Volume 11 | Issue 4 |

 Abstract

Homo Sapiens are not aliens to planet earth. Scientific discourse directly underlines the evolutionary nature of life on earth, and religion and culture covertly allude to the concept. Relegated to the realms of fantasy and sci-fi, literature right from the form of myth and folklore populate the stories with character concepts born out of the association of human beings and animals on earth: many a character is delineated as a human-animal hybrid in all literature of all ages. The harry potter series as a fantasy work had readily offered scope for such hybrids and J. K. Rowling has diligently and comprehensively embarked on an endeavour to create a host of such hybrids to embellish her story. Any literary study to analyse the underlying nature of human-animal hybrids in the series and their role in the construction of the dialogue by the author can throw light on the value of the work as a socially conscious piece of juvenile literature. This paper aims at exploring the nature and role of human-animal hybrids, Werewolves and Animagi, who populate the Harry Potter series.

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 Keywords

Juvenile Literature, Hybridity, Non-human,

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: The increasing penetration of solar power into the electricity grid has raised concerns about power quality issues. Solar power is a variable and intermittent source of energy, and its integration into the grid can cause voltage fluctuations, harmonics, and other power quality problems. To address these issues, the use of Static Synchronous Compensator (STATCOM) has emerged as a viable solution. This research paper presents an in-depth analysis of power quality issues in grid-integrated solar power systems and the role of STATCOM in mitigating these issues. The paper reviews relevant literature on solar power integration, power quality issues, and the application of STATCOM in solar power systems. The paper also discusses the operating principle of STATCOM, its advantages, and its limitations. Furthermore, the paper presents case studies and simulation results to illustrate the effectiveness of STATCOM in improving power quality in grid-integrated solar power systems. The findings of this research provide valuable insights into the challenges and solutions related to power quality issues in grid-integrated solar power systems using STATCOM.

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 Keywords

Power quality, solar power, grid integration, STATCOM, voltage fluctuations, harmonics

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

3D printing is having various applications in healthcare, aerospace industry, building, electricity, architecture, medicine, food, textile, automotive industry, and many other areas. 3D printing technology is a relatively new, rapidly growing method involved in producing healthcare products. The first instance of the coronavirus illness (COVID-19) was discovered in Wuhan, China, in December 2019. On March 12, 2020, the World Health Organization proclaimed COVID-19 as a pandemic. The new coronavirus triggered a pandemic with high mortality and morbidity, posing problems for both patients and healthcare staff. The healthcare system is waging a struggle to boost bed capacity, supplies, and skilled staff. To alleviate the lack of critically needed medical supplies, crisis-response initiatives are underway. The need, particularly for personal protective equipment (PPE) and medical supplies has been tremendous during the COVID-19 epidemic. The traditional manufacturing of medical equipment has been contested by rising aggregate demand, and the necessity for low-cost, easy, and quick production is greater than ever. Producers have turned to 3D printing to close the gap and increase the production of medical devices. To accommodate 3D printing, several previously produced designs have been modified and redesigned. It is pointed out in this review that three-dimensional printing might help the entire world deal with current and upcoming issues.

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 Keywords

3D printing, healthcare, COVID-19, personal protective equipment, Medical devices

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A significant area of mathematics called graph theory is used in fields including computer science, engineering, and the social sciences. In this paper, the topic of graphs and circuits is explored, with a focus on the characteristics and applications of graphs and circuits in various fields. The paper begins by describing the fundamental ideas behind graphs and circuits before going over some of these ideas' most significant characteristics and uses. They include Hamiltonian circuits, Euler's formula, and planarity. Finally, the paper discusses some of the current and future research directions in this field.

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 Keywords

Graphs, circuits, planarity, Euler's formula, Hamiltonian circuits, Network Circuit

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Stabilization of Black Cotton (BC) soils have been in recently attracted many researchers. Soil stabilisation is necessary when the available soil for construction projects, such as black cotton soil, is not adequate for the intended application. In order to improve the strength and stability of a certain soil mass as well as other engineering and physical features, a process known as soil stabilisation is performed. For the purpose of a foundation, the soil must be solid and sturdy. However, the expansive nature of some soils, particularly black cotton soil, causes issues. cotton in black Montmorillonite is present in large concentrations in black cotton soil. Which is the cause of the expansiveness. These properties result in sudden soil cracks. When atmospheric conditions change, using this kind of land could seriously injure the building. Expansive soil is one of the major soil deposits in India they exhibit high swelling and shrinkage when exposed to changes in moisture content and hence have been found to be most troublesome from engineering considerations. So there is a need to stabilizethese soils when they are used for construction. In this regard, the expansive soil properties are found out. To this soil, as a first consideration, stabilized with copper slag adding at an interval of 5% reaching up to 30%. In second consideration, fly-ash is selected as a stabilizing agent to stabilize the expansive soil at an interval of 2%, 4% reaching up to 6%. In the last consideration, sample of expansive soil with 30% copper slag is taken to be stabilized with fly-ash at an interval of 5%, 10% and 15%. finally regression analysis for these test results is carried out.

