Sentences with phrase «temperature of the air flowing»

Not exact matches

Once your temperature is right, cover the yogurt with a piece of cheesecloth or a very thin cloth to prevent any dust or debris getting into the yogurt, but still allowing air to flow freely.

Blowing cool, dry air flowing under and through football shoulder pads reduces core body temperature and heart rate dramatically, thereby reducing the likelihood of heat illness, says a 2008 study.

Air flows in and out of the window, keeping your child at a comfortable temperature during warm weather.

Because the baby's skin has to breathe and the child's temperature needs to be regulated, the materials have to allow a certain amount of air flow.

Ventilation in the back of the seat promotes fresh air flow to keep your little one at a comfortable temperature throughout the journey.

On the back of your Nuna Rebl Plus Car Seat, you will find seat ventilation panels that promote fresh air flow and keep your baby at a comfortable temperature all year round.

Comfort U Body Pillow has a filling of premium fusion fiber which allows for free air flow and consequently proper temperature control.

It also comes with an air flow ventilation system to regulate the temperature of the seat so it never gets too hot or too cold.

The innovative design of the Newton Wovenaire Crib Mattress sets it apart from other crib mattresses on the market because it allows air to flow freely for optimal breathability and temperature regulation.

A southerly flow of air will push temperatures to late spring like temperatures today in what weather service forecasters are projecting will be «stupendous conditions.»

«We've come to expect every room to be the same temperature, the same humidity, have the same flow of air.

First, sea - surface temperatures in the Gulf of Mexico have been higher than normal in the past couple of months, due to global warming, which means the air that flowed north would have been warmer to start with.

This in turn reduces the temperature difference between the Arctic and, for example, Europe, yet temperature differences are a main driver of air flow.

Other scientists at Goddard are investigating ways to forecast the ebbs and flows of nutrients using the center's supercomputers, incorporating data like winds, sea surface temperatures, air pressures and more.

The mesh design of this Zoobilee Secure - Me Crib Liner keeps your baby cooler in warmer temperatures by allowing air to flow.

Among controlled installations, it includes lighting common areas (on and off, scheduling, etc.), energy management (display and recording of electrical parameters), pumping station of drinking water (pump status, levels and constant pressure) and the overall distribution network (pressure and flow), air conditioning and heating (on and off, temperature recording by zones), compressed air station laboratory (state of the compressors, room ventilation, pressure and flow supplied) and administrative management (incidents, warnings reviews, etc).

By reducing the air flow into (and out of) the building, it's possible to control the temperature of the building with as little energy as possible.

When the blower is on low and lets say flowing one gallon of air a second, the evaporator is able to drop its temperature from 87 to 42 degrees.

Buttons at the center of the vents allow the driver and passenger to change the temperature and strength of the air flow, with small displays in the vents showing the selected mode or temperature.

They use a small plastic door to control air flow thru that heater core to control the temperature of the output air.

For starters, it pushes for even more extreme boundaries: 30 percent quicker upshifts; 40 percent quicker downshifts; higher combustion pressures and temperatures than the California T; up to 50 percent more downforce than the 458; a lower center of gravity; active air flow devices front and rear; wider tires (245 / 35R -20 front, 305 / 30R -20 rear).

Now, the temperature of the evaporator core rises proportionately as the temperature and flow of «hot» air across it.

The ECU uses mass air flow, pressure, and temperature to determine the right amount of fuel to use.

Callaway engineers say that by exposing the supercharger's plenum to outside air flow, the design takes advantage of the significant charge air temperature reduction provided by convective cooling.

A low - temperature cooling circuit with two air / coolant heat exchangers integrated into the supercharger housing, keeps charged air temperatures below 140 degrees Fahrenheit (60 degrees Celsius) while enabling air flow of up to 30,000 liters per minute

The goal of this system is to keep air intake temperatures below 140 degrees Fahrenheit, as well as allowing air flow of up to 30,000 liters per minute during extreme conditions.

Second - row passengers have their own climate control console enabling independent adjustment of the temperature, fan speed and air flow for the rear of the cabin.

A loss in power and poor fuel economy can be caused by lots of things — ignition components, fuel pressure, engine temperature, restricted injectors, a bad air - flow meter and plenty more.

The controls for the air conditioning are also housed in the vents — the adjustment functions for seat heating, and for the temperature, direction and strength of the flow of air are located in their axes, with small displays indicating the chosen setting.

