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Citation Analysis Of Doctoral Theses Of Physics: A Bibliometrics Study, Mithu Anjali Gayan, Sanjay Kumar Singh

Library Philosophy and Practice (e-journal)

Citation analysis is one of the thrust areas of research in Library and Information Science. It provides very useful insights to librarians and policy makers in terms of which sources to be purchased and what to be replaced. The current study was carried out to understand different characteristics of Physics as a discipline by analysing the citations appended at the end of Doctoral theses of Physics, Tripura University. A total 5640 citations were analysed from 18 theses during the 10 years period of 2007 to 2016. Bradford’s law of scattering of periodical was tested as it did not fit in …

Usage Summary Of Institute Of Physics Publishing E-Journals From Jan 2015 To May 2018: A Study Of Dr. Bhim Rao Ambedkar Library, Guru Jambheshwar University Of Science &Technology Hisar-125 001, Haryana - India, Narender Kumar, Rupesh Gaur, Jasbir Singh

Library Philosophy and Practice (e-journal)

Abstract

Purpose- Since inception e-journals have proved mile stone in the history of the research and academics. Undoubtedly, after emerging e-resources the research activities got new pace and new dimension particularly in higher educational institutions especially since last two decades. No issue of physical distance with e-journals as these may be accessible from any corner of the world without doing physical efforts even available in abundance on single platform and access with single click. Moreover, anyone can download the same, store and keep safe for existing and budding scholars without occupying the physical space. In addition, in fraction of seconds, …

Ordered Growth Of Ferroelectric Diisopropylammonium-Bromide Microcrystals Through Slotted-Jar Growth And Lithographically Controlled Wetting, Andrew J. Fanning

Honors Theses

Organic molecular ferroelectrics show promise for industry applications because of their switchable high spontaneous polarization value, mechanical flexibility, and cost-effectiveness. Since these materials, namely diisopropylammonium bromide, exhibit ferroelectricity only in tandem with a high level of crystallinity, novel methods must be explored in order to ensure that high levels of crystallinity are achieved. This project seeked to perfect the methods of Slotted Jar Growth and Lithographically Controlled Wetting (LCW). Slotted Jar Growth uses temperature driven solution saturation to grow crystals on a desired substrate. LCW drives the growth of microscopic diisopropylammonium bromide crystals, in their ferroelectric phase, through the use …