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S.No Particular Pdf Page No.
1

Dr. NITIKA CHOUDHARY SANGITA JAIN

Abstract:
A chemical sensor's sensing capability, stability, and specificity for detecting gases in a range of environments are important to the sensor's commercialization. We created highly selective ammonia sensors using Pd nanoparticles and reduced graphene oxide (rGO) nanocomposites. It was revealed that hierarchical nanoarchitectures may be created with excellent efficiency using a surfactant-free hydrothermal approach for the fabrication of sensing components. The generated rGO and PD/rGO nanocomposite's structure, morphology, and electronic properties were examined using AFM, FESEM,and EDS technique. To further understand the detecting abilities of the sensors; dosage, temperature, and time-dependent ammonia and carbon monoxide sensing experiments were conducted on pure rGO and Pd/rGO nanocomposite sensors. The 2 wt. % Pd/rGO nanocomposite sensor achieved a sensor response of 97 percent at 100 °C, which is a seven fold increase over a pure rGO-based device


1-21
2

Kanduri Venkata Sadasiva Rao Dr Aakansha Goswami

Abstract:
The products collected from the LC-MS analysis will also be useful in determining the MG degradation mechanism by A. flavus. The phytotoxicity and micotoxicity tests also guarantee that the breakdown products are not environmentally damaging. To immobilize the A. flavus, several inert materials such as polyurethane foam, vegetable foam, stainless steel gauge, ash, and clay bricks were utilized (F10). The immobilized fungus has a higher breakdown efficiency and takes less time to degrade. lignin fractions isolated from the wood of A. nilotica using Pressurized Solvent Extraction (PSE) and Successive Solvent Extraction (SSE) were investigated for antioxidant, free radical scavenging, and anticancer activity\r\n


22-33
3

Kottala Ravindar and Dr Aakansha Goswami,

Abstract:
The enzymatic cycles have gone through an insurgency since the improvement of the immobilization procedure. To help the adequacy of xylanase, various examination groups have immobilized it in different ways. Most of lignocellulose materials are comprised of generally 10% to 25% lignin, 20% to 30% hemicellulose, and 40% to half cellulose. These are the most abundant, recyclable materials, representing roughly 50% of all biomass.


34-43
4

KM Kashika Dr. Bobinder Singh

Abstract:
When it comes to teens and SM, images are king. Modern day beauty standards are spread through SM. Teens may develop behavior-based anxiety after being exposed to these cultural beauty norms. The effects of SM addiction and behavioural anxiety in adolescents were studied in this cross-sectional study. A total of 340 Indian adolescents from the Mumbai area were chosen as respondents for this research.


44-52
5

Elayaraja Natarajan Dr. Umesh Kumar

Abstract:
The synergy of AI and nanotechnology offers a promising avenue for enhancing targeted cancer drug delivery, including the use of nanoemulsions. This study extensively explores this alliance through a thorough literature review. It highlights AI's role in drug discovery and optimization, especially in repurposing, molecular generation, and sensitivity prediction. Challenges and potentials emerge. The research also focuses on critical themes like Drug Delivery, AI Integration, and Nanoparticle Complexity. AI-driven simulations aid nanoscale image interpretation, while neural networks optimize controlled drug release. These findings underscore AI's transformative role in drug development and its merging with nanoparticles, such as nanoemulsions, for advanced cancer therapy.


53-57
6

S. S. Ashraf

Abstract:
In this work, pure silver Ag (99.99 %) thin film deposited on glass substrate using radio frequency (RF) sputtering technique and exposed to microwave assisted oxygen plasma produced by microwave plasma Chemical Vapour Deposition (CVD). In this process Ag gets oxidized into AgO thin film. This AgO thin film was studied using varying microwave powers such as 300 W600 W900 W. The effect of varying microwave powers on morphology and size of oxide film was investigated. The, morphology, crystal size, crystal structure chemical composition, and optical properties of AgO thin film were studied and characterized using X-ray diffraction (XRD), field emission scanning electron microscopy (FESEM) and Raman spectroscopy. Morphology of these films exhibits a systematic change from metallic silver (Ag) to silver oxide (AgO). The size of AgO thin film was calculated using Scherrer equation and was observed to be 10 nm, 11.5 nm and 13.5 nm at 300 W, 600 W and 900 W respectively.


58-63
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