Scholarly Literature: Recent submissions

Now showing items 281-290 of 3481

Synthesis and characterization of a new class of geopolymer binder utilizing ferrochrome ash (FCA) for sustainable industrial waste management

Mishra, J; Das, SK; Krishna, RS; Nanda, B; Patro, SK; Mustakim, SM (Materials Today-Proceedings, 33, 2020; 5001-5006)

Sustainable use of industrial wastes for the production of new age eco-friendly construction materials can effectively solve the growing environmental concern over landfills and also provide an integrative industrial waste ...
Industrial solid waste management through sustainable green technology: Case study insights from steel and mining industry in Keonjhar, India

Krishna, RS; Mishra, J; Meher, S; Das, SK; Mustakim, SM; Singh, SK (Materials Today-Proceedings, 33, 2020; 5243-5249)

The generation of industrial solid waste is increasing at an alarming rate worldwide and landfilling is no longer a feasible method for managing various industrial solid wastes. However, recent developments in environmental ...
Rheological study and numerical analysis of high concentration iron ore slurry pipeline transportation

Rao, ND; Thatoi, DN; Biswal, SK (Materials Today-Proceedings, 22, 2020; 3197-3202)

Steel making plants require around 3 times of minerals quantity as raw materials (fuel minerals also) to produce 1 ton of steel. Globally steel plants produce around 1800 million tons of steel per annum. This requires ...
Design and Fabrication of Aluminium/Alumina Ultra-fine Composite and Functionally Graded Material Using Powder Metallurgy Route

Tripathy, A; Gupta, R; Sarangi, SK; Chaubey, AK (Advances In Unconventional Machining And Composites, AIMTDR 2018, vol.2142, 2020; 739-747)

Composites with light metals as the matrix and ceramic particles as the reinforcements are being acknowledged widely during the past decade for their superior mechanical properties, the most successful among them have been ...
Characterization and utilization of rice husk ash (RHA) in fly ash - Blast furnace slag based geopolymer concrete for sustainable future

Das, SK; Mishra, J; Singh, SK; Mustakim, SM; Patel, A; Das, SK; Behera, U (Materials Today-Proceedings, 33, 2020; 5162-5167)

Rice husk ash is an agro-waste of rice milling industries produced more than 20 million tons per annum globally, causing various environmental and public health issues. The first part of this study attempted to analyse its ...
A comparative study of synthesis of ZnO nano particles: Hydrothermal and modified combustion routes

Sonali, S; Jena, I; Rout, SK (Materials Today-Proceedings, 33, 2020; 4966-4970)

The reduction in size leads to the introduction of novel electrical, mechanical, chemical and optical properties in materials. The properties of nano ZnO are of particular interest because of its multi-dimensional applications ...
Applications of Dissimilatory Iron Reducing Bacteria (DIRB) for recovery of Ni and Co from low-grade lateritic nickel ore

Esther, J; Pattanaik, A; Pradhan, N; Sukla, LB (Materials Today-Proceedings, 30, 2020; 351-354)

Dissimilatory Iron Reducing Bacteria (DIRB) in specific has found wide range of application in biobeneficiation for removal of iron impurities from different ores and in bioremediation for detoxification of heavy metals, ...
Investigation of the effects of electrophoretic deposition parameters on 304SS steel coated with graphene oxide for PEMFC application

Mandal, P; Kiran, UN; Pati, S; Roy, S (Materials Today-Proceedings, 26, 2020; 654-659)
Silicon-graphene composite synthesis: Microstructural, spectroscopic and electrical conductivity characterizations

Dhar, S; Dash, T; Palei, BB; Rout, TK; Biswal, SK; Mitra, A; Sahu, AK (Materials Today-Proceedings, 33, 2020; 5136-5142)

In this research work, we explored an idea to successfully prepare Si-graphene (0.5-1.5 wt%) composites by an uniquely in-house designed planetary ball milling process. XRD of Si-graphene composites show major peak of Si ...
Application of bacterial extracellular polymeric substances for detoxification of heavy metals from contaminated environment: A mini-review

Mahapatra, B; Dhal, NK; Pradhan, A; Panda, BP (Materials Today-Proceedings, 30, 2020; 283-288)

In recent years, advanced research progress has been widely developed in regard to bioremediation of heavy metal pollution by using bacteria. The biopolymer of bacteria i.e. the extra cellular polymeric substances displays ...

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