Sentences with phrase «slow the cooling process»

Cold water will cause constriction of the arteries and veins near the surface of the body, which will inhibit heat loss and slow the cooling process.

Go to your nearest veterinarian so that they can properly treat your pet with iv fluids and a slow cooling process.

This is a slow cooling process that strengthens the glass and relieves areas of stress.

It looks like CO2 slows the cooling process.

Not exact matches

Inglewood Organic Chicken can lose up to 2 % body weight in the cooling process and is therefore best cooked slower than the conventional norm.

EXTON, PA — A cheese manufacturing company in Wisconsin had been using static spray balls to clean their mozzarella and provolone cooling baths and was frustrated with the slow, inefficient process.

I only use one brand (Whey Cool) and what I like about it is that it is non-denatured b / c they use a slow, «cool» process in makingCool) and what I like about it is that it is non-denatured b / c they use a slow, «cool» process in makingcool» process in making it.

This process would weaken as the universe expanded and cooled, leaving a «relic» population of cold, slow WIMPs behind.

«Such phase transitions slow down the cooling process to a crawl, rendering the method useless.»

«The chemical process behind the self - cleaving was cooled down by the interaction and was hence slowed down.

Then I wake up and put it in the fridge (the cool temperatures slow down the rising process).

Live cultures die over time, and supplements use a variety of packaging techniques like blister packs, foil containers, and cooling technology to slow down this process.

Yes, cooling it will slow down the process.

Ice and cold water can actually cause the superficial blood vessels to shrink and slow down the cooling process.

His works engage the viewer in a slow process of viewing and processing in order to notice shifts, from warm to cool, from the mostly matte surface to the little tinge of gloss that hangs out at the edge.

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.

There are other processes like evaporative cooling and diffusion followed by convection which can not be affected by backradiation, and which will tend to compensate for any slowing of the radiation.

They are also wrong in assuming that the Sun was capable of warming the surface of Venus, Earth or other planets to the observed temperature which is then maintained by back radiation being supposedly the only process that slows such surface cooling.

In terms of average going from say 80 to 30 C - and in terms getting everything back to normal - depends how long it takes to cool oceans - a relatively very slow process.

Please realise the difference tween fluctuations in temperature from short term fluctuations within processes of Turbulence (generally «atmospheric») and the release of Kinetic Energy from the slow & longer term reversion of Turbulent Cooling and the attached release of Kinetic Energy from the Masses seen at * (above and principally Oceanic).

All the cooling by radiation and non-radiative processes (unaffected by back radiation) slows down and possibly stops in calm conditions in the early pre-dawn hours because the gravito - thermal effect is maintaining the supporting temperature.

1) Mr Squid says the atmosphere in the dark side slows the rate of cooling and not through a radiative process.

Greenhouse gases slow down this cooling process.

While the atmosphere on the «dark» side does indeed slow the rate of cooling, it doesn't do so through it's radiative processes.

This intensification of winds initially triggers a rapid cooling of the sea surface and expansion of sea ice, but this is followed by a slow process of warming and sea ice contraction.

More clouds are slowing this process but along with the Sun going into idle, extra clouds, extra sea ice exposed for longer and vast snow cover it must mean only one thing, Global Cooling.

The cooling process will slow down and the resulting temperature of the «radiator» will be somewhat higher and so on for the consecutive layers.

We learn from NOAA, for example, that the current La Niña differs from earlier ones in that the strengthened tradewinds have not cleared the cloudiness of the central tropical Pacific — thus slowing the La Niña recharge process and producing what will probably prove to be a multiyear La Niña atmospheric cooling.

At the very least you need information on temperature gaps at boundaries, because cooling processes are slowed as such gaps approach zero.

We also obtain an empirical estimate of f = 2 - 4 for the fast feedback processes (water vapor, clouds, sea ice) operating on 10 - 100 year time scales by comparing the cooling due to slow or specified changes (land ice, CO2, vegetation) to the total cooling at 18K.

Your advection point is correct, however advection is the result of extensive cooling, sort of like a thermal engine where cold and warm air is continuously exchanged, this process slows down when the Arctic is warmer.

By stocking a lot of food in the refrigerator, the warming process slows down when the door is open, thus trapping the cool air inside and allowing the refrigerator to work less.