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Quantifying Microplastic Learning from Paper Cups by Specklegram Image Analytical Approach

By:

Rithwiq M A

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Holdings
Item type	Current library	Home library	Call number	Status
PG Dissertation	Dept. of Optoelectronics 101	Dept. of Optoelectronics	OPTMT-288(2024) (Browse shelf(Opens below))	Not For Loan

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Previous	MSCOPTO-9(2024) Investigations on Nanoscale Nd4Zr2HfO12 Photocatalyst	OPTMT-286(2024) Optical Navigation of OMNI- Directional Indoor Robots/	OPTMT-287(2024) Development of Eco- Friendly Substrate for Flexible Electronics	OPTMT-288(2024) Quantifying Microplastic Learning from Paper Cups by Specklegram Image Analytical Approach	OPTMT-289(2025) Quantum Communication Network Optimization Using Bioinspired Algorithm	OPTMT-290(2025) Spectro- Temporal Feature Extraction and ML Based Classification of Human and AI Speech signals for audio forensic applications	OPTMT-291(2025) Synthesis and Characterization of Defect Engineered Selenium Dioxide Nanopaticle	Next

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