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Cover Page IJESM_June_2022......
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Page No.
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Theoretical Prediction and modeling of High Potential Risks to
the Ecosystem Energies on The Earth due to Fierce Heat of the
SunTowardsSustainability standards Of Life
M. Muthuganesh
Abstract:
The various environmental changes that occur whilst the atmospheric
temperature of the earth increases, so that the ecological environment is
affected. Natural destructions like volcanic eruptions, forest fires and the
artificial air pollutants and water pollutants radiating waste water and the
solid wastes from atomic power plants are the causing agents of temperature
hike. The role of Carbon dioxide, carbon monoxide and chlorofluorocarbons
released by industries have been demonstrated by researches proved that the
increasing temperature on the planet Earth. In this context very few
researches are going about the suns radiation energies. Fiercely increasing
Suns temperature for the past centuries afar from the point of industrial
revolution is true. The sun emits the ionizing radiations like alpha, beta,
gamma and Galactic Cosmic Radiations due to its fierce furnace heat energy
of the sun. These ionizing radiations happen every day but frequently it emits
in dangerous ranges to the total environment and severely affects aquatic and
terrestrial ecosystems. Thus results the total energy loss in each systems.
These consequences happen through the electromagnetic fields of the
atmosphere to the aquatic and terrestrial ecosystem. The modest attempt was
made to the predicting the potential impact and severity of ionizing radiation
from the sun. In this context the ecological model for energy losses shows
the risks and endanger of the living things on the whole Earth in future.
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1-5
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TO STUDY THE EFFECT OF RECYCLED POLYETHYLENE ON PHYSICAL
AND RHEOLOGICAL PROPERTIES OF POLYMER MODIFIED BITUMEN
Dr. Lokesh Kumar
Abstract:
The purpose of this research was to investigate the influence that recycled polyethylene
has on the rheological and physical characteristics of polymer-modified bitumen. In order
to investigate the impact that polyethylene content has on bitumen binder, several different
kinds of tests, including rheological, mechanical, thermal, and surface morphological
examinations, were carried out. The rheological characteristics of the composite binder
were investigated with the use of a dynamic shear rheometer. According to the findings of
thermogravimetric analysis, the thermal stability of polyethylene modified binder is
significantly enhanced in comparison to that of unmodified binder. The complex shear
modulus, storage modulus, and loss modulus of the bitumen binder have all been enhanced
as a result of the gradual rise in the polymer contents. The accumulation of polymeric
waste as a result of day-to-day applications of polymer materials like building and
packaging is one of the main contributors to environmental issues, and recycling polymers
is one solution to this problem. Due to the fact that the majority of polymer materials are
derived from oil and gas, the recycling of waste polymeric materials contributes to the
conservation of natural resources. This article discusses the recent developments in the
recycling of polymeric waste from traditional polymers and their systems (blends and
composites), including polyethylene (PE), polypropylene (PP), and polystyrene (PS).
Additionally, the paper introduces the concepts of mechanical and chemical recycling. In
addition, the influence that mechanical recycling has on the attributes of recycled
materials, such as their mechanical, thermal, rheological, and processing properties, is
examined in this work. These properties are highlighted.
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6-15
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TRAINING PROCESS IN HOTEL RAMADA, JAMMU
Pooja Manhas
Abstract:
It's an examining research project created on a literature review and
training programmes at the Ramada Hotel in Jammu. The data
gathered and analysed in this paper will be rummage-sale to examine
the training. of hotel Ramada personnel and deliver vision into the
training process for skill enhancement. The goal of the Ramada Hotel
training study. For all workforces, irrespective of industry, need
training, understandings from other productions might offer
innovative views to the hotel industry. For the study, a questionnaire
was distributed to various employees, as well as an interview with the
employees and HR manager. The sample size for this project is 16
executive personnel employees and the HR manager from Hotel
Ramada. The study period for the research report is 120 days. As a
result, most employees received training, but changes are required in
response to changing circumstances, as the training process has a
significant impact on hotel operations, as training is the significant
part of growth and progress. Although training and development
drive hand in hand, training can be completed by any member of the
team. Through the growth process, staffs will encounter with their
executive to appraisal their positive and negative, as well as ways to
improve their work presentation in direction to cover and to advance
in their present work path.
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16-27
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An Attendance System using face Recognition Through Mathematics
Pramod Joshi
Abstract:
Attendance is a vital aspect of learning in every educational institution. Attendance taking
in every class is a routine activity in institutions and organizations. The traditional ways of
taking attendance by signing papers or calling names in the class are very time-consuming
and doubtful. The management of attendance also leads to an immense problem if
administered manually. In this digital age, there must be a change from these traditional
ways to accelerate and provide time efficiency.
This paper intends to develop an attendance system using Face Recognition AI that can be
used to record attendance from everyone present in an organization. It will use the camera
for capturing the faces of the students individually, recognize them, and update the
database. The Face Geometry Algorithm attributes and machine learning-based methods
will be applied. Extraction and pre-processing of the face region will be performed for
advanced processing. With this algorithm, the system will recognize a person‟s face and
record attendance for making it faster and more efficient. Several mathematical algorithms
will also be used for the development of the system.
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28-34
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