Narula Institute of Technology

About: Narula Institute of Technology is a based out in . It is known for research contribution in the topics: Quantum dot cellular automaton & Cognitive radio. The organization has 288 authors who have published 490 publications receiving 2258 citations. The organization is also known as: NiT.

Power Grid Generation with Tectonic Mechanism Wind Energy Resources

Abstract: The availability of natural non-conventional resources such as wind, water, sunlight, and other renewable sources of energy has been a boon to the human being and the society. If these sources of energy can be utilized in a proper way with energy conservation policy, a pollution-free environment can be achieved to change the world and society. Scientific process implementation of the sources can create an eco-friendly world along with the sustainable source of development. Nature has gifted the numerous numbers of scopes and a wide range of resources such as solar, wind, water, tidal, and geothermal. In this project, the application of wind energy is the prime concern through which the other natural components can be used to drive a more amount of energy for our daily needs and to reduce the harmful consequence as an absorption by the ecosystem. In this era of the advanced technological environment, our modern life has become more advanced in the fields of operating various plant operations and daily life needs too. But sometimes, it really affects our earth and depletes other natural components which can cause the natural disaster or can unbalance the ecosystem. Thus, to overcome the problem, people should be more aware and take a step forward to the planned use of natural energy sources. The project work is mainly concerned about the non-conventional sources of energy and the effective use of it to extract energy through several mechanisms. It also focuses on the distribution and access to groundwater for drinking and irrigation purpose. The idea is to solve some of the problems which are faced by human beings in daily life.

Spectrum Based Prediction for Seismic Activity

Abstract: Based on the retrospective study of seismic activity we have analyzed prospective seismic activity based on results from Continuous Wavelet Transform (CWT) and from studies on The logged data of Very Low Frequency (VLF) transmitted sub-ionospheric signals at 16.4 kHz from Novik, Norway (Lat: 66.97° S; Long: 13.9° E), 19.8 kHz from North West Cape, Australia (Lat: 21.82° S; Long: 114.16o E) and 25 kHz from Petropavlovsk-Kamchatsky, Russia (Lat: 53.15° N; Long:158.92° E,) at Kolkata (Lat: 22.56° N, Long: 88.5° E) are studied throughout the period of April 3, 2013–April 24, 2013, when there happened 18 large earthquakes with M ≥ 5. Here the introduction of other signals which are generated due to the seismic activity (considered as noise) is captured from the spectrum analysis using the method of CWT. In this method, we can watch a yellow region in the spectrum of blue color. Blue color spectrum is for VLF signals without any noise in fair-weather conditions and in this yellow color indicates the introduced noise which may also start to observe few hours (12 h) prior to the event of the earthquake. The identified event may have been the result of a combination of changes in seismicity patterns and the yellow color gives the forecasting of the main event as a signature of the prediction.

Evaluation of Azimuth Angle Profile for Solar Photovoltaic System in Humid Subtropical Climate of Varanasi City

Abstract: This research work focuses on the prognosis of energy exploration opportunity due to geographical coordinates and celestial positioning of Sun at Varanasi city. As per the Koppen classification, the city has its humid subtropical climate with pretty higher temperature and scattered precipitation all over the year. The prime objective of this research work is to predict the solar energy security of a future smart city like Varanasi with its geographical circumstances. Computer program with MATLAB coding is used for mathematical computation of solar azimuth angle profile assessment of Varanasi city. The mathematical computation of azimuth angle profile relates to the mathematical expression of altitude angle, longitude angle and angular measurement of Sun position. The summary of experimental results shows significant variation of azimuth angle profile corresponding to different seasons of the year of the city.

Resonance States of Hadronic Three-Body Ions: Stabilization Method

Abstract: Bound and resonance states of symmetric three-body exotic \(pXX\) negative atomic ions \((X=\mu^{-}, \pi^{-}, K^{-})\) as well as exotic \(ppX\) positive molecular ions for total angular momentum \(J=0\), are studied in details under the framework of Stabilization method. The resonance states under consideration lie below \(N=2\) ionization threshold of the corresponding \(pX\) atom. The wave-function is expanded in correlated multi-exponent Hylleraas type basis set for explicit incorporation of \(p\)-\(p\), \(\mu\)-\(\mu\), \(\pi\)-\(\pi\) or \(K\)-\(K\) correlations. The methodology has been tested by estimating the parameters of the resonance states of \((p\mu\mu)^{-}\), \((pp\mu)^{+}\), \((p\pi\pi)^{-}\) and \((pp\pi)^{+}\) and comparing with the results existing in the literature. The interparticle interactions for all the systems under consideration are purely Coulombic.