Hassan, Syed Ahmad(School of Chemical and Material Engineering SCME, NUST, 2025)
The increasing prevalence of surgical site infections and the demand for advanced wound care
solutions have driven the development of innovative biomaterials. This study investigates the
quantification of Indica /Ch ...
Kiran, Tabinda(School of Chemical and Material Engineering SCME, NUST, 2024)
Conventional chemotherapy exhibits limited therapeutic efficacy against multidrug-resistant
cancers due to systemic toxicity and drug resistance mechanisms. In response to this challenge,
this work puts forward a ...
Naveed, Maham(School of Chemical and Material Engineering SCME, NUST, 2024)
This research investigates the impact of functionalized silica nanoparticles on the adhesion strength and durability of rubber-metal bonds in important automobile and aerospace applications. Applying conventional rubber-metal ...
Shahzad, Nimra; Shahzad, Nimra(School of Chemical and Material Engineering SCME, NUSTSchool of Chemical and Material Engineering SCME, NUST, 2025)
The purpose of this study is to investigate at how film compositions affect the
production of fresh produce films for humidity control in crispers with increased
temperature sensitivity for gas permeability. Shape-memory ...
Fazal, Huda(School of Chemical and Material Engineering SCME, NUST, 2025)
Advanced energy storage solutions just like supercapacitors (SCs) have been developed to
meet the increasing energy demands of the modern world. Hybrid metal chalcogenides
have drawn considerable interest as electrode ...
Rehan, Fatima(School of Chemical and Material Engineering SCME, NUST, 2024)
The energy harvesting of the trib oelectric nanogenerators (TENGs) stan ds as a prag matic
energy harvesting system capable of powerin g itself withou t ext ern al power sources but
progress to ward s commercialization ...
Imran, Zoha(School of Chemical and Material Engineering SCME, NUST, 2024)
Two-dimensional multilayered MXene is a promising electrode material for supercapacitor
application. Studies have revealed that using MXene as electrode material in supercapacitors
yields a high specific capacitance and ...
Siddiqui, Muhammad Mahad Ahmed(School of Chemical and Material Engineering SCME, NUST, 2024)
The design of advanced nanomaterials has significantly transformed the development of
innovative electrode materials for energy storage systems. In this study, a ternary
composite of manganese dioxide (MnO₂) nanorods, ...
Hina, Maqsood(School of Chemical and Material Engineering SCME, NUST, 2024)
Ferrites have been widely investigated for supercapacitor application. The doping of
ferrites with various metal enhances the electrochemical performance. In this study ferritebased electrodes were synthesized using ...
Muniba, Zahra(School of Chemical and Material Engineering SCME, NUST, 2024)
There has been a surge in interest recently in the creation of innovative materials and
therapeutic strategies to enhance the results of wound healing for chronic wounds as it is
a painful condition that entails complex ...
Muhammad, Saad Ur Rahman(School of Chemical and Material Engineering SCME, NUST, 2024)
Sensing biomechanical motions is advantageous for biomedical health monitoring. Here,
we propose a Layered Double Hydroxide (LDH)-based triboelectric sensor (TES) for
monitoring biomechanical motions. The triboelectric ...
Minaa, Sohail(School of Chemical and Material Engineering SCME, NUST, 2024)
In this thesis, we investigate, characterize, and transport mechanisms of MPs in the soil,
water, and atmosphere by examining the prevalence of MPs in the soil, water, and
atmosphere in an urban setting within Islamabad, ...
Hala(School of Chemical and Material Engineering, SCME, NUST, 2024)
Polyurethane emerged as an extraordinary class of polymer having outstanding
mechanical strength, toughness and durability etc. PU coatings can be found as a top coat on
many different substrates such as metals, wood, ...
Kainat, Areesha(School of Chemical and Material Engineering SCME, NUST, 2024)
In the recent advancements in the field of coronary artery diseases, drug-eluting stents have
gained a lot of recognition and significance due to their ability to play the vital roles in regulating
problems like restenosis, ...
Sayyab, Vania(School of Chemical and Material Engineering SCME, NUST, 2024)
The exponentially increasing chemical pollutants and highly resistive pathogens have made
it a necessity for the development of an innovative, multifunctional material. Graphene
oxide (GO) and silver nanoparticles (AgNPs), ...
Basharat, Kiran(School of Chemical and Material Engineering SCME, NUST, 2024)
This study investigates the adsorption ability of 2D MoS2 combined with Cu-MOF for
methylene blue (MB) by synthesizing several nanocomposites by an in-situ process at room
temperature, incorporating varied weight percentages ...
Din, Ammar Ud(School of Chemical and Material Engineering SCME, NUST, 2024)
This present work explores the development and electrochemical assessment of a ternary
Fe3O4/NIO@HCSs: composite. This composite is synthesized through hydrothermal and
thermal treatments to optimize the interface and ...
Ghafoor, Hafiz Hamza(School of Chemical & Material Engineering (SCME), NUST, 2024)
Surgical site infections (SSIs) cause considerable morbidity and cost in surgery all across
the world. Anti-microbial resistance is becoming an increasingly serious concern for the
future of humanity. Common antibiotics ...
Hamayun, Umaima(School of Chemical & Material Engineering (SCME), NUST, 2024)
The supercapattery device, a renowned electrochemical energy storage device,
is comprised of a supercapacitor and a battery electrode, resulting in remarkable energy
and power capability of the fabricated device. These ...
Jabeen, Saima(School of Chemical & Material Engineering (SCME), NUST, 2024)
Utilizing strain induced polarization to amplify the performance of photocatalytic water
splitting systems has garnered significant attention. However, achieving efficient charge
separation, high underwater suspension ...