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Black Cotton Soil, Copper Slag, Fly Ash...

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 Abstract

In current scenario recently we all have facing a pandemic which affect our life drastically.but from a long time we are facing many infectious disease which are threat human life at global lavel.various research and efforts have been done for overcome these infectious disease but after some time new drugs became in effective due to developing resistance power in concern micro organism. Quinoline is a very popular and most versatile chemical substance which works on number of disease and use a thereputic agents since long time. New researches shows that many new derivatives of Quinoline work surprisingly on some very mortal disease. Here we study detailed structure of varios quinoline derivatives which used in cure of many infectious disease.also get information of various activity exhibit by quinoline and their derivatives.new research and development in medicinal field prove that quinoline has numerous potential for working on varios disease like cancer,malaria,micribacterial disease,analgesic ,inflammatory,cardiovascular disfunction,bacterial infection,fungal infection,viral infection,protozoal infection,hypoglycaemic activity,reproductive system etc.so this is necessary to study this hetrocyclic compound for developing number of new very effective versatile drugs.

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hetrocyclic compounds

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Creative Commons Attribution 4.0 and The Open Definition

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The intention behind this project is to create a wearable consumer friendly health Monitor system. The project enables multiple uses. GSR, heart sensor, EEG, skin temperatures data is taken and processed to give specific output. Electro dermal activity is the skin's response caused by environmental trigger or mental stress. It is measured by GSR sensor (galvanic skin response). Skin temperature and heart beat rate is also measured. Brain activity is measured by EEG. The data is also send to smartphone using internet via esp8266. The microcontroller used here is atmega328p. RTC module can also be used here to give store time data. This ensures the correct sleep cycle of the user.

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Health monitor device

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Creative Commons Attribution 4.0 and The Open Definition

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Boundedness refers to the property of a mathematical object or function that is limited within a certain range or set of values. This concept is fundamental in many areas of mathematics, including calculus, analysis, and topology, as well as in other fields like physics, engineering, and economics. It allows mathematicians to study the behavior of mathematical objects and systems under various conditions and constraints, and to make predictions about their properties and behavior. Understanding boundedness is crucial for solving many mathematical problems and for developing new mathematical theories and models. Boundedness is often used to describe the behavior of a system or function, and it plays an important role in determining the convergence or divergence of a sequence or series. In general, boundedness provides a useful way to understand and analyze mathematical objects and their properties, and it has numerous applications in both theoretical and practical contexts. In analysis, for example, a function is said to be bounded if its values are confined within a finite range, while a sequence is bounded if its terms do not diverge to infinity. In topology, a set is bounded if it is contained within a finite radius, and in algebra, a group is said to be bounded if all its elements are confined within a finite range. Understanding boundedness is essential for many areas of mathematics, and is a key concept in the development of rigorous mathematical proofs and theorems.

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Boundedness, bounded above, bounded below, lower bound, upper bound, infimum, supremum, locally bounded and uniformly bounded

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The present study focuses on the investigation of school climate among government and private secondary schools within Lawngtlai town, School climate is the heart and soul of every institution and hence play a crucial role in providing a safe and secure environment for the learner. For the current study, a sample of 200 students i.e., 100 each from private and government secondary school is taken using random sampling method and School Climate Scale developed by Dr. Shivendra Pratap Singh is utilized to determine the perception of school climate among the learner. The result shows that school climate perception among private higher secondary school is much higher than that of government secondary schools in Lawngtlai town.

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 Keywords

School climate, perception, government, private, Lawngtlai town

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Creative Commons Attribution 4.0 and The Open Definition

 Abstract

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Creative Commons Attribution 4.0 and The Open Definition

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Electric two-wheelers, Consumer awareness, Environment, global warming, Government policies

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Creative Commons Attribution 4.0 and The Open Definition