Bøger af Amit Yadav

A couve-brinjal é suscetível a condições ambientais adversas, como geadas severas, bem como a um período de crescimento longo e quente. No entanto, o desenvolvimento de novas variedades e de tecnologias de produção vegetal tornou possível a sua produção durante todo o ano. A nível mundial, a China ocupa o primeiro lugar na produção de brinjal (56% da produção mundial). A Índia ocupa o segundo lugar, contribuindo com 10378 (em milhares de toneladas) para a produção mundial. Na Índia, esta cultura ocupa uma área de 6 lakh hectares, com uma produção anual de 10378 (em 000 TM) e uma produtividade de 17,2 TM por hectare. Em Uttar Pradesh, a área cultivada de brinjal é de 2900 ha, produzindo 22 000 TM e a produtividade é de 7,58 TM/ha (NHB, base de dados, 2008-09). Esta importante cultura está sujeita ao ataque de muitas pragas de insectos ao longo do seu período de crescimento, o que constitui um fator limitativo do seu cultivo rentável. As pragas de insectos importantes são a broca do rebento e do fruto (Leucinodes orbonalis Guenee), o percevejo (Urentius sentis Distant), o escaravelho (Epilachna vigintioctopunctata Fabricius), o jassídeo (Amarasca biguttula biguttula Ishida), a broca do caule da brinjal (Euzophera perticella Rag.), a mosca branca, Bemisia tabaci (Genn.), enquanto as pragas menores incluem o afídeo.

Le brinjal est sensible aux conditions environnementales défavorables telles que les fortes gelées, ainsi qu'à une saison de croissance longue et chaude. Toutefois, le développement de nouvelles variétés et de nouvelles technologies de production a permis de cultiver le brinjal tout au long de l'année. Au niveau mondial, la Chine occupe la première place dans la production de brinjal (56 % de la production mondiale). L'Inde occupe la deuxième place, avec une contribution de 10378 (en milliers de tonnes) à la production mondiale. En Inde, cette culture occupe une superficie de 6 lakh hectares, avec une production annuelle de 10378 (en milliers de tonnes) et une productivité de 17,2 tonnes par hectare. Dans l'Uttar Pradesh, la superficie cultivée en brinjal est de 2900 ha produisant 22 000 tonnes et la productivité est de 7,58 tonnes par hectare (NHB, Database, 2008-09). Cette culture importante est soumise aux attaques de nombreux insectes ravageurs tout au long de sa période de croissance, ce qui constitue un facteur limitant pour une culture rentable. Les principaux insectes nuisibles sont le foreur des pousses et des fruits (Leucinodes orbonalis Guenee), la punaise de la dentelle (Urentius sentis Distant), le scarabée hadda (Epilachna vigintioctopunctata Fabricius), le jasside (Amarasca biguttula biguttula Ishida), le foreur de la tige du brinjal (Euzophera perticella Rag.), la mouche blanche, Bemisia tabaci (Genn.), tandis que les ravageurs mineurs sont le puceron.

Il Brinjal è sensibile a condizioni ambientali avverse, come forti gelate e stagioni di crescita lunghe e calde. Tuttavia, lo sviluppo di nuove varietà e di tecnologie di produzione ha reso possibile la coltivazione della pianta durante tutto l'anno. A livello mondiale, la Cina è al primo posto nella produzione di brinjal (56% della produzione mondiale). L'India è al secondo posto, con un contributo di 10378 (in 000 MT) alla produzione mondiale. In India, questa coltura occupa una superficie di 6.000 ettari, con una produzione annuale di 10378 (in 000 MT) e una produttività di 17,2 MT per ettaro. Nell'Uttar Pradesh, l'area coltivata a brinjal è di 2900 ettari con una produzione di 22.000 MT e una produttività di 7,58 MT/ha (NHB, Database, 2008-09). Questa importante coltura è soggetta all'attacco di numerosi insetti parassiti durante tutto il periodo di crescita, che agiscono come fattore limitante per una coltivazione redditizia. Gli insetti più importanti sono la piralide dei germogli e dei frutti (Leucinodes orbonalis Guenee), la cimice delle ali (Urentius sentis Distant), il coleottero hadda (Epilachna vigintioctopunctata Fabricius), il jassid (Amarasca biguttula biguttula Ishida), la piralide del gambo del brinjal (Euzophera perticella Rag.), la mosca bianca, Bemisia tabaci (Genn.), mentre i parassiti minori includono gli afidi.

