar as actividades de marketing com frequência, por exemplo, exposição itinerante, exposição comercial, distribuição gratuita de folhetos, publicidade em jornais locais, televisão, demonstração no terreno, reunião de agricultores, etc. 2. as Indústrias Agro-indústrias devem também fornecer a oferta promocional aos agricultores em diferentes épocas, como cupões gratuitos, amostras gratuitas, presentes, etc. 3.Agri-input Industries deve motivar o membro do canal, dando-lhe incentivos aos revendedores e promoção aos executivos de vendas. 4.Agri-input Industries deve continuar a concentrar-se na estratégia, força e fraqueza do seu concorrente outros micro nutrientes e empresas NPK solúveis. 5.Agri-input Industries devem também melhorar o desconto, a taxa de reserva antecipada, a política de crédito liberal e a margem de lucro aos seus distribuidores. 6 As Agri-input Industries deveriam melhorar o seu sistema de cadeia de fornecimento, fornecendo atempadamente aos seus distribuidores. 7.Agri-input Industries devem organizar a visita do perito de campo no campo do agricultor a intervalos regulares.

Suggerimenti/strategie di marketing per le industrie agroindustriali: 1. Aumentare le attività di marketing con frequenza, ad esempio con road show, fiere, distribuzione gratuita di volantini, pubblicità su giornali locali, TV, dimostrazioni sul campo, incontri con gli agricoltori, ecc. 2. Le industrie agroindustriali dovrebbero anche fornire offerte promozionali agli agricoltori in diverse stagioni, come coupon gratuiti, campionature gratuite, regali, ecc. 3. Le industrie agroindustriali dovrebbero motivare i membri del canale fornendo incentivi ai rivenditori e promozioni ai responsabili delle vendite. 4. Le industrie agroindustriali dovrebbero continuare a concentrarsi sulla strategia, sui punti di forza e di debolezza dei loro concorrenti, come le aziende produttrici di microelementi e di NPK solubile. 5.Le industrie agroindustriali dovrebbero anche aumentare lo sconto in contanti, il tasso di prenotazione anticipata, la politica di credito liberale e il margine di profitto per i loro distributori. 6. Le industrie agroindustriali dovrebbero migliorare il loro sistema di supply chain, fornendo consegne tempestive ai loro distributori. 7. Le industrie agroindustriali dovrebbero organizzare visite di esperti sul campo presso gli agricoltori a intervalli regolari.

Predlozheniq/marketingowye strategii dlq sel'skohozqjstwennoj promyshlennosti: 1.Uwelichit' marketingowuü deqtel'nost' na chastoj osnowe, naprimer, dorozhnye shou, torgowye wystawki, besplatnoe rasprostranenie listowok, reklama w mestnyh gazetah, na telewidenii, polewye demonstracii, wstrechi s fermerami i t.d. 2.Agropromyshlennye predpriqtiq dolzhny takzhe predostawlqt' reklamnye predlozheniq fermeram w razlichnye sezony, naprimer, besplatnye kupony, besplatnye obrazcy, podarki i t.d. 3.Agropromyshlennye predpriqtiq dolzhny motiwirowat' chlenow kanala sbyta putem predostawleniq stimulow dileram i prodwizheniq menedzherow po prodazham. 4.Agri-input Industries dolzhna prodolzhat' fokusirowat'sq na strategii, sil'nyh i slabyh storonah swoih konkurentow, drugih kompanij, proizwodqschih mikro-pitatel'nye weschestwa i rastworimye NPK. 5.Agri-input Industries dolzhna takzhe uwelichit' skidku na nalichnye, stawku predwaritel'nogo bronirowaniq, liberal'nuü kreditnuü politiku i marzhu pribyli dlq swoih distrib'ütorow. 6.Agropromyshlennye predpriqtiq dolzhny uluchshit' sistemu cepochki postawok, obespechiwaq swoewremennuü dostawku swoim dileram. 7.Agropromyshlennye predpriqtiq dolzhny organizowywat' regulqrnye wizity äxpertow na polq fermerow.

This Book is an extension of 'Making of AZ91E Series' Notion Press Media Pvt Ltd, where clear cut picture is given to select the compositions with elements based on the requirements. In this book a complete examination is focused on AZ91E with Ni 0.21 Ca 0.03. This book helps as a guide for material engineers to develop a new alloy via THERMOCALC software.

This book presents the select proceedings of the International Conference on Recent Advances in Materials, Manufacturing and Thermal Engineering (RAMMTE 2022). It broadly covers the topics of manufacturing and thermal engineering. Various topics covered in this book include alternative fuels, automation, mechatronics and robotics, CAD, CAM, FMS, CIM, CN, CFD, failure and fracture mechanics, friction, wear, tribology, and surface engineering, heat treatment, microstructure and refrigeration and cryogenics, heating ventilation and air conditioning system, heat transfer, internal combustion engines, machinability and formability of materials, mechanisms and machines, rapid manufacturing technologies and prototyping, turbo machinery, thermal engineering, and traditional and non-traditional machining processes. This book is useful for researchers and professionals working in the areas of manufacturing and thermal engineering.