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Article
Boosting the electrochemical water splitting efficiency of Copper Vanadium Oxide by Annealing method
Electrocatalytic water-splitting is one of the promising processes for producing hydrogen as a renewable and ecologically friendly fuel replacing fossil fuel. Achieving cost-efficient, stable, and active bifun...
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Article
Facile synthesis of silver-copper binary phosphate (AgxCuxPO4) using a co-precipitation approach to enhance the electrochemical performance of Energy Storage devices
In recent years, scientists have focused on producing energy storage devices that deliver high energy and power density. No single device can simultaneously fulfill the requirement of high energy density and h...
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Article
Correction: Study of SrLa0.04Fe1.96O4/polyaniline composites for improving microwave absorption
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Article
Study of SrLa0.04Fe1.96O4/polyaniline composites for improving microwave absorption
The most recent techniques for enhancing microwave absorbance applications employing composites based on spinel family modified polymers (polyaniline) are covered in this article. Sol–gel synthesis is used to ...
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Chapter and Conference Paper
Optimisation for Optimum Nozzle Design of the Hybrid Jet-Pillar-Microchannel Heat Sink
The present study conducted an optimisation study for geometric variables of the jet nozzle of the multi-jet im**ement and pillar-integrated microchannel heat sink for best performance. Nozzle diameter, nozz...
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Article
Demodulating an acoustic signal stimulated by photo-thermal elastic energy conversion using quartz tuning forks
This work describes a quartz-tuning-fork enhanced photo-thermal spectroscopic (QEPTS) based gas sensors technique. A highly resonant quartz tuning fork with the capability for improved mechanical repetition ha...
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Article
Correction: Development of MOF-derived zinc carbide-embedded graphitic carbon nitride as an effective nanocomposite for enhanced oxygen evolution reaction
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Article
Qualitative–quantitative comparative assessment of conventional gas turbine with fuel cell-based integrated power cycle
A conventional gas turbine has potential to generate power but suffers from significant losses in the form of exhaust. The system’s efficiency can be improved by incorporating the recuperator into the cycle, w...
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Article
Sol–gel preparation of spinel ferrites/polyaniline composites for electromagnetic interface shielding
In this study, we examined the properties of conductive polymers and related composites that are typically used for EMI shielding owing of their magnetic and microwave properties. Ferrite/polymer (PANI) compos...
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Article
Development of MOF-derived zinc carbide-embedded graphitic carbon nitride as an effective nanocomposite for enhanced oxygen evolution reaction
The ongoing need for new energy sources encourages the researches to look for ones that are both safe for people to use and also renewable or have large reservoirs. The increasingly inefficient world has been ...
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Article
A promising approach: supercapattery and electrocatalytic hydrogen evolution utilizing magnesium manganese sulfide on MOF-encapsulated graphene
The quest for a revolutionary electrode material, one with exceptional electrochemical activity and remarkable stability, remains fervent as it promises to elevate the energy density of supercapacitors. A hydr...
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Article
Correction to: Study of vanadium oxide nanoparticles for optical and biomedical applications
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Article
Synthesis and characterizations of ferrite/polypyrrole composites for electromagnetic shielding
Ferrite polymer composites, a seamless fusion of magnetic and polymeric properties, embody both strength and flexibility, paving the way for a new era of innovative applications. Composite nanomaterials of BaFe2O
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Article
Exploring the electrochemical potential of redox-active mixed metal sulfide as an efficient electrode material for supercapacitor-battery hybrid
Hybrid supercapacitors have gained upsurge interest in the energy storage application, but still have room to improve their specific power and energy limits with the implication of electrode materials that hav...
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Article
Study of vanadium oxide nanoparticles for optical and biomedical applications
Hydrothermal method is a cost-effective and reproducible technique for synthesizing nanoparticles. The vanadium oxide nanoparticles were successfully prepared using hydrothermal method. The phase stability of ...
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Article
Synergistic enhancement of electromagnetic wave absorbance in spinel ferrite–polypyrrole composites
The exceptional magnetic properties of ferrites and the versatile properties of polymers when fused together, create a whole new class of materials with unparalleled properties, making them ideal for for elect...
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Article
Study on active sites of Mn-doped iron selenide on pencil electrode for electrocatalytic water splitting
Water electrolysis can be used to generate hydrogen, petrochemical fuel with high efficiency for use in power generation and a high gravimetric energy density that can be utilized to battle the exhaustion and ...
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Chapter and Conference Paper
Role of Profile Parameters on the Sensitivity of Cantilever Sensor: A Numerical Analysis
Presented work is an effort to find the effective way to improve the sensitivity of the cantilever sensing devices utilizing different profile modification technique. The effect of size scaling, mass reduction...
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Chapter
Atomic Layer Deposited Supercapacitor Electrodes
(ALD), an advanced and modified version of (CVD), has become one of the state-of-the-art technologies for depositing high quality with precise control over a variety of planar as well as complex three-d...
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Article
Manganese oxide as an effective electrode material for energy storage: a review
Efficient materials for energy storage, in particular for supercapacitors and batteries, are urgently needed in the context of the rapid development of battery-bearing products such as vehicles, cell phones an...
