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Dipankar Biswas

ASSISTANT PROFESSOR

GLA University

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Articles (20)

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2026

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2026

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2026

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2026

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2025

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2025

Collaborators (1)

Mirgender Kumar

Associate Professor

Yeungnam University

SOUTH KOREA

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Dipankar Biswas

Research Interests

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Articles (20)

Mixed ionic–electronic transport and polarization-driven energy storage in WO₃-doped P₂O₅–Li₂O–Bi₂O₃ glassy systems

Influence of Sm3+ incorporation in zinc–bismuth-phosphate glasses on physical, thermal, and optical properties: A study of radiation protection efficiency

Influence of Te substitution on optical and electrical characteristics of Te-Se-Ga-Ge chalcogenide glasses

Impact of Bi2O3 in altering network structure, charge transport, and energy-storage capabilities of BaO–Li2O–P2O5–SiO2 glasses

Influence of Vanadium Doping on Moleybdate–Zinc–Tellurite Matrix: An Investigation on Elastic Moduli, Thermal, and Electrical Transport Properties

Electrical conductivity, dielectric relaxation, and impedance-derived energy storage performance in xBi2O3–(0.25−x)B2O3–0.30Na2O–0.15P2O5–0.30SiO2 (BBNPS) glassy systems

Influence of TeO2 doping on V2O5-ZnO-P2O5 glass matrix: An investigation on elastic moduli and optical properties

End-point probability distributions of tethered polymers: Theory and Monte Carlo simulations in confined geometries

Compositional tuning of thermal stability, elastic moduli, and dielectric relaxation in Bi₂O₃-doped molybdenum-vanadium phosphate glasses

Bi2O3-Induced Modulation of Structure and Multifunctional Properties in Li2O–TeO2–P2O5 Glasses: From Optical Bandgap to Mechanical Strength

Enhanced mechanical strength and low dielectric loss in tellurium-molybdate-zinc-phosphate glasses for advanced high-frequency electronics

Tailoring of optical properties of Sb-incorporated S-Se-Ge chalcogenide glasses for enhanced sensitivity performance in multilayer SPR plasmonic sensors

A Machine Learning Approach to Predict Dye Degradation Efficiency Using ANN in Photocatalytic Systems

Corrigendum to “Sensitivity optimization of SPR sensor based on NaF–Cu–TiO₂–BP structure using chalcogenide materials” [Microchem. J. 220 (2026) 116552] (Microchemical Journal (2026) 220, (S0026265X25039037), (10.1016/j.microc.2025.116552))

Defect mode assisted 1-D photonic crystal design for the application of ultra-high pressure sensor employing GaAs/air with aluminium oxide

Effects of te substitution on optical and dielectric properties of Te-As-Ge-Se chalcogenide glasses

Green-synthesized CdS nanoparticles using Bauhinia: Optical, structural, and antibacterial properties

Sensitivity optimization of SPR sensor based on NaF–Cu–TiO₂–BP structure using chalcogenide materials

Comprehensive Characterization of xV2O5-(0.3−x)Li2O-0.35TeO2-0.35P2O5 Glasses: Influence of V2O5 Concentration on Electrical, Optical and Mechanical Properties

High-fidelity mode support in dual ring core multi-azimuthal-order photonic crystal fiber

Collaborators (1)

Mirgender Kumar

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