Recent Advances in Mechatronics

Product Description

Mechatronics is the synergistic combination of precision engineering, electronics, photonics and IT engineering. The main research task for mechatronics is development and control of advanced hybrid systems covering all these fields and supported by interdisciplinary studies.

This book presents recent state of advances in mechatronics presented on the 7th International Conference Mechatronics 2007, hosted at the Faculty of Mechatronics, Warsaw University of Technology, Poland. The chosen topics of the conference included: Nanotechnology, Automatic Control and Robotics, Biomedical Engineering, Design Manufacturing and Testing of MEMS, Metrology, Photonics, Mechatronic Products. The selected papers give an overview of the state-of-the-art and present new research results and prospects of the future development in this interdisciplinary field of mechatronic systems. This book will provide up-to-date and useful knowledge for researchers and engineers involved in mechatronics and related fields.

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Career in Chemical Engineering

Chemical engineering, traditionally speaking, is about the design and operation of chemical plants. It is a combination of industrially relavant chemistry and many physical process such as fluid motion, energy transfer and diffusion of chemicals. It has evolved into an inter-disciplinary filed that combines biology with engineering and technology.

Difference between chemical technology and chemical engineering.

Chemical technology was precursor of chemical engineering. It was recipe based manufacture of useful goods at an industrial scale and was more an art than science. So people studied, in spearate strams, how to make paper, dyes, plastics etc. Chemal engineering was born out of the abstractions taken from the manufacturing prcesses of many products, so, for instance, heating something or separating two  chemicals was common to many technologies, so they came to be studied and designed in their own right. Chemical engineering does include chemistry but only about 10-20 per cent. Chemical engineering, traditionally speaking, is about the design and operation of chemical plants but it is now an interdisciplinary field.

As technology moves ahead by leaps and bounds, those studying chemical engineering today have to deal with new topics such as surface science, nanomaterials (nanotechnology), energy science, and biological processes of industrial importance. Many elements of these areas are taught in chemical engineering, and chemical engineers now look at some of these fundamental things instead of large-scale (industrial) plants…

“The discipline has evolved by subsuming these newer things and also by pursuing the understanding of problems with more and more of science, at smaller and smaller levels. A modern curriculum has far more fundamental stuff than the more application-oriented curriculum of yesteryears.”

This interaction between sister sciences has thrown open new professional vistas for chemical engineers, beyond traditional employers such as chemical, paints, oil and gas, pharmaceutical, polymers (plastics), glass, cement and steel and aluminium industries.

More information about Chemical Engineering or Branches of Engineering log on to India Academic

Nanomedicine: Design and Applications of Magnetic Nanomaterials, Nanosensors and Nanosystems

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Recent advances in nanomedicine offer ground-breaking methods for the prevention, diagnosis and treatment of some fatal diseases. Amongst the most promising nanomaterials being developed are magnetic  nanomaterials, including magnetic nanoparticles and magnetic nanosensors. Some nanomagnetic medical applications are already commercially available with more set to be released over the coming years.

Nanomedicine, Design and Applications of Magnetic Nanomaterials, Nanosensors and Nanosystems presents a comprehensive overview of the biomedical applications of various types of functional magnetic materials. The book provides an introduction to magnetic nanomaterials before systematically discussing the individual materials, their physical and chemical principles, fabrication techniques and biomedical applications. This methodical approach allows this book to be used both as a textbook for beginners to the subject and as a convenient reference for professionals in the field.

• Discusses magnetic nanoparticles including nanowires, nanotubes, zero-dimensional nanosperes and naturally existing magnetosomes.
• Examines intrinsically smart magnetic materials and describes their part in the development of biomedical sensors and biochips, which are often used in biomedical tests.
• Integrates the research efforts of different disciplines – from materials sciences to biology and electrical engineering to medicine –  in order to provide a unified and authoritative guide to a richly interdisciplinary field.

This volume is of great appeal to students and researchers in the fields of electrical and electronic engineering, biomedical engineering, nanotechnology, materials science, physics, medicine and biology. It is also of interest to practising engineers, materials scientists, chemists and research medical doctors involved in the development of magnetic materials and structures for biomedical applications.

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Carbon Nanotechnology: Recent Developments in Chemistry, Physics, Materials Science and Device Applications

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Nanotechnology is no longer a merely social talking point and is beginning to affect the lives of everyone. Carbon nanotechnology as a major shaper of new nanotechnologies has evolved into a truly interdisciplinary field, which encompasses chemistry, physics, biology, medicine, materials science and engineering. This is a field in which a huge amount of literature has been generated within recent years, and the number of publications is still increasing every year. Carbon Nanotechnology aims to provide a timely coverage of the recent development in the field with updated reviews and remarks by world-renowned experts. Intended to be an exposition of cutting-edge research and development rather than a kind of conference proceeding, Carbon Nanotechnology will be very useful not only to experienced scientists and engineers, who wish to broaden their knowledge of the wide-ranging nanotechnology and/or to develop practical devices, but also to graduate and senior undergraduate students who look to make their mark in this field of the future.

· A comprehensive treatment from materials chemistry and structure-property to practical applications
· Offers an in-depth analysis of various carbon nanotechnologies from both fundamental and practical perspectives
· An easily accessible assessment of the materials properties and device performances based on all of the major classes of carbon nanomaterials, including: carbon fiber; diamond; C60; and carbon nanotubes
· A concise compilation of the practical applications of carbon nanotechnologies from polymer-carbon nanocomposites to sensors, electron emitters, and molecular electronics

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Biomedical Nanotechnology

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Biomedical nanotechnology is one of the fastest-growing fields of research across the globe. However, even the most promising technologies may never realize their full potential if public and political opinions are galvanized against them, a situation clearly evident in such controversial fields as cloning and stem cell research. Biomedical Nanotechnology presents state-of-the-art research in the field and also considers the socio-political risks and perceptions of this important science.

Contributed by prominent experts in this expansive and interdisciplinary field, Biomedical Nanotechnology examines developments in three sub-fields: nanodrugs and drug delivery; prostheses and implants; and diagnostics and screening technologies. The authors compare new capabilities introduced by nanotechnology to traditional methods of release, target, and controlled drug delivery in the body. They also consider the challenge of understanding and controlling the biological processes involved upon implantation and discuss nanoscale sensors for biological chemical detection and biodefense. The book concludes with individual chapters devoted to the social and economic context of nanotechnologies and to their potential risks and possible solutions.

By outlining cutting-edge research in the context of pressing global medical needs and potential risks, this authoritative reference supplies a holistic treatment of biomedical nanotechnology that enables us to understand its implications and decide the best way to move forward.

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