Brinjal ist anfällig für ungünstige Umweltbedingungen wie strengen Frost sowie eine lange und warme Wachstumsperiode. Durch die Entwicklung neuerer Sorten und Anbautechnologien ist es jedoch möglich geworden, die Pflanze das ganze Jahr über anzubauen. Weltweit steht China an erster Stelle bei der Produktion von Brinjal (56 % der Weltproduktion). Indien steht an zweiter Stelle und trägt mit 10378 (in 000 MT) zur Weltproduktion bei. In Indien wird diese Pflanze auf einer Fläche von 6 Lakh Hektar angebaut, mit einer jährlichen Produktion von 10378 (in 000 MT) und einer Produktivität von 17,2 MT pro Hektar. In Uttar Pradesh beträgt die Anbaufläche von Brinjal 2900 ha mit einer Produktion von 22.000 MT und einer Produktivität von 7,58 MT/ha (NHB, Datenbank, 2008-09). Diese wichtige Kulturpflanze wird während der gesamten Wachstumsperiode von zahlreichen Schadinsekten befallen, die den rentablen Anbau einschränken. Die wichtigsten Schadinsekten sind der Trieb- und Fruchtbohrer (Leucinodes orbonalis Guenee), die Florfliege (Urentius sentis Distant), der Hadda-Käfer (Epilachna vigintioctopunctata Fabricius), die Jassid (Amarasca biguttula biguttula Ishida), der Stängelbohrer (Euzophera perticella Rag.), die Weiße Fliege (Bemisia tabaci (Genn.)) und als kleinere Schädlinge die Blattlaus.

Wissenschaftlicher Aufsatz aus dem Jahr 2020 im Fachbereich Jura - Medienrecht, Multimediarecht, Urheberrecht, Manipal University, Sprache: Deutsch, Abstract: This work is an attempt to analyse the concept of intellectual property and to check its authencity as a ¿property¿ on the basis of proprietary jurisprudence. It also tries to trace the roots of intellectual property rights in Indian legal and social system and to look for the need and justifications of intellectual property rights. Finally, it shall make an effort to derive something innovative.In the beginning, meaning, definition, subject matter, characteristics, kinds etcetera of property are discussed and the present status of concept of property is presented. The text introduces the concept of intellectual property and intellectual property rights and a detailed discussion on the history and development of intellectual property rights, in international arena as well as in India, is given. That followed, it measures the authenticity of the concept of intellectual property rights on the basis of proprietary jurisprudence, elaborates upon the different principles and checks the applicability of such over the concept of intellectual property rights.The concept of intellectual property rights is compared with the basic Indian thoughts. Basic ideas of different Indian philosophies, namely, the Sanatan dharma, the Islamic thoughts, the Sikh, Jain and Buddha philosophies, are given; and the concept of intellectual property rights from ancient to modern India are traced. Furthermore, the work investigates the need and justification of intellectual property rights through various theories and thoughts.

As people say "hard work paid off" and i am of the keen followers of this words. When i have entered my PhD i thought about the Artificial Intelligence and which make me more lean towards themselves and this occur when i heard sometimes the fake alarm take place in aviation so start working on it and the results came out which is in the book that i encode all my knowledge regarding to this topic and i also made it in real this what make me more towards the Artifical Intelligence.

Repetitive Corrugation and Straightening (RCS) process is one of the Severe Plastic Deformation (SPD) techniques which introduces a large amount of plastic deformation in a sheet workpiece without significantly changing its cross-sectional geometry. In present work experimentation and Finite Element (FE) study of Repetitive Corrugation and Straightening (RCS) process is being attempted. The work is done in two parts i.e. Finite Element Study and Experimentation work. In the Finite Element study, the effect of triangular and circular teeth effect has been studied and an intermediate teeth design is used. The teeth are of triangular in shape with a rounded top. Experimentation of RCS process is attempted with a 100mm x 100mm x 1 mm of Al6061 sheet. Experimentation was performed for three cycles of RCS process giving 90° Clockwise rotation along the perpendicular axis to the surface after each pass. Three mechanical tests were performed viz. Micro Hardness test, Tensile test and Stiffness test. To study the effect of the process these tests were performed on processed as well as unprocessed sheet sample. The hardness test shows an increase in hardness after every pass.