Ferroelectric properties of some complex tungsten bronze niobates - Padhee, Rajib
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Ferroelectric materials have found large scale use in sensors and other devices. There has been constant attempt by the researchers around the world to enhance the physical properties of these materials for various applications. Tungsten bronze ferroelectric ceramics provide a large scope of substitution and hence can be modified for various applications. In this endeavor, the present work stresses on the ferroelectric properties of some complex tungsten bronze materials. There has been very little research work done on such complex materials. These materials show very good pyroelectric properties and thus can be used in pyroelectric sensors.…mehr

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Produktbeschreibung
Ferroelectric materials have found large scale use in sensors and other devices. There has been constant attempt by the researchers around the world to enhance the physical properties of these materials for various applications. Tungsten bronze ferroelectric ceramics provide a large scope of substitution and hence can be modified for various applications. In this endeavor, the present work stresses on the ferroelectric properties of some complex tungsten bronze materials. There has been very little research work done on such complex materials. These materials show very good pyroelectric properties and thus can be used in pyroelectric sensors.
Autorenporträt
R. Padhee received his master degree in Physics from NIT, Rourkela and did his Ph.D in Physics from Siksha ¿O¿ Anusandhan University, Bhubaneswar, India. He is a faculty of Physics at ITER, SOA University. His field of research is ferroelectric/multi-ferroic materials. He is presently working on research projects and guiding research scholars.