| Dhaundiyal, Pankaj. | Model between mind share branding factors and trustworthiness / | Patent | Academic Model Building ( Management ) |
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Type:Patent Subject:Academic Model Building ( Management ) |
Description:Patent Number: 202111055024, Applicant: Dr.Vikas Singla.
The importance of Mindshare branding (MB) strategy in building long-term and sustainable psychological links with consumers had been sufficiently highlighted in literature. However, very few research attempted to provide a structured tool for its measurement. This study proposed a 13-point four-factor multidimensional scale which could be used to measure MB formally. Dimensions measuring MB were derived from literature and then examined on different brands in order to achieve a reliable and valid scale. [show more]
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| Dawar, Gaurav. | Model between viral branding factors and trustworthiness / | Patent | Academic Model Building ( Management ) |
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Type:Patent Subject:Academic Model Building ( Management ) |
Description:Patent Number: 202211039578, Applicant: Dr. Vikas Singla.
The importance of Viral branding (VB) strategy in building long-term and sustainable psychological links with consumers had been sufficiently highlighted in literature. However, very few research attempted to provide a structured tool for its measurement. This study proposed a 13- point four-factor multidimensional scale which could be used to measure VB formally. Dimensions measuring VB were derived from literature and then examined on different brands in order to achieve a reliable and valid scale. [show more]
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| Thomas, Benny. | Model of ICT based blended education system: Productive implementation for sector skills development / | Patent | Computer Science |
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Type:Patent Subject:Computer Science |
Description:Patent Number: 202141055854, Applicant: Suplab Podder.
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| Samanta, Debabrata. | Model of ICT based blended education system: Productive implementation for sector skills development / | Patent | Computer Science |
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Type:Patent Subject:Computer Science |
Description:Patent Number: 202141055854, Applicant: Suplab Podder.
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| R, Ravikumar. | Modeling, optimizing and diagnosis of chiller systems using machine learning / | Patent | Computer Science |
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Type:Patent Subject:Computer Science |
Description:Patent Number: 202141035122, Applicant: Dr B S Praveen Kumar.
Modeling, Optimizing and diagnosis of Chiller Systems using Machine Learning The invention aims to create an energy use model for a chiller in heating, ventilation, and air conditioning system using the artificial neural network learning method. Input layers that included several input variables, quantity (percentage) of training data and number of neurons were measured for accuracy by the suggested chiller energy consumption model. [show more]
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| Margaret, Vijaya - 1247105 | Models for load forecasting and demand response / | PhD | Electrical & Electronics Engineering |
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Type:PhD Subject:Electrical & Electronics Engineering |
Description:Increasing pressure on the utilities to accommodate energy efficiency, load management and progress in advanced technology has led to transformations of existing grids into smarter grids. With the development of Smart Grid Technology and the integration of smart meters it is possible to control the equipment installed at the consumer site. Creating awareness among the end users to participate in load management programs instead of capacity addition is the best solution for maintaining the stability in the grid. Utilities can also encourage consumer participation in load control activities. They can ensure that power is given to a consumer during his priority time. For this, loads have to be categorized, prioritized and then considered for load shedding so that revenue loss and social impacts of load shedding are minimized. It would be beneficial if a consumer's load is not completely shed during load shedding. Amount of power that is shed from a consumer can be limited and consumers can be allowed to adjust their loads based on the availability of power and get incentives from the utilities for their change in load pattern. Consumers are also benefited with the reduced energy charges on the consumed energy during these periods. [show more]
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| Sinha, Mudita. | Models of cuber security and data privacy analysis for Indian consumer's e-commerce decision making / | Patent | Communication |
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Type:Patent Subject:Communication |
Description:Patent Number: 202211043969, Applicant: Priyanka Kaushik.
