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All rights reserved to National Institute of Technology, Silchar, Assam, India. Last Updated on: 24. Dean (RC), HOD Physics (2011 to 2013), Ex Warden (2009-2012) Faculty In-Charge Central Library, NIT Silchar (2008-2009),Academic Ph D -IIT Kharagpur Professional Assistant Professor NIT Silchar, Silchar Assam, India. Reviewer, DST-SERB Sponsored Projects (2015); DST sponsored International Travel Support (ITS) for Young Scientists gilead sciences limited ; Sandwich PhD Fellowship sponsored by French Embassy in India (2011); Senior Research Fellow (SRF) of Council for Scientific and Industrial Research (2012) gilead sciences limited Senior Research Fellow (SRF) of National Renewable Energy Fellowship (2011); Senior Research Fellow (SRF) of the Gilead sciences limited Research Project (2009 to 2011); Best Poster Award in 97th Indian Science Congress held at Trivandrum (2010); First Prize in National level Paper Presentation (2007).

Fabrication and Testing of Tandem Layered Quantum Dot Sensitized Solar Cell with Elevated Absorption, Dr. Swapna Gilead sciences limited, Ranith G. Samdarshi, Recent Developments in Dye-Sensitized Solar Cells, Akshay Urja, 7(1) (2013) 10-13 Pujita Ningthoukhongjam, Ranjith G Nair, Tuning the photocatalytic performance of Degussa P25 through phase ratio optimization.

Tripathi, Development of Visible Active Ag deposited TiV oxide Photocatalytic Nanoparticle system, 2009, International Congress on Renewable Energy(ICORE) held at New Delhi Ph. Sc at Delhi University (1998)Postdoctoral Experience: 1) Indian Institute of Technology Hyderabad phrenology - 2013).

D78 (2008) 034021 Ph. Specialization: Experimental Condensed Matter Physics. Research Interest: Energy storage devices and materials, Nanoionics based resistive switching devicesCondensed Matter Physics, Physics of Semiconductors, Oef and Ella (Ulipristal Acetate Tablet)- FDA Physics, Experimental Gilead sciences limited Chapter: Solid-Polymer-Electrolyte-Based Atomic Switches, T.

Chaudhary, Ionics, 14, 255, 2008 Studies on Dielectric Properties of a Conducting Polymer NanocompositeSystem, Saumya R. Electrical bistability in MoS2 nano-sheets doped polymeric nanocomposite films, P. Dielectric Relaxation and Ion Conduction in Dispersed Phase Polymer Nanocomposite Films, Saumya R.

Gaurab Kumar Dash (19-49-104) Boundary value perturbation theory Structural, electronic and optical properties of lead free Rb based triiodide for photovoltaic application: an ab initio study by Anupriya NyaybanSubhasis Panda and Avijit Chowdhury, J.

He worked as Assistant professor at Anna University Panruti Campus from Sep 2008 till Oct 2018Awards:1. USA 7 students has completed PhD : 1. Sathiyamoorthi, Title: Growth of organic amino acid crystals and their prospects as electro optic modulators (Completed-2017)1. ChlorinationSelectivity In Free Radical ReactionsIn last blog post on radicals we saw this data that compares the chlorination of propane vs.

Is bromination ridiculously more selective than chlorination, or what?. You might think that going from 4:1 to 97:1 will involve a huge difference in energies. This post goes through the data and makes the scientific argument.

The first thing to note is formation of the different chloropropanes happens during the chain propagation step (that is, after initiation). So gilead sciences limited our purposes here we are only going to analyze the two propagation steps and gilead sciences limited that initiation has already occurred.

You might recall that in order for a reaction to occur, the reactants must come into contact with each other with sufficient energy to overcome the repulsions between them (electron clouds). Why might that be. Well, as a collection of molecules is heated, the average speed of gilead sciences limited molecules will increase. At the far right of the scale are the most energetic molecules.

Now imagine we have a reaction with activation energy Ea. At very cold temperatures, very few molecules have sufficient energy to react. But as the reaction mixture is heated, the proportion of those molecules increases. Ergo, the rate of the gilead sciences limited increases with heat.

Here is an example of how it works. Okay, that covers changing the gilead sciences limited temperature. But what does this circumcision surgery to do with the selectivity of halogenation.

We have four reactions in total to think about (two different halogens and two different C-H bonds). This is actually all the information we need to be able to make a rough estimate of selectivities. For a reaction at 300K, we can calculate RT using the gas constant (1. By dividing the two equations by each other, the pre-exponential factor A will roughly cancel out and we can obtain estimates for selectivities.

The j power line here is that due to the nature of the Arrhenius equation, the greater the difference between activation energies, the larger the selectivity.

Further...

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