NARRATING THE INDIAN NATION A NONINDIAN PERSPECTIVE: A STUDY OF WILLIAM DALRYMPLE'S THE LAST MUGHAL AND RUDYARD KIPLING'S KIM

This paper deals with tile issue of tile rise of nationalism in Indian context as a result of tile events of 1857. and attempts to study the perspectives of two non-Indian writers interested in Indian nation. namely Rudyard Kipling and William Dalrymple in their novels Kim and The Last Mughal respectively as opposed to tile Indian nationalist perspectives seen and portrayed in later narratives by Indians. The former is a fictional representation of the mutiny of 1857 whereas tile latter is a fictionalized historical account. Published almost a hundred years apart. and coming at different defining moments in India's history. the two novels Kim (/901) and The Last Mughal (2006). both talk of a common set of events. It is one endeavor to see the different dimensions explored by these two writers

Teledentistry: A Boon in Indian Scenario

An amalgamation of telecommunication and dentistry is known as ‘Teledentistry’, which involves switch over the clinical information in remote areas for diagnosis, consultation, health education and treatment planning. The accessibility of dental care at low cost by all people has ton increased by teledentistry. It also has an immense perspective to overcome the disparities in oral healthcare between rural and urban population. Thus the aim behind to review this article is to establish the essential role of Teledentistry in Indian Scenari. The literature for this review obtained from published articles, online manuals and books

A Countdown to Orthognathic Surgery

For patients whose orthodontic problems are so severe that neither growth modification nor camouflage offers a solution, surgery to realign the jaws or reposition dentoalveolar segments is the only possible treatment. Surgery is not a substitute for orthodontics in these patients. Instead, it must be properly coordinated with orthodontics and other dental treatment to achieve good overall results

A Review of Orthodontic Archwires

Today more than hundred years have passed since Dr Edward angle placed his first archwire into a patient’s mouth and orthodontics began. It was during that period many innovations did occur that have been explained in terms of art. As time passed scientifically based orthodontics evolved and we see from that time much new innovation in material science have sum uped with new treatment approach and modalities. However, when we turn around and see the  developments and innovations in the material science, we stand with pride: but the urge to make treatment still more comfortable and less time consuming, have led us to the introduction of a plethora of new orthodontic materials and products that represent significant improvement over their predecessors. This article compiles allarchwire from angle era till recent available newer archwire

Molecular Photovoltaics in Nanoscale Dimension

This review focuses on the intrinsic charge transport in organic photovoltaic (PVC) devices and field-effect transistors (SAM-OFETs) fabricated by vapor phase molecular self-assembly (VP-SAM) method. The dynamics of charge transport are determined and used to clarify a transport mechanism. The 1,4,5,8-naphthalene-tetracarboxylic diphenylimide (NTCDI) SAM devices provide a useful tool to study the fundamentals of polaronic transport at organic surfaces and to discuss the performance of organic photovoltaic devices in nanoscale. Time-resolved photovoltaic studies allow us to separate the charge annihilation kinetics in the conductive NTCDI channel from the overall charge kinetic in a SAM-OFET device. It has been demonstrated that tuning of the type of conductivity in NTCDI SAM-OFET devices is possible by changing Si substrate doping. Our study of the polaron charge transfer in organic materials proposes that a cation-radical exchange (redox) mechanism is the major transport mechanism in the studied SAM-PVC devices. The role and contribution of the transport through delocalized states of redox active surface molecular aggregates of NTCDI are exposed and investigated. This example of technological development is used to highlight the significance of future technological development of nanotechnologies and to appreciate a structure-property paradigm in organic nanostructures

Concerning the Beckmann rearrangement of aryl heteryl ketoxime ions

Grützmacher H-F, Römer C. Concerning the Beckmann rearrangement of aryl heteryl ketoxime ions. Organic Mass Spectrometry. 1982;17(7):318-320.The possible Beckmann rearrangement of aryl heteryl ketoxime ions has been investigated by studies on the 70 eV mass spectra, metastable ion spectra and collision induced dissociation spectra of pairs of isomeric ketoximes and corresponding amides. Aryl cycloalkyl ketoximes were also studied, and the molecular ions of these and the corresponding amides showed no evidence of interconversion. The introduction of the heterocyclic moieties made little change to this situation although some novel rearrangements were observed