SOLID STATE FLUID TRANSPORT AND SENSING BASED ON PRINTED AND EMBEDDED CELLULOSE-POLYMER COMPOSITES: AN ALTERNATIVE PATHWAY TO PAPER-BASED MICROFLUIDIC DEVICES

Here we present an alternative technological approach to paper-based microfluidics that, to the best of our knowledge, has not been reported so orly impressions far.Instead of defining fluid conducting paths by cutting fluidic structures, or by printing hydrophobic substances on paper, we prepare cellulose/polymer composites that can be printed add

A reduced-scale (1:4) building corridor model was prepared to investigate the heat release rate (HRR) and smoke diffusion in a building corridor.Trays with heptane as fuel were used as fire sources.Three different sizes of trays were involved tiki party invitations in this study to investigate the different HRRs.The results revealed that fire assoc

Over the past two decades, language modeling (LM) has emerged as a primary methodology for language understanding and generation.This technology has become a cornerstone within the field of natural language processing (NLP).At its core, LM is designed to train models to predict the probability of the next word or token, thereby generating natural a

The COVID-19 Pandemic has prompted substantial changes in the way ophthalmology is practiced globally.General guidelines on safe ophthalmic practice have been issued by various bodies across the globe including the All India Ophthalmological Society.While these are suitable to ophthalmology overall, they are not entirely suitable to a subspecialty