Khingila vs. Buddhist Caves: A synchronised chronology of the Early Alchon Huns, Early Guptas, Vakatakas, Traikutakas, and Buddhist caves (ca. 451-, Singh Rajesh Kumar
The monograph contains 15 Buddhist legends painted on the walls of Ajanta Cave No. 1 in the late fifth centry CE. All episodes of the stories are arranged in the same way as the painters painted them.
It is a compendium of the ancient paintings systematically documented for the first time with colour photographs.
The monograph covers 14 of the total 15 narrative paintings of Cave 1. It has at least one photo of every episode of the narratives. It has systematically arranged material in accordance with the Ajanta corpus of Dieter Schlingloff.
There is summary of all the 15 legends. The picture descriptions are based on up-to-date research on each painted episode. There is a concise bibliography of the nearest textual concordance of the narratives in the Buddhist scriptures.
Dr. Rajesh Kumar Singh has spent nearly fifteen years to study the Ajanta caves in detail. Prior to this, he has published, produced, or edited 2 monographs, 11 research papers, a CD-Rom, and 5 videos on Ajanta. The contents of this monograph is meant for academic libraries, educators, students, and general readers.
This book provides comprehensive coverage of all major gyrator circuits, simulated inductors and related synthetic impedances. The book offers a thorough review of research in this field, and includes an exceptionally wide range and number of circuit examples. Written by two experts known internationally for their contributions to analogue circuit design, this title covers a broad variety of active devices ranging from bipolar and MOS transistors to the ubiquitous IC op-amps and operational transconductance amplifiers, plus other modern electronic circuits.
Автор: Anil Kumar Bajpai, Rajesh Saini, Abhilasha Mishra, Jaya Kumar Bajpai, Atul Tiwari Название: Stimuli-Responsive Drug Delivery Systems: From Introduction to Application ISBN: 1501518836 ISBN-13(EAN): 9781501518836 Издательство: Walter de Gruyter Цена: 14495.00 р. Наличие на складе: Нет в наличии.
Описание:
Stimuli responsive drug delivery systems have emerged as one of the most innovative classes of polymer materials of modern materials science. The book offers a convincing approach to understanding the basic principles of drug delivery process, their mathematical modeling, different types of drug delivery systems, various polymer systems responsive to stimuli such as swelling, pH, temperature, light, chemical agents, electric and magnetic fields.
Описание: This books aim is to explore the Robotic Platform Control with Atmega328 and NuttyFi based Internet of Things (IoT). IoT is network of networks and analytics system which exploits sensing, big data and artificial intelligence technology for complete system or service. IoT has applications across industries due to its unique flexibility and ability to be suitable in any environment. This book provides the basic knowledge of mobile apps with their design steps and programs. The objective of this book is to discuss the various methods to control the robotic platform where the Internet of Things plays an important role. This text is beneficial for people who want to get started with hardware-based robotics prototypes using the IoT. Mobile platform is one of the most popular devices. It is designed for sports robots (football, volleyball etc.), rescue operations (fire-fighting, person or object finding etc.) and many other uses. This book discusses the different components required in the design process of the robot.
Описание: Energy harvesting is the procedure for deriving, capturing and storing energy from external sources. Power is a very important part of any system, and for Internet of Things and WPAN, managing power is the biggest challenge. This book aims to explore the methods and systems to generate energy and use it efficiently for IoT applications to upgrade the Industries. The book comprises of ten chapters. Chapter 1 describes the low power renewable power supply through thermo electric generators. The main aim of this chapter is to familiarize the energy harvesting among the various sources of renewable energy (Solar light, Vibration, Heat, RFID, Wind and Hybrid energy) and to provide electrical output in the range of 1 I"W to few Watts for low power devices (Wireless Networks/ IoTs). Chapter 2 describes the concept of distributed generation as a part of the smart grid that is proposed at IKG Punjab Technical University. The proposed smart micro grid includes the Distributed Generation based on renewable resources like solar PV and biogas as an individual and hybrid energy system. Chapter 3 proposed the energy harvesting types for end sensor nodes for pipeline monitoring in remote areas and addressed challenges for future advanced energy harvesting for sensor nodes. Chapter 4 described the fundamental concept, latest developments and applications addressing the related theoretical and practical aspects on wireless communication. In Chapter 5 different renewable energy harvesting technique has been discussed. Solar power optimization has been done to make more efficient harvesting techniques. Chapter 6 gives a review on energy harvesting and storage. In Chapter 7 the design and development of energy harvesting system is reviewed. Chapter 8 proposed an idea to implement a street light management system which can work on self power generation method based on piezoelectric techniques and communication module for analysing and transferring of data to the cloud or the web server for real time application. Chapter 9 proposed an architecture where in the bins XBee network is used to connect nearby control unit of local municipal authority and from the control authority, LoRa network is used to communicate to long range and also these bins are assisted with solar panel for providing the power supply to devices that are existed in the architecture. Chapter 10 presented the study to optimize the process parameters for biofuel production by transesterification of algal oil using KOH as catalyst.
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