The first full week of February is Florida’s Severe Weather Awareness Week. Every day this week the CBS 12 StormTrac Team will detail the common severe weather
neil: tells a minus sign in front of it. janice dean help me out sound like one cold caucus were going somewhere concerned with the fact you are not dressed appropriately at all pretty how these little earmuffs on. no hats, your scarf is not even on properly. neil: i know, i know some of my wife. >> alright that's enough let's move on pre-temperatures are cold. that way for iowa but the northern plains even down south towards texas we have wind chill alerts. but we are focused in on des moines where we are going to have wind chill's of negative 20s into the negative 30s. the lower y you go it's wind chl smart dangerous it is to be outside f for great length of te for her some that wind chill's the worst of them right now in iowa. negative 37 and storm like you do not want to be outside for longer than 10 minutes because of frostbite sets in and the potential for hyperthermia. whwill we get into overnight tonight into monday morning 10 minutes is going to take of your
In Ayurveda, fever or 'Jwara' signifies imbalances in body temperature and doshas like Vata, Pitta, and Kapha. Managing fever requires restoring this balance through natural remedies and treatments. TheHealthSite.com
The Extreme Weather Task Force is organizing a blanket drive in mid-November for vulnerable El Pasoans who need help protecting themselves from the cold.
Magnetic nanoparticles embedded in polymer matrices have excellent potential for multifunctional applications like magnetic remote heating, controlled drug delivery, hyperthermia, and thermally functionalized biomedical devices. A solvent-based processing method was developed to produce magnetic composites consisting of magnetite (Fe3O4) superparamagnetic nanoparticles embedded in a biomedical-grade polyurethane (ChronoFlex® C). The particles had a log-normal size distribution spanning from 4−16 nm, with a mean-size of 9.5 ± 2 nm. X-ray diffraction, transmission electron microscopy, and scanning electron microscopy with elemental mapping were used to assess the phase purity, surface morphology, particle size, and homogeneity of the resulting nanocomposite. The magnetic properties of composites with 7–13 wt% of Fe3O4 were studied between 5 and 300 K using vibrating sample magnetometry. Room temperature magnetic attraction was observed, with a saturation magnetization of up to 5 emu/g and a low coercive field (Hc < 50 Oe), where the non-zero coercive field was attributed to a small fraction of larger particles that are ferromagnetic at room temperature. Field-cooled and zero-field-cooled magnetometry data were fitted to a numerical model to determine the superparamagnetic mean blocking temperature (TB = 90 K) of the embedded magnetite particles, and an effective magnetic anisotropy of 6×105 erg/cm3. Using an AC magnetic field operating at 85 kHz, we demonstrate that remote heating of the base polyurethane material is greatly enhanced by compositing with Fe3O4 nanoparticles, leading to temperatures up to 45 °C within 18 min for composites submerged in water. This work demonstrates the fundamental principles of a custom-designed thermomagnetic polymer composite that could be used in applications, including medical and heat management.
A man died from hyperthermia on June 24 at a Houston hospital, marking the first confirmed heat-related death in the city this year. It was at least the second in the region, which continues to cope with triple-digit temperatures.
Hyperthermia was a contributing cause of death for Webster resident William Toomey, who died last Friday. There were at least two heat-related deaths in the Houston area in June.
hyperthermia and all those other medical issues that we talked about and to keep faith that the rescue team on the surface is doing their job, which is to continue to search for them. and which we see that the team is continuing to do. and if they're able to continue to try to communicate through whichever means possible, which would be banging on the hull, that they continue to do that. and give the searchers on the surface as much help as possible. and the search team will continue to do their job, which is to use all their resources to isolate where the titan could possibly be and then get that salvage gear or in this case a cable down there to bring the titan back to the surface. so, both sides of the equation need to be doing their job to