Which silicon structure makes the most effective solar cell?
This research paper aims at examining which silicon structure would make the best solar cell. Three different structures were used - polycrystalline, monocrystalline, and amorphous. By using different colored filters with different wavelengths, the wavelength of the incident light was altered. The current and voltage that were generated by the monocrystalline solar cell were measured for different incident light wavelengths. This was then repeated for the other 2 structures of solar cells. The analysis of the obtained data resulted in the following conclusions: 1. There is perhaps a large bandgap in the amorphous cell, as its output varies with frequency. 2. There is perhaps a small bandgap in polycrystalline cells, as at lower wavelengths, its output varies with frequency; at higher wavelengths, its output varies with intensity. 3. There is a medium-sized bandgap in monocrystalline cells. The output of the monocrystalline cell varies between the outputs of the other 2 cells. At higher wavelengths, the output varies to a certain extent with intensity; at lower wavelengths, the output varies to a certain extent with frequency. As a result, their conclusions were used in order to answer the research question that stated, “Which silicon structure makes the most effective solar cell?” There is no ideal structure for a solar cell; each structure’s effectiveness is determined by its usage. The amorphous cell is not expensive, and there is little variation in its output with a change in intensity. However, it produces relatively less power. As a result, it is highly effective for smaller-scale usages such as in watches or calculators, in environments that have low intensity. The polycrystalline cell output mainly varies with intensity, which thereby makes it useful for outdoor usages such as in deserts. At low wavelengths, it shows variation with a change in frequency, which thereby makes it useful for times such as dawn and dusk when there is bluish light. Since its production of power is much greater, it is highly suitable for larger-scale productions of energy. The monocrystalline cell has an output that is greater than the amorphous cell, but not high enough to account for its expensive cost. It is applicable on a smaller scale, such as in processor chips.
Published by: Krish Waghani
Author: Krish Waghani
Paper ID: V8I5-1191
Paper Status: published
Published: October 22, 2022
Wilful defaulters and the Indian banking sector: A study
In this research paper, we analyze the increasing number of wilful defaulters in India and how certain shortcomings of the banking system contribute to this. Recently, the rising incidence of NPAs has generally caused the performance of the banking sector to decline. The paper encompasses past defaults that have occurred and how they have impacted the Indian financial sector. It is important to acknowledge how a well-structured banking sector contributes to the development of a country. We have made use of secondary data from various sources to support our assumption about the increase of wilful defaulters.
Published by: Kashvi Chaudhary
Author: Kashvi Chaudhary
Paper ID: V8I5-1182
Paper Status: published
Published: October 20, 2022
Effect of integrated nutrients management on growth and yield of wheat
A present field experiment was conducted in the Agricultural Science Research Area, Prabhu Dayal Memorial University, between 2020-21 and 2021-22 for the study. For the study of the Effect of integrated nutrients management on growth, yield characteristics, and yield of wheat. The experiment was done in a randomized block design with three replications and ten treatments. T1. Control, T2.100% RDN (recommended dose Nitrogen) +25% N by FYM, T3.100% RDN+25% N by vermicompost, T4.75% RDN+25% N by FYM, T5.75% RDN+ 25% N by vermicompost, T6.50% RDN+50% N by FYM, T7. By 50% RDN+50% N FYM by vermicompost, T8.25% RDN+75% N by vermicompost and T10. 100% RD. The highest yielding traits and wheat yield were produced with 100 percent of the recommended dose of Nitrogen (RDN) and +25 percent nitrogen by vermicompost in two consecutive years, but it did not differ By FYM using the recommended dose of 100 percent nitrogen (RDN)+25 percent nitrogen significantly and a treatment that applied 100 percent of the recommended dose of nitrogen. Pooled on a two-year basis data, T3 produced 94.96 percent more effective tillers, 34.14 percent longer spike length, 25.47 percent longer test weight, 165.21 percent higher grain yield, and 157.13 percent higher straw yield in wheat over control.
Published by: Suresh Babu Chittimothu
Author: Suresh Babu Chittimothu
Paper ID: V8I5-1188
Paper Status: published
Published: October 20, 2022
Applications of Operations Research in Sports
The goal of the research paper is to identify various operations research techniques that are used in the sports industry to help with match schedules, player performance evaluation for team selection, and the development of a team formation that is effective for winning in sports like football, basketball, and cricket. It also demonstrates how certain tactics can assist us in developing stronger game plans for sports like tennis, badminton, boxing, and swimming. Finally, the techniques employed in the research paper have aided sports managers, coaches, and players in using an appropriate tool to resolve a number of issues in the sports sector.
Published by: Viraaj Verma, Harshil Chhajer, Nidhie Lohia, Ruheen Nagpal, Rachit Jain
Author: Viraaj Verma
Paper ID: V8I5-1185
Paper Status: published
Published: October 19, 2022
DDoS Detection in Internet of Medical Things through Ensemble Learning with Clustering
A direct or indirect means of attack modes have been found in the literature and the various types of attacks and their unique features have been extensively studied from the literature. Since the proposed evaluation is based on 119 evolutionary algorithms, the features of the attacks are extremely important to make the system learn and hence self-adapt to varying input attack patterns thus making the system to be intelligent. The last part of this chapter brings out the various defense and attack response mechanisms that have been developed in recent times and the merits and loopholes in existing system have been recorded. The literature survey has been extremely useful in proposing constraint featured defense mechanisms for the incoming DDoS attacks.
Published by: Reena Devi, Avni Sharma
Author: Reena Devi
Paper ID: V8I5-1180
Paper Status: published
Published: October 12, 2022
Corporate Governance – An Indian Perspective
Balance between the interests of the various stakeholders in a corporation is essentially what corporate governance is all about. They include the government, the community, the shareholders, the management, the customers, the suppliers, and the financiers. Additionally, it creates the framework for a company's goals to be met and covers almost every aspect of management, from action plans and internal controls to performance evaluation and corporate disclosures. The need for an efficient and transparent corporate governance system has grown as a result of high-profile corporate governance failure scams, such as the stock market scam, the UTI scam, the Ketan Parikh scam, and the Satyam scam, which was sharply criticized by the shareholders. These scams have a significant impact on the nation's development.
Published by: Vanshika Agrawal
Author: Vanshika Agrawal
Paper ID: V8I5-1176
Paper Status: published
Published: October 6, 2022
