International Journal of New Media Studies: International Peer Reviewed Scholarly Indexed Journal

Effect of Lord Shiva's Maha Mrityunjaya Mantra on Health and Mental Strength

2025-07-10T06:51:48+00:00

District Varanasi ,U.P., India is an ancient city also called Baba Kashi Vishwanath ki nagri. In Baba ki nagri some cases are observed which create interest for the present study for example in some medical cases if someone goes into a critical condition of health which affects his / her life and mental strength .The concerned person worships lord Shiva and chants with his maha mrityunjaya mantra for better results. They strongly believe in worship of lord Shiva and his maha mrityunjaya mantra. They are confident in Baba Vishwanath and believe his blessings with us therefore everything becomes positive and good . As a result it is observed the concerned person recovers from critical conditions of his / her health and enjoys a further life full of happiness.

Computational Analysis of Fuel Cells Using ANSYS Fluent: A Study of Temperature Distribution, Pressure Drop, and Permeability

2025-07-25T08:14:13+00:00

This study presents a comprehensive computational analysis of Proton Exchange Membrane Fuel Cells (PEMFCs) using ANSYS Fluent, focusing on critical operational parameters including temperature distribution, pressure drop, and permeability within the cell components. Fuel cells are emerging as a promising clean energy technology, and optimizing their internal processes is essential for enhancing performance and durability. A 3D model of a single-channel PEMFC was developed and simulated under steady-state conditions using a pressure-based solver in Fluent. The simulations incorporated electrochemical reactions, species transport, heat generation, and fluid dynamics to replicate real operating conditions. Temperature contour plots revealed non-uniform heat distribution, with hot spots forming near the cathode side due to the exothermic nature of the oxygen reduction reaction. Pressure distribution analysis showed a linear drop along the flow channels, influencing reactions and membrane hydration. Furthermore, a parametric study on gas diffusion layer (GDL) permeability demonstrated its significant impact on flow uniformity and reactant accessibility. These findings underscore the importance of integrated thermal-fluid analysis in fuel cell design.

Review Study on Shukrakshaya WSR to Male Infertility

2025-08-08T11:58:55+00:00

ABSTRACT
Regeneration is an important aspect of human life
Shukra (Sperm) plays an important role in this
process. Any disruption in this process leads to male
infertility. Nowadays male infertility is big problem of
our society, in general population prevalence of
infertility is 15-20 % and of this the male factor is
responsible for 20-40%. Unhealthy life style and work
modalities plays an important role in this disruption.
Shukra Kshaya is a condition which involved both the
qualitative and quantitative vitiation of Shukra
dhatu. Shukra kshaya can be correlated with any one
of the conditions explained in modern aspect, all of
them are associated with defects either quantitatively
or qualitatively.

Class IV Rigging: A Sustainable and Secure Approach to 5G Telecom Infrastructure Modernization

2025-08-11T05:23:04+00:00

Both economic competitiveness and national security
depend on the robustness and sustainability of the
telecommunications infrastructure. Regulations like
the National Environmental Policy Act (NEPA) and
the National Historic Preservation Act (NHPA),
which frequently call for thorough environmental and
historic reviews, cause delays in the upgrade of aging
telecom towers for 5G networks. This results in
longer timelines and higher costs for operators. By
lowering deployment times and environmental
impact, Class IV rigging—a crane-free retrofitting
technique outlined in TIA-222-H standards—
simplifies upgrades (FCC, 2018; TIA, 2018). This
novel method qualifies for categorical exclusions
under federal regulations and reduces community
opposition by retrofitting existing structures using
rope
access systems, pulleys, and modular
components without the need for heavy machinery.