Triploids also demonstrated a greater adverse effect to vaccination than diploids when vaccinated
at high water temperatures, as would occur if fish were vaccinated during the summer / early autumn months.
Not exact matches
1 1/2 cups
high - gluten bread flour 2 tbsp sugar 1/2 package (or 1 1/8 tsp) active dry yeast 1 pinch salt 2 eggs 1/4 cup plus 1 tbsp warm
water 1/2 cup (1 stick) unsalted butter, cut into small pieces and
at room
temperature
Sensors located
at the top and bottom of the tank read
water pressure,
temperature, and level, and safety switches shut the system down if the
water level gets too
high or too low, respectively.
High -
temperature thermophilic anaerobic digestion technologies, typically operating
at 55 deg C, are part of a combination of processes that digest waste
water's organic content to produce green energy (methane) while achieving outstanding waste
water effluent qualities.
On the non-baking front, because
water boils
at a lower
temperature the
higher you go (212 °
at sea level, 203 °
at 5,000 feet, 198 °
at 7,500 feet), foods cooked in
water have to be cooked substantially longer to get them done.
A highly effective flotation cell that allows fats and solids recovery in
high temperature applications will be featured
at FoodPro 2017 by Australasian and Asia - Pacific waste
water treatment specialist CST Wastewater Solutions Pty Ltd..
When mixed with
water and oil, it performs somewhat similarly to the egg and cream foundation of traditional quiche, solidifying into a sort of custard when baked
at a
high temperature.
I am, though, a little surprised
at the advice to turn up the
water heat —
temperatures high enough to actually sanitize are not good for PUL and elastics.
Doctors advise pregnant women to avoid hot tubs, saunas and bathing in
water at temperatures higher than 100F.
•
HIGH POWER HEATER — kozii's high power heater means less time is wasted warming up the water bath, and more time is devoted to warming your baby's meal at a safe, low temperat
HIGH POWER HEATER — kozii's
high power heater means less time is wasted warming up the water bath, and more time is devoted to warming your baby's meal at a safe, low temperat
high power heater means less time is wasted warming up the
water bath, and more time is devoted to warming your baby's meal
at a safe, low
temperature.
Chicago Park District officials said
high lake
water temperatures and windless days likely contributed to
high bacteria levels that forced them to ban swimming
at all the city's beaches Monday.
«The reason formula is made up
at a
higher temperature and the boiling
water is formula in itself is not sterile so there's a real worry that if you're producing it
at a lower
temperature it doesn't kill any bugs that might be hanging around, established in the formula over the production process — and you're giving that to very young infants who will then be more vulnerable for sickness and other things.
Five cultures each were kept under control conditions (15 °C) and
at elevated
water temperature (26 °C) in combination with three different concentrations of carbon dioxide (CO2): a control value with today's conditions, the conditions of the Intergovernmental Panel on Climate Change's «worst case scenario» and the
highest possible degree of acidification.
Gas hydrates naturally form along the coasts of continents and in Arctic permafrost, places where
water and gas mix
at relatively
high pressure and low
temperature.
The researchers said this finding was significant because it jibed with the results from a 2012 study by Masiello that found that biochars created with
higher -
temperature processes were more effective
at holding
water and nutrients.
Physicists have suspected that such anomalous properties stem from a dual personality;
water, they propose, really has two liquid phases
at low
temperatures: a
high - density liquid (HDL) and a low - density liquid (LDL).
TURTLE TROUBLE Green sea turtle populations in parts of the Great Barrier Reef are becoming increasingly female because their eggs are being incubated
at higher temperatures due to warming ocean
waters.
Units 1 and 3 have experienced explosions that destroyed exterior walls, apparently from buildups of hydrogen gas produced by the zirconium in the fuel rods reacting with coolant
water at extremely
high temperatures — but the interior containment vessels there thus far seem to be intact.
It turned out that all of our cages and
water bottles were contaminated by the BPA in the polycarbonate plastic, which was being sterilized
at high temperatures.
Permafrost was known to contain gas hydrates — icelike mixtures of
water and organic gases first identified in deep - sea sediments which form only
at very
high pressures and low
temperatures.
The reactions can become self - sustaining
at high temperatures, if there is sufficient
water or oxygen present, causing the cladding tubes to rupture.
Former U.S. Nuclear Regulatory Commission (NRC) member Peter Bradford added, «The other thing that happens is that the cladding, which is just the outside of the tube,
at a
high enough
temperature interacts with the
water.
Both
water and nitrogen are solids
at Pluto's
temperatures, but the nitrogen ice is structurally weak and has a low viscosity that allows it to deform and flow like a fluid, while the
water ice has a very
high viscosity and can form tall, hard mountains, Trowbridge said.
They found that increases in
water temperature favored the non-native crustacean due its faster growth rate
at higher temperatures, as well as the fact that sunfish predators of both crustaceans eat more
at higher temperatures.
By analyzing this data over the following six months, the researchers found that clouds that grew
at the lowest
temperatures required extremely
high relative humidity in order for
water vapor to form an ice crystal around a dust particle.
