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The Salinity of the Great Salt Lake and Its Deep Brine Layer The Great Salt Lake is a highly saline terminal lake with considerable fluctuations in water surface elevation and salinity The lake is divided into two arms by a railroad causeway River inflows enter the larger south arm, while the north arm only receives minimal surface runoff Evaporation from both arms and limited exchange of water and salt through causeway openings result in complex
Community Water Fluoridation in Focus: A Comprehensive Look at . . . Community water fluoridation (CWF) is the practice of adjusting the level of fluoride in public water supplies to a concentration optimal for the prevention of tooth decay [1] This public health initiative is backed by numerous studies that underscore its efficacy; even amid widespread use of fluoride-containing dental products, such as toothpastes and mouthwashes, CWF contributes an
Vitamins and Human Health: 2nd Edition Editorial - MDPI Vitamins possess diverse anti-inflammatory properties Circulating high-sensitivity C-reactive protein (hsCRP) is an established biomarker of systemic inflammation that is routinely integrated into clinical practice and research In a unique investigation, Baik [contribution 1] examined the association between dietary vitamin intake and the risk of elevated serum hsCRP concentration This
Rethinking the Framework of Smart Water System: A Review - MDPI Throughout the past years, governments, industries, and researchers have shown increasing interest in incorporating smart techniques, including sensor monitoring, real-time data transmitting, and real-time controlling into water systems However, the design and construction of such a smart water system are still not quite standardized for massive applications due to the lack of consensus on
Oxidation of Alloy X-750 with Low Iron Content in Simulated BWR . . . - MDPI This paper presents an investigation of the oxidation of Alloy X-750 containing 5 wt% iron in a simulated boiling water reactor (BWR) environment The specimens were exposed by a water jet (10 m s) at 286 °C for durations ranging from 2 to 840 h, and the development of the oxide microstructure was mainly studied using electron microscopy The results showed that the oxide scale consists of
Water Leak Detection: A Comprehensive Review of Methods, Challenges . . . This paper provides a comprehensive review of the methods and techniques developed for detecting leaks in water distribution systems, with a focus on highlighting their strengths, weaknesses, and areas for future research Given the substantial economic, social, and environmental impacts of undetected leaks, timely detection and precise location of leaks are critical concerns for water
Spatiotemporal Variability of Lake Water Quality in the Context of . . . This study demonstrates a number of methods for using field sampling and observed lake characteristics and patterns to improve techniques for development of algae remote sensing models and applications As satellite and airborne sensors improve and their data are more readily available, applications of models to estimate water quality via remote sensing are becoming more practical for local
AFM Slip Length Measurements for Water at Selected . . . - MDPI Most reported slip length measurements have been made at the surfaces of synthetic materials and modified synthetic materials In contrast, few slip length measurements at the surface of unmodified natural mineral surfaces have been reported In this regard, flow at the silica face surfaces of the phyllosilicate minerals, talc and mica, was considered A slip boundary condition was expected at