Sentences with phrase «as much heat»

A good - quality carpet, in combination with underlay, can provide sufficient insulation to prevent 15 times as much heat escaping as the same thickness of standard fibreglass floor insulation.

His design called for a wide, shallow firebox to direct as much heat into a room as possible.

Living in Northwest Florida [or as I like to call «Lower Alabama»], we get just as much heat and humidity as south Florida [it is depressingly hot... so to say the least, ever since living down here Summer has been my least favorite], however our Autumn is Gorgeous.

Unlike the picturesque yet inefficient fireplace of my youth (which shot most of the heat up the chimney) the insert was engineered to extract as much heat as possible from the burning wood and to direct it outward into the house — a turbo - charged micro-furnace.

Before summer rolls around, think of meals you can make without these hot appliances, such as salads, sandwiches, or even recipes in a slow cooker, since these appliances don't emit as much heat.

It uses a low - voltage system that doesn't produce as much heat as other fast charging standards, and its algorithm regulates the charging current and voltage dynamically to prevent short circuits.

Nuclear and geothermal power add a total of twice as much heat as their electrical output and are not acceptable.

How can any scientists studying the possible causes of increasing atmospheric temperature totally ignore the FACT that heat emissions alone add four times as much heat as can be accounted for by the actual measured rise in atmospheric temperature.

But I only get a third as much heat per unit of CO2 produced because of losses in electrical generation and transmission, so I produce three times as much CO2 to keep warm.

Water (clouds) also store 4 times as much heat as air.

Since the ocean surface temperature changes precede surface air temperature changes by several months, and since the top two metres of ocean contain as much heat capacity as the entire atmosphere above it, it is clear that surface temperature and atmospheric temperature is strongly influenced by the ocean, which is heated by the sun, not by back radiation.

Furthermore, the rate of this heat accumulation is ramping up with as much heat added in the past 18 years as was accumulated in the previous 133 years.

So about 1000 times as much heat went into melting the glaciers at the end of the Pleistocene as went into heating the atmosphere, implying CO2 had only a negligible effect - A. McIntire

What will happen is that the ocean is expected to stop «helping» us by absorbing as much heat as it does now, which means that more heat will go into the atmosphere.

Remember, natural gas is mostly methane, (CH4), a super-potent greenhouse gas, which traps 86 times as much heat as CO2 over a 20 - year period.

64 % of the sun's heat is transmitted through the windows into the structure, more than twice as much heat as a standard window will allow.

The top few meters alone store as much heat energy as the entire atmosphere, and the oceans average 3.7 kilometers deep.

Earth simply could not absorb as much heat as it used to.

Perhaps the ocean currents aren't absorbing as much heat as we thought.

It absorbs 1 / 7th as much IR, heat energy, from sunlight as water vapor which has 188 times as many molecules capturing 1200 times as much heat making 99.9 % of all «global warming.»

New ice will thicken to 1 meter in about a month but still ventilates 3 times as much heat as thick multi?year ice.

I have a feeling that because the pop can aluminum is so thin, that they don't get as much heat around to the back?

During every cold northern stadial, the overturning circulation had slowed, so it wasn't bringing as much heat northward from the tropics and Southern Hemisphere, the study shows.

The entire troposphere (say, 20 km) can then only hold (at the same temperature) as much heat as the top 20 m layer of the ocean.

Already this year, greenhouse gas warming from the atmosphere has contributed twice as much heat as all of the gas furnaces, vehicles and coal fires in history.

Now, the first 2.5 meters of ocean water have about as much heat capacity as the entire atmosphere, so its detectability there would be as difficult as in the atmosphere, assuming all of it went there instantly (without affecting the atmosphere).

Seven billion people furiously creating as much heat as they can (it's also called energy, and people seem to prefer more, rather than less), night and day results in more heat than one billion people created one hundred years ago.

We push the oil and gas industry to limit methane pollution, which traps more than 80 times as much heat on our planet as carbon dioxide.

More than half of China's non-CO2 GHG emissions come in the form of methane, which can trap 28 times as much heat as carbon dioxide on a per metric tonne basis.

On that basis CO2 can add a million times as much heat as is required to remove it if you leave it in the atmosphere long enough.

There is still approximately as much heat IN TOTO going into the oceans each day as going out.

The theory suggests that not as much heat is getting transported to that region of the North Atlantic anymore — and this could indicate a big problem with one of the ocean's most important currents.

But during the «Hiatus» periods, the top of the ocean doesn't accumulate nearly as much heat whereas the next lower levels accumulate more.

The specific heat of water is 4 times higher than that of air, so that possesses low water 200 times as much heat energy as the total atmosphere (for the entire ocean, this is even as much as 1200 times).

How is it possible that the abrupt climate shift unfolding on our planet is not creating nearly as much heat in wealthy nations as compared to poor countries?

All he has to do is experimentally demonstrate a working backradiation heat collector that collects twice as much heat / thermal energy as a solar collector, and that collects just as much heat / thermal energy at night as a solar collector does during the daytime since according to them backradiation is transferring thermal energy / heat 24/7.

The only way for you to show that you are correct is to experimentally demonstrate a working backradiation collector that collects twice as much heat / thermal energy as a solar collector does, and collects just as much heat / thermal energy at night as a solar collector does during the daytime.

Nope, that's no a backradiation heat / thermal energy collector that collects twice as much heat as a solar collector and collects just as much heat at night as a solar collector does during the daytime.

So have you got your backradiation heat collector working yet that collects twice as much heat / thermal energy as a solar collector and collects just as much heat / thermal energy at night as a solar collector does during the daytime?

The only way for you to show that you are correct is to experimentally demonstrate a working backradiation collector that collects twice as much heat / thermal energy as a solar collector does

The atmosphere holds about as much heat as the top two meters of ocean.

A study by scientists at the University of Washington concluded that heat from the sun made the greatest contribution to the melting, with sunlight adding twice as much heat to the water as was typical before 2000.

Yes — water vapor traps 1000 times as much heat as CO2.

I recall mention that Katrina was unusual because while crossing the Gulf «Ring Current» the deeper water pulled up by the hurricane was almost as warm as the sea surface, so the deeper water fed almost as much heat energy into the storm as the surface.

These can transfer as much heat in a day from the surface into the troposphere where it is radiated to space, as the all of mankind uses in a year.

Film — proper, old - fashioned analogue film, screened using one of those hulking projectors that generate nearly as much heat and sound as light — is Tacita Dean's medium and, in many ways, her subject.

These combos produce light with a full spectrum, without generating as much heat as halogens alone.

The weakest include older dogs because of their slower metabolism that doesn't produces as much heat as young and adult dogs.

Few topics in financial planning generate as much heat as the debate over how much you need to retire well.

«We've added more low resistance tires on the Two Eco and a windshield that is able to not transmit as much heat and cool the cabin, which allows you to run your HVAC system a little bit less.