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The recent technological advancements in the engineering sector opened more paths towards innovative designs and concepts in the medical field majorly in the biomedical devices and equipment. The biomedical devices are basically a mechanical device that are designed and utilized for medical purposes. Biomedical devices serve a wide range of function which ranges from initial diagnosis to support monitoring. Biomedical devices such as prosthetics and orthotics having more scope for improvement with respect to recent advancements. Most of the devices and components were made by conventional route through injection molding, casting, and machining processes which had many limitations. The recent advancement; Additive manufacturing created a new path to go with manufacturing for the design. The AM technology overcame major limitations faced by conventional technology. The AM technique such as 3D printing technology can build parts layer by layer approach which enables to print even a small and complicated shapes very easily. Even the prosthetics are usually printed for accurate dimensions and durability in 3D printing. The process of printing starts with melting down the material at high temperatures, deposition layer by layer and cooling down without sacrificing the mechanical and metallurgical properties. In recent times the biomedical devices are getting printed in stages, for example in the case of prosthetics, the first stages consist of printing the prosthetic and external parts and in the second stage takes care about the printing of internal parts like small and fixed bones. In the same way AM techniques is used to print many organisms like ligaments, tissues, and major parts like the heart and kidneys, etc. The present work mainly presents about all such recent AM printed devices and components in the biomedical field. [ABSTRACT FROM AUTHOR]

Services marketing in Bank helps more services networking of other business in bank sector like that bank products and facilities that provide job opportunities develop others business services sector. In Modern Day's, world's banking sector have dramatically changed and increased the usage of Services Marketing, the impact of new technologies, global services provides various business opportunities and challenges for banking sector. Services marketing are a necessary channel in all field way for competitive environment marketing. Today's demand of banking is providing best performance values in anytime, anywhere banking. This requires innovative, world class financial banking services to help to financial services activities to customers in the new modern global economy market. Now, the new emerging services marketing trends impact on banking sectors with others related services sector. The number of public sector, private sector banks adopts and updates their bank apps in time to time technologies changes in global services business market. The banking sector products, facilities provide services with safety. This paper consists how to impact Services Marketing in bank sector for new futures of banking services to provide best marketing environment for smooth, speed of banking services in different way product, facilities services to customers. [ABSTRACT FROM AUTHOR]

Superconducting compounds of composition Y0.9 Pr0.1Ba2 [Cu1-yZny]3O7-δ (0 ≤ y ≤ 0.10) have been synthesized. The structure of these materials has been studied using powder X-ray diffraction technique and refinement has been carried out by using Rietveld refinement procedure. It has been shown that all these compounds crystallize in orthorhombic structure with slight change in c parameter. Increase of parameter O(2) and decrease of parameter O(3)suggest the changes in the Cu-O2 plane of these orthorhombic materials on Zn substitution. [ABSTRACT FROM AUTHOR]

Electrical resistivity measurements in the temperature range 14 - 300K have been carried out on superconducting materials of the composition, Y0.9-xPrxCa0.1Ba2[Cu1-yZny]3O7-δ. with different values of x and y (0 ≤ x ≤ 0.2 and (0 ≤ y ≤ 0.06). In order to study the underdoped region Ca content is reduced to zero and Pr content is changed from x = 0.1 to 0.2. for varying contents Zn . For the overdoped region Ca = 0.1 and x is varied from 0 to 0.2 for two values of Zn content 0.02 and 0.06. From the analysis of the electrical resistivity data obtained for the above cuprates the characteristic pseudogap temperatures and the exponent, m, in fits to m ρ (T) = ρo + aTm have been found out. The planar hole concentration, p has been determined by the room temperature measurements of thermoelectric power . Using these results a doping phase diagram has been constructed for these superconducting materials. [ABSTRACT FROM AUTHOR]