Effect of particle size and concentration on bubble size distribution and aspect ratio in a counter-current microstructured bubble column von Prakash, Ritesh, Majumder, Subrata Kumar

Volltext

Enhancing Mixing Performance in a Rotating Disk Mixing Chamber: A Quantitative Investigation of the Effect of Euler and Coriolis Forces von Lee, Jihyeong, Lee, Saebom, Lee, Minki, Prakash, Ritesh, Kim, Hyejeong, Cho, Gyoujin, Lee, Jinkee

Volltext

Flotation technique: Its mechanisms and design parameters von Prakash, Ritesh, Majumder, Subrata Kumar, Singh, Anugrah

Volltext

Particle-Laden Bubble Size and Its Distribution in Microstructured Bubbling Bed in the Presence and Absence of a Surface Active Agent von Prakash, Ritesh, Majumder, Subrata Kumar, Singh, Anugrah

Volltext

Dispersion Characteristics in a Counter-Current Microstructured Slurry Bubble Column and Its Analysis Based on the Turbulence and Circulation von Prakash, Ritesh, Majumder, Subrata Kumar, Singh, Anugrah

Volltext

Interpretation of induction time and particle recovery in a microstructured counter-current flow column von Prakash, Ritesh, Hembrom, Kalicharan, Majumder, Subrata Kumar

Volltext

Bubble-slurry interfacial shear stress and frictional pressure drop in a rectangular column in the presence and absence of a surface-active agent von Prakash, Ritesh, Majumder, Subrata Kumar, Singh, Anugrah

Volltext

Bubble size distribution and specific bubble interfacial area in two–phase microstructured dense bubbling bed von Prakash, Ritesh, Kumar Majumder, Subrata, Singh, Anugrah

Volltext

Bubble size analysis in a two-phase countercurrent flow in the narrow rectangular column von Prakash, Ritesh, Sangtam, Bongliba T., Hembrom, Kalicharan, Majumder, Subrata Kumar

Volltext

Insight into the interaction between ionic nanobubbles and cyanobacteria: Elucidating the role of surfactant and zeta potential in the inactivation of harmful cyanobacteria von Prakash, Ritesh, Lee, Jinseok, Kim, Seung-Hyun, Lee, Ho-Yong, Lee, Jinkee

Volltext

Mixing Characteristics of a Liquid–Liquid Dispersion in a Jet-Driven Mixing Column: Developed for the Separation of Organic Pollutants von Sangtam, Bongliba T, Prakash, Ritesh, Majumder, Subrata Kumar

Volltext

Experimental Investigation of Cavitation Bulk Nanobubbles Characteristics: Effects of pH and Surface-Active Agents von Prakash, Ritesh, Lee, Jinseok, Moon, Youngkwang, Pradhan, Diva, Kim, Seung-Hyun, Lee, Ho-Yong, Lee, Jinkee

Volltext

Gas holdup and frictional pressure drop contributions in microstructured two-and three-phase bubbling bed with Newtonian and non-Newtonian liquids: Effect of coarse and fine partic... von Prakash, Ritesh, Kumar Majumder, Subrata, Singh, Anugrah

Volltext

Quality of Mixedness Using Information Entropy in a Counter-Current Three-Phase Bubble Column von Prakash, Ritesh, Majumder, Subrata Kumar, Lee, Jinkee, Nedeltchev, Stoyan

Volltext

Drop sizes and its distribution in jet-driven liquid–liquid mixing column: substantial application for the liquid–liquid extraction process von Sangtam, Bongliba T., Prakash, Ritesh, Majumder, Subrata Kumar

Volltext

Analysis of Particle Recovery in Flotation Column Based on Information Entropy Theory von Prakash, Ritesh, Majumder, Subrata Kumar

Volltext

Effect of Surfactant Concentration and Gas Velocity on Holdup Characteristics in a Semibatch 2-D Column von Prakash, Ritesh, Sangtam, Bongliba T., Majumder, Subrata Kumar, Singh, Anugrah

Volltext

An Experimental Investigation of Cavitation Bulk Nanobubbles Characteristics: Effects of pH and Surface-active Agents von Prakash, Ritesh, Lee, Jinseok, Moon, Youngkwang, Pradhan, Diva, Kim, Seunghyun, Lee, Ho-Yong, Lee, Jinkee

Volltext bestellen

An Experimental Investigation of Cavitation Bulk Nanobubbles Characteristics: Effects of pH and Surface-active Agents von Prakash, Ritesh, Lee, Jinseok, Moon, Youngkwang, Pradhan, Diva, Kim, Seunghyun, Ho-Yong, Lee, Lee, Jinkee

Volltext

Nano bubble generating apparatus and method for controlling the size of nano bubble by using surfactant in acoustic cavitation method von LEE JIN SEOK, LEE JIN KEE, PRAKASH RITESH

Volltext bestellen