Even though it is clear that e-commerce meets the requirements of customers, businesses and the clients they serve continue to be susceptible to cyberattacks, which may already be in progress against them. In this study, a comprehension of the antecedent elements that generate concerns among Indian consumers while using ecommerce websites is presented. It seeks to quantify the perceived hazards and data privacy issues that influence an individual's approach to making a risk-informed purchasing decision. The sake of this investigation, a quantitative method of approach has been used. [show more]
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| Harold Andrew Patrick and Vinayak Anil Bhat | Moderating influence of critical psychological states on work engagement and personal outcomes in the telecom sector / | Journal Article | Management |
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Type:Journal Article Subject:Management |
Description:Sage Journals, Vol.4, Issue 2, pp.584-592.
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| Anila Rose Cherian - 1940077 | Modification of carbon based electrodes as robust scaffolds for electrochemical sensing of vitamins and hormones | PhD | Chemistry |
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Type:PhD Subject:Chemistry |
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| Anjana Baby - 1981404 | Modified carbon based composites and their electrochemical studies / |
PhD | Chemistry |
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Type:
PhD Subject:Chemistry |
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| Rison, Sherin. - 1840079 | Modified carbon based electrodes for electrochemical sensing of biomolecules / | PhD | Chemistry |
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Type:PhD Subject:Chemistry |
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| Mathew, Agnus T. - 1881402 | Modified carbon substrates for electrocatalytic oxidation of selected heterocyclic carbinols / | PhD | Chemistry |
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Type:PhD Subject:Chemistry |
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| Modified Ceria as a Substitute for Sulfuric Acid in the Liquid Phase Nitration of Toluene | | Chemistry |
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Subject:Chemistry |
Description:Reaction, Kinetics, Mechanisms and Catalysis, ISSN NO. 1878-5204
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| Shruthi Rajasekaran - 1981402 | Modified metal organic frameworks for electrocatalytic water splitting and energy storage applications /
| PhD | Chemistry |
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Type:PhD Subject:Chemistry |
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| J, Meghana - 1881511 | Modulated Rayleigh-benard ferroconvection in couple stress fluid | PhD | Mathematics |
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Type:PhD Subject:Mathematics |
Description:Ferromagnetic fluid with couple-stress confined between two stress-free, isothermal horizontal plates is considered in this study. The effect of different types of modulation on Rayleigh-Bénard convection in a ferromagnetic fluid with couple-stress is examined by considering sinusoidal (sine) and non-sinusoidal (square, triangular, and sawtooth) wave type of modulation. Rayleigh-Bénard convection in a ferromagnetic fluid with couple-stress subjected to gravity, rotation, temperature, and internal heat modulation is discussed by performing linear and non-linear analyses. The effect of various parameters on the onset of convection and heat transport is studied. The ferromagnetic parameters hasten the convection onset and enhance the heat transfer under various modulations. The results of a Newtonian fluid, ferromagnetic fluid, and couple-stress fluid are obtained as the limiting cases of this study. [show more]
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| Varghese, Anitha. | Molecularly imprinted conducting polymer based electrochemical sensor for 4-hexylresorcinal in shrimps / | Patent | Physics |
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Type:Patent Subject:Physics |
Description:"Patent Number: 202141044123, Applicant: George Ashlay.
The invention discloses the fabrication of an electrochemical sensor using a molecularly imprinted conducting polymer, which is an extraordinarily proficient and practical electrochemical sensor for quantitative detection of 4-hexylresorcinol (4-HR) in shrimps. 2-aminothiazole (AT) was electropolymerized on the surface of a carbon fibre paper electrode (CFP) in the presence of 4-HR imprinted polymer sheets. To provide precise imprinting sites and control the release of 4-hexylresorcinol templates, bulk-electrolysis was employed. [show more]
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| Arul Prabaharan Gaspar and L. T. Om Prakash | MOOCs: A disruptive teaching-learning process in interdisciplinary boundaries / | Journal Article | English Language |
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Type:Journal Article Subject:English Language |
Description:International Journal of Language & linguistics, Vol.1, Issue 2, pp.54-61, ISSN No: 2374-8869.
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| Kim Doo Jong - 1640070 | Moral identity moral emotions and maladaptive personality traits among adolescents in south korea | PhD | Social Work |
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Type:PhD Subject:Social Work |
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| Sreeharan Sreelakshmi | Morphological Characterization of Selected
Aliphatic and Aromatic Hydrocarbons.
