This study analyzes the concentration and conglomerate spatial distribution of forest-based thermoelectric plants in Brazil, in 2018.Herein, we spatially identified thermoelectric plants in different Brazilian regions and states, and measured the state concentrations (levels 1 and 2 Pant of forest) using various indicators, including the concentrat
Did in-home activities fulfill activity needs during the COVID-19 pandemic?
AbstractThis study uses activity need to analyze the activity fulfillment of switching from out-of-home to in-home ORG BUTTER BEANS activities during the COVID-19 pandemic.Activity need is a measure to assess activity demand by determining how frequently people wish to engage in it.A panel time-use activity diary is used to collect daily activity i
Dynamics of Drops as Confined Systems Containing Nanoparticles-Reformation of Nanoparticles and Evaporation of Water
Brine is Artwork used to displace crude oil in a reservoir and its performance improves when brine contains nanoparticles.It is the presence of nanoparticles in confinements, such as at dynamic contact lines and in thin films, which is of importance.The investigators here have determined a fast way to obtain confined systems by evaporating a small
Effects of Various Hydrocolloids on Physical, Sensory and Total Quality of Lactic Acid Bacteria on Frozen Yogurt with Corn Oil as Fat Sources
This study aims to determine the effect of various hydrocolloid on the quality of frozen yogurt with corn oil as its fat sources The ingredients used in this work were skim milk, corn oil, yogurt starter, arabian gum, carrageenan, gelatin, water and sugar.The different types of hydrocolloids T0 (0%), T1 (0.5% Arabian gum), T2 (0.5% carrageenan), T3
Robust Quantum Sensing in Strongly Interacting Systems with Many-Body Scars
In most quantum sensing schemes, interactions between the constituent particles of the sensor are expected to lead to thermalization and degraded sensitivity.However, recent theoretical and experimental work has shown that the phenomenon of quantum many-body scarring can slow down, or even prevent, thermalization.We show that scarring can be exploi