UNSTEADY EXTENSION OF QUASI-STEADY PHYSICAL MODELING AND EXPERIMENTAL VERIFICATION OF A MAGNETORHEOLOGICAL ENERGY ABSORBER

Unsteady extension of quasi-steady physical modeling and experimental verification of a magnetorheological energy absorber

Prospecting Equipment Magnetorheological (MR) fluids are promising in controllable damping based on regulated apparent viscosity under magnetic field control, and they are employed in various damping devices such as automotive dampers and energy absorbers for artillery or landing gears by medium substitution with structural adaptations.In this stud

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Pathology Laboratories and Infection Prevention and Control

Laboratory health care workers are vulnerable to infection with the Hospital Acquired Infections (HAIs) while receiving, handling and disposing biological samples.Ideally the infrastructure of the lab should be according to the best practices like good ventilation, room pressure differential, lighting, space adequacy, hand hygiene facilities, perso

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Infiltration of matrix-non-producers weakens the Salmonella biofilm and impairs its antimicrobial tolerance and pathogenicity

Bacterial biofilms display a collective lifestyle, wherein the cells secrete extracellular polymeric substances (EPS) that helps in adhesion, aggregation, stability, and to protect the bacteria from antimicrobials.We asked whether the EPS could act as a public good for the biofilm and observed that infiltration of cells that do not produce matrix c

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