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Studies on fiber loading by in-situ precipitation

by Pradeep Kumar.

Material type: Text Text Publication details: Roorkee Department of Paper Technology 2011Availability: Items available for loan: 1 Call number: 676.072.

Synthesis of polymer nanoparticles for structural color applications

by Nallapaneni Asritha.

Material type: Text Text Publication details: Roorkee Department of Paper Technology 2014Availability: Items available for loan: 1 Call number: 676.072.

Modeling and simulation of polipropylene production using aspen and otimization

by Pratap Reddy N.

Material type: Text Text Publication details: Roorkee Department of Paper Technology 2014Availability: Items available for loan: 1 Call number: 676.072.

Studies on PES/PMMA based guest-host systems and their optoelectrical characterization

by Tyagi, Renu.

Material type: Text Text Publication details: India Indian Institute of Technology 2015Availability: Items available for loan: 1 Call number: 668.9072 TYA.

Chitosan-metal oxide nanocomposite films as potential food packaging material A preliminary study

by Kaur, Sukhjeet.

Material type: Text Text Publication details: India Indian Institute of Technology 2016Availability: Items available for loan: 1 Call number: 668.9072 KAU.

Study of chitosan biodegradable polymer as a packaging material

by Vikash Kumar.

Material type: Text Text Publication details: India Indian Institute of Technology Roorkee 2017Availability: Items available for reference: Not for loan (1) Call number: 676.072 VIK.

Innovative approach for design and development for packaging of pharmaceutical syrup

by Raj Kumar.

Material type: Text Text Publication details: India Indian Institute of Technology Roorkee 2017Availability: Items available for reference: Not for loan (1) Call number: 676.072 RAJ.

Examining the effects of integration of highly fibrilated cellulose middle layers in packaging boards as biogenic and recyclable barriers against mineral oil

by Dakuri, Ramakanth.

Material type: Text Text Publication details: India Indian Institute of Technology Roorkee 2018Availability: Items available for reference: Not for loan (1) Call number: 676.072 DAK.

Applicability of bagasse pith for the production of microfibrillated cellulose

by Singh, Rajat.

Material type: Text Text Publication details: India Indian Institute of Technology 2019Availability: Items available for loan: 1 Call number: 676.072 SIN.

Microbial influenced corrosion due to metal oxidizing bacteria

by Sachan, Reena.

Material type: Text Text Publication details: India Indian Institute of Technology 2020Availability: Items available for loan: 1 Call number: 676.072 SAC.

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