Scientists also study
water under more extreme conditions, including
at high pressures, where it can exist in the solid state even
at room
temperature.
According to the models, the dust grains should be able to hold onto
water at temperatures up to 630 °C —
high enough for them to have retained it during Earth's formation (Chemical Communications, DOI: 10.1039 / C0CC02312D).
To do so, they will need to change the fabrication process they now use to create the material, as that process leads to the presence of
water — which tends to bubble or evaporate
at high temperatures.
Water's very
high surface tension, 72 milliNewtons per metre (mN / m)
at room
temperature, means it easily forms near - spherical drops when placed on a surface.
But there is a limited number of geothermal hot spots that naturally contain
water and that heat it to such
high temperatures at accessible depths.
Some important developmental stages such as flowering are missing, making it impossible to apply some critical stresses, such as
water stress or
high temperature at these specific developmental stages,» says Bin Peng, a postdoctoral researcher in Guan's lab and also the lead author.
The increase could be due to a combination of stronger winds spreading out the sea ice and fresh
water from melting ice on land diluting seawater so it freezes
at higher temperatures.
Some of it is returned to watersheds in altered forms - like
water heated during coal - fired electrical production and stored in cooling towers or ponds before being released -
at higher temperatures - back into rivers.
The hot little planet may have liquid
water anyway, Charbonneau said: its density is consistent with a
water - heavy makeup, plus a crushing atmosphere whose pressure would allow
water to remain liquid
at high temperatures.
When river or sea -
water is used for power plant cooling, it gets released back into the environment
at a
higher temperature, a problem known as thermal pollution, which can affect aquatic organisms.
«Many applications, such as power plant reactors, require the management and control of the movement of
water droplets
at very
high temperatures,» says Wang, an associate professor of mechanical and biomedical engineering
at City University.
The kelvin is currently defined according to the property of
water in a certain state — a fact that makes precise measurements
at very
high or low
temperatures impossible.
While normal
water is a
high - density liquid, the low - density liquid emerged
at lower
temperatures, according to the simulation.
A study published this year by Bradley Udall, senior
water and climate research scientist with the Colorado Water Institute at Colorado State University, and Jonathan Overpeck, professor of hydrology and atmospheric sciences at the University of Arizona, found that during the drought years of 2000 - 2014, the river surrendered a third of its flow because of higher temperatures in the upper b
water and climate research scientist with the Colorado
Water Institute at Colorado State University, and Jonathan Overpeck, professor of hydrology and atmospheric sciences at the University of Arizona, found that during the drought years of 2000 - 2014, the river surrendered a third of its flow because of higher temperatures in the upper b
Water Institute
at Colorado State University, and Jonathan Overpeck, professor of hydrology and atmospheric sciences
at the University of Arizona, found that during the drought years of 2000 - 2014, the river surrendered a third of its flow because of
higher temperatures in the upper basin.
Results illustrate the
highest percentage of Asian carp eggs
at risk of hatching occurs when the streamflow is low and when the
water temperature is
high.
Since then, SRNL has developed process models and TEAs
at various levels of detail for a variety of
high -
temperature water - splitting technologies, including thermochemical, hybrid, and electrolytic processes, and using solar as well as nuclear heat sources.
While
at single buoys the
water may have warmed faster or slower than other locations, globally, there is a clear trend toward
higher sea surface
temperatures.
At high temperatures, the
water loses oxygen.
Water electrolysis cells operated
at elevated
temperatures (200 ° -600 °C) can overcome the kinetic challenges of low
temperature electrolysis and the degradation challenge of
high temperature electrolysis.
These nanomembranes maintained their structure in
water or alcohol,
at different
temperatures, in solutions with
high or low pH, or
high concentrations of salts, a feat that few cell membranes could accomplish.
Water splitting systems often require materials to operate
at demanding conditions, including
high temperatures and corrosive environments.
al, (June, 2005): [During the Paleocene - Eocene thermal maximum (PETM), sea surface
temperature (SST) rose by 5 Deg C in the tropics and as much as 9 Deg C
at high latitudes, whereas bottom -
waters temperatures increased 4 to 5 C.
«This planet has the interior structure of a hybrid super - Earth / Neptune, with a rocky core surrounded by a significant amount of
water compressed into solid form
at high pressures and
temperatures.»
At that time, the average temperature at the planet's surface would have approached the boiling point of water — 100 degrees Celsius, about 75 degrees higher than toda
At that time, the average
temperature at the planet's surface would have approached the boiling point of water — 100 degrees Celsius, about 75 degrees higher than toda
at the planet's surface would have approached the boiling point of
water — 100 degrees Celsius, about 75 degrees
higher than today.
Understanding the kinetics and mechanisms causing intergranular oxidation
at the atomic level can improve manufacturing for more durable, corrosion - resistant materials designed for safe application in service environments, for example, in a light -
water (nuclear) reactor within its decidedly
high -
temperature, reactive environs.