Renuka C.G.
VIDWAN ID: 208240

Dr Renuka C.G.

Female Doctor of Philosophy
Professor | Department of Physics
Bangalore University, Bangalore
Karnataka
Expertise: Applied Physics
90 Publications
3 Projects
949 Scopus Citations
881 CrossRef
19 Years 6 Months Total Experience
Publications
90 Total
Articles
66
Proceedings
24
Activity

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Scopus Scopus
949 Citations
17 h-index
CrossRef CrossRef
881 Citations
17 h-index
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Professional Recognition

Young Scientist Award
2015
Matru Vedike (Women Scientists Forum) Swadesh Vijnana Andolana Karnataka

Community & Membership

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Indian Society for Radiation and Photochemistry
Member
Jan 2015
Indian Physics Association
Member
Jan 2008
Luminescence Society of India
Member
Jan 2009
Indian Laser Physics Association
Member
Jan 2006
Photonics Society of India
Member
Jan 2010

Personal Details

Doctor of Philosophy
2006
N/A
Master of Science
2002
National Research Centre for Weed Science ICAR
Professor
Jan 2022 – Present
Bangalore University, Bangalore | Department of Physics
Associate Professor
Jan 2019 – Jan 2022
Bangalore University, Bangalore
Assistant Professor
Mar 2007 – Jan 2019
Bangalore University, Bangalore | Department of Physics
Physical Sciences
Applied Physics

Related Profiles

Scholarly Work

Steady state and time resolved spectroscopic studies of laser dyes
Completed
Agency: University Grants Commission Role: Principal Investigator
Synthesis and spectroscopic studies of Lanthanum Doped Nano-TiO2 Polymorphs for opto-electronic applications
Completed
Agency: Department of Science and Technology Role: Principal Investigator
Spectroscopic and nanostructure studies of laser dyes
Completed
Role: Principal Investigator

Spectroscopic Studies of Pure and Doped TiO2 Nanomaterials

University Bangalore Universsity
Year 2019
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Spectroscopic Studies of organic dyes

University Bangalore University
Year 2019
Downloads 0

Synthesis of Doped TiO2 nanophosphors and study of optical properties

University Bangalore University
Year 2019
Downloads 0

Spectroscopic and time resolved fluorescence studies of laser dyes

University Bangalore University
Year 2020
Downloads 0
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Scholarly Publications

Modified sol-gel technique for the synthesis of pure MgO and ZnO nanoparticles to study structural and optical properties for optoelectronic applications

Conference Paper
Materials Today: Proceedings. Year: 2023. Volume: 89 , Pages: 84-89 .
Authors: K. Mohammed Salman; C.G. Renuka

Scalable pattern engineering of nanoflaked SnSe thin films: a processing–structure–performance approach to high- sensitivity photodetection

Journal Article
Applied Surface Science. Year: 2026. Volume: 747 .
Authors: B.S. Spurthi; S. Vijayalakshmi; K. Mohammed Salman; N. Pradeep; C.G. Renuka

Scalable rGO–ZnCuO ink films: coupling defect-assisted adsorption with interfacial charge transport for ambient NH₃ detection

Journal Article
Materials Science and Engineering: B. Year: 2026. Volume: 333 .
Authors: S. Vijayalakshmi; B.S. Spurthi; N. Pradeep; C.G. Renuka

Defect-driven charge transport engineering in mask-defined SnTe thin films for ultrasensitive NO2 gas detection

Journal Article
Sensors and Actuators B: Chemical. Year: 2026. Volume: 465 .
Authors: B.S. Spurthi; S. Vijayalakshmi; K. Mohammed Salman; N. Pradeep; C.G. Renuka

Interface and strain engineering of thickness-dependent band gap widening in Mg doped ZnO nanofibrous thin films for photovoltaic applications

Journal Article
Applied Surface Science. Year: 2026. Volume: 730 .
Authors: K. Mohammed Salman; Mehya Mansoor; Mohamed Zikriya; Onur Ergen; C.G. Renuka

Temperature-Dependent Photophysical Analysis of Coumarins 6, 7 and 30 in Alkane Solvents: Role of Solvent Viscosity and Chain Length in Radiative and Non-Radiative Processes

Journal Article
Journal of Fluorescence. Year: 2026. Volume: 36 , Issue: 2 , Pages: 1569-1589 .
Authors: Anil Kumar; C. G. Renuka

Spectrally Programmable Ag2WO₄ Nanophases: Defect-Orchestrated Emission Reconfiguration for High-Fidelity Photonic Rendering and Adaptive Biometric Recognition

Journal Article
Journal of Fluorescence. Year: 2026. Volume: 36 , Issue: 1 , Pages: 749-783 .
Authors: Sphoorthi K.; Nagendra Babu A.P.; Renuka C.G.

Unlocking the Photoluminescence Potential of Tabebuia Rosea Dyes: A Novel Natural Source of Broadband Visible Spectral Fluorescence for OLED Technologies

Journal Article
Journal of Fluorescence. Year: 2025. Volume: 35 , Issue: 9 , Pages: 7959-7984 .
Authors: R Chaithra; D Harshitha; C G Renuka
Showing 1 to 8 of 90 publications