Charge air coolant, after being cooled by ambient air passing through a low - temperature radiator at the front of the vehicle, flows through the chiller unit, where it is further cooled.

The Programmed Fuel Injection (PGM - FI) system continuously tracks many engine parameters including crankshaft and camshaft positions, throttle position, intake air temperature and mass flow rate, engine coolant temperature and manifold pressure - and then the PGM - FI system adjusts fuel delivery accordingly to deliver the best combination of power, fuel economy and low emissions.

The temperature - controlled air then flows out of special openings on the front of the head restraints and warms the occupants» head and neck areas.

Using steel instead of cast iron, along with the use of «Air Gap Technology», means that the engine can reach higher temperatures, improving the air - flow speed to the turbo for even better performanAir Gap Technology», means that the engine can reach higher temperatures, improving the air - flow speed to the turbo for even better performanair - flow speed to the turbo for even better performance.

The Brooklyn Care center will receive new heating, air conditioning and ventilation systems to help with air flow, reduce the spread of diseases and ensure the animals are housed at a comfortable temperature.

A sea breeze, which is caused by the temperature and pressure difference between warm areas inland and the cool air over the ocean, often develops on warm summer days as well, increasing the on - shore flow pattern and maintaining a constant flow of marine stratus clouds onto the coastal areas.

For example, in terms of fly behaviour with a corpse, the ebb and flow of their presence with the slightest change in the air temperature was really surprising to witness.

On Tuesday night, for instance, the chill from Wall Street insinuated itself into the very air over New York, dropping the temperature near zero and turning the city into a ghost town everywhere but Chelsea, where crowds so recently accustomed to lavish parties and lava flows of spirits banded together for a week of less - is - more gatherings around, if not in, the Armory Show.

However, the increased temperatures that result from the warm air that flows into the northern regions of the Arctic are not being measured.

However, if the air continues to cool below freezing point then, although the nett flow of heat from the water is greater while the water is in the process of freezing, the air temperature does not rise and will continue to tend to fall, albeit at a slower rate.

If the air temperature starts rising then the rate of heat flow from the water to the air slows down and the water consequently stops freezing, so the latent energy falls and so the temperature tends to stabilize at that point.

Furthermore one third of the non passive house designs were not balanced, which would affect flow rates in different rooms, the efficiency of the heat recovery, and, therefore the temperature of the supply air (this is not covered in part F).

Trane Corporation offers some tremendous charts of sensible vs. latent cooling at different air flows, indoor humidity, and indoor and outdoor temperatures.

An analysis of data pertaining to the period 1861 — 1986 reveals that (1) a 1 °C rise in the mean annual air temperature of the British Isles has historically been associated with a 35 % drop in the percentage of days that the United Kingdom has experienced cyclonic flow, and (2) a 2 °C increase in the mean annual air temperature over the sea to the north has typically been matched by a 60 % drop in the percentage of days that the isles have experienced cyclonic flow originating from that source region.

The sea ice in the Siberian Arctic is peaking, its effect on the meridional temperature gradient strong, promoting increased zonal flow of large - scale winds, which advect warm air and moisture over the Eurasian continent from the Atlantic and disrupt vertical stratification near the surface and promote high cloudiness, both of which lead to increasing temperatures — greatest at low altitudes and high latitudes.

Heat flows across differences in temperatures, yet the winter water temperature under the ice is fixed at -2 C. Thus elevated winter air temperatures should actually cause a reduction in heat flow out of the ocean.

As the air progresses through the layers of mesh, it heats up, and since flow rate is low, the residence time is long and the air heats up to high temperatures (say 140 + F).

However, we can measure the temperature and estimate how it changes as a result of air flowing over an area, and then calculate the «leftover» residual temperature tendency to get an idea of how diabatic processes (i.e. convection and radiation) are heating the atmosphere.

Synoptic conditions with the positive phase tend to consist of increased southerly flow and warm air advection into Alaska during the winter, resulting in positive temperature anomalies.

Synoptic conditions with the positive phase tend to consist of increased southerly flow and warm air advection into Alaska during the winter, resulting in positive temperature anomalies...... http://akclimate.org/ClimTrends/Change/TempChange.html

It looks like magic because it splits a stream of ambient temperature compressed air into a hot flow and a cold flow.