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Description:In the last few years considerable interest has been aroused in the study of amorphous carbon. Amorphous carbon has a wide range of properties that are primarily controlled by the different bond hybridizations possible in such materials. This gives different properties like high strength, flexibility etc. Due to these properties, they are used in thin film technology and in nanoscale electronic devices. Films can range from those with high transparency and are hard and diamond-like, through to those which are opaque, soft and graphitic-like. Application areas include field emission cathodes, electronic devices, medical and optical coatings. Hence study of different carbon structures has been of great interest for many researchers. Several techniques have been used to study various sources of carbon.
Hydrocarbons are the most abundant sources of carbon. The majority of hydrocarbons found, naturally occur in crude oil and the decomposition of these give hydrogen and carbon. Incomplete combustion of hydrocarbons leads to the production of polycyclic aromatic hydrocarbons. Hydrocarbon combustion therefore mainly have aromatic and aliphatic chains of carbon. Hydrocarbons are by far the most widespread precursors among carbon sources employed in the production of carbon nanotubes and carbon nanosphers. In the present study diesel soot, camphor soot and coal has been used as precursors for nanomaterials.
Impurities in the samples can reduce efficiency of production. Mineral matter encompasses dissolved salts in the pore water and inorganic elements associated with the organic compounds, as well as crystalline and non-crystalline mineral particles. Quantitative analysis of minerals and other inorganics contributes to defining coal quality. Therefore a study on effects of bio and base leaching on coal samples are also done.
XRD is one of the majorly used techniques to deduct the various structural parameters like interlayer spacing of crystalline (d002) structure, crystallites size (La, Lc), aromaticity (fa), number of layers of carbon atoms per aromatic lamellae(n). According to Scherrer, crystallite size varies inversely with peak width. Therefore it is a known fact that a broad hump in the spectrum indicates the presence of nano layers. These parameters are determined from the intensity profiles of the sample hydrocarbons. Also the structure of the hydrocarbon can be characterized using NMR and SEM EDS. 1H NMR spectra can yield structural information that allows classification of complex mixtures containing hundreds of aromatic, naphthenic, paraffinic, olefinic, and isoparaffinic compounds. SEM/EDS techniques allow both inorganic analysis of bulk materials and determination of chemistry and abundance of microscopic constituents. SEM analysis also gives us the size of nano particles formed in the sample. EDS allows one to identify what those particular elements are and their relative proportions. CHNS analysis gives the elemental composition of the samples.
The study shows that the carbonaceous soot produced from combustion of diesel in engine show the presence of significant amount of carbon nanomaterials. The SEM micrographs indicate that nanoparticle present in diesel soot is clusters of carbon nanospheres. EDS analysis reveals the soot particles to be composed of primarily carbon and oxygen along with hydrogen. NMR spectrum of the soot reveals significant aliphatic component with predominance of methyl and methylene groups on ?and ?? positions to aromatic rings. Camphor soot XRD analysis shows presence of ordered layers of nanolayers and laso the presence of CNTs. The SEM micrographs of camphor show the presence of carbon nanostructures. The EDS analysis shows more of carbon and oxygen along with aluminium, silicon and potassium. Study of coal samples treated with biological leaching agents reveals that Penicillium spp (PE) treated sample is having more of a graphitic or ordered structure and the d002 spacing of this sample is 3.37 ?? which is close to graphite. XRD data of coal sample treated with base leaching agents confirms the turbostratic structure of coal. The SEM micrographs of the samples show that KN has more graphite like sheet structures.
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| K, Preethi - 1145202 | Morphology of interstellar medium using multi-wavelength observations | PhD | Physics |
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Type:PhD Subject:Physics |
Description:The interstellar medium (ISM) is the matter that exists between the stars in a galactic system. The structure and composition of a galaxy can be understood by a study of the ISM. Our Galaxy is the only place where the observations of the ISM can be resolved and studied in great detail. There are various archived observations from space-based and ground-based telescopes spanning a large region of the electromagnetic spectrum. Combining these different observations with one another will help to study the ISM on a large scale. [show more]
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