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	1.	A review on immobilization of phosphate containing high level nuclear wastes within glass matrix--present status and future challenges. [electronic resource] by Sengupta, Pranesh Producer: 20130114 In: Journal of hazardous materials vol. 235-236 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	2.	Preliminary study on calcium aluminosilicate glass as a potential host matrix for radioactive 90Sr--an approach based on natural analogue study. [electronic resource] by Sengupta, Pranesh Fanara, Sara Chakraborty, Sumit Producer: 20110927 In: Journal of hazardous materials vol. 190 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	3.	Development of graded Ni-YSZ composite coating on Alloy 690 by Pulsed Laser Deposition technique to reduce hazardous metallic nuclear waste inventory. [electronic resource] by Sengupta, Pranesh Rogalla, Detlef Becker, Hans Werner Dey, Gautam Kumar Chakraborty, Sumit Producer: 20111018 In: Journal of hazardous materials vol. 192 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	4.	Perovskite-Ni composite: a potential route for management of radioactive metallic waste. [electronic resource] by Mahadik, Pooja Sawant Sengupta, Pranesh Halder, Rumu Abraham, G Dey, G K Producer: 20160129 In: Journal of hazardous materials vol. 287 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	5.	Uptake of hazardous radionuclides within layered chalcogenide for environmental protection. [electronic resource] by Sengupta, Pranesh Dudwadkar, N L Vishwanadh, B Pulhani, V Rao, Rekha Tripathi, S C Dey, G K Producer: 20140922 In: Journal of hazardous materials vol. 266 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)
	6.	Facile synthesized novel hybrid graphene oxide/cobalt ferrite magnetic nanoparticles based surface coating material inhibit bacterial secretion pathway for antibacterial effect. [electronic resource] by Arun, T Verma, Suresh K Panda, Pritam Kumar Joseyphus, R Justin Jha, Ealisha Akbari-Fakhrabadi, Ali Sengupta, Pranesh Ray, D K Benitha, V S Jeyasubramanyan, K Satyam, P V Producer: 20200130 In: Materials science & engineering. C, Materials for biological applications vol. 104 Online resources: Available from publisher's website Availability: No items available. Save to lists Add to cart (remove)