Sentences with phrase «as joules»

The adjacent three graphs (click to enlarge) depict the warming that has occurred in degrees, as well as Joules.

There were no Nobel Prizes in those days, so Joule's main reward was the designation of the standard unit of energy as the joule.

Not exact matches

As the beams move through a series of amplifiers, their energy increases exponentially: From beginning to end, the beams» total energy grows from one - billionth of a joule to four million joules, increasing by a factor of more than a quadrillion.

Physicists have calculated that when two neutron stars collide and merge to form a rotating black hole, they should release as much as 5 × 1046 joules of energy.

For farrrr too long, these charlatans have abused, misused and misrepresented energy and calories - there is NOTHING AT ALL special about calories, nor intrinsic to food — they could be tossed tomorrow as a Nobel physcist told me in favor of, say, joules..

I specifically wrote about grams, rather than calories, as converting everything ingested in calories is deceitful; as proteins, fats and carbs are also used as buliding material, and calorie counters completly ignore it treating every piece of food as energy: it's like quantifying a wooden house by using joules, while you don't have an intention to burn it.

I hope you like the look featuring the Joules Rosamund Pop Over Blouse and let me know your thoughts as always at the bottom of the post.

It's these thought out details that always stand out to me as lovely, thoughtful finishing touches from Joules.

As it came to select winter coats for the children this year I spotted a very similar style coat in Joules.

Overall, though, Mitch and I are crazily impressed with Joules» quality as well as the brand's classic styles.

This tweed blazer from Joules is a British style classic, and doubles as a coat when layered with knitwear.

I'm a big Joules fan too as you know and I couldn't agree with you more!

Referring themselves as warm and inviting, the romantic joules Cafe creates a setting of Ariel Cafe that invites people to meet for a coffee date with someone through the internet.

Her other books include Bridget Jones's Diary, Bridget Jones: The Edge of Reason, and Olivia Joules and the Overactive Imagination, as well as a book of short stories in aid of Oxfam entitled Ox - tales.

Then as the solid rock cools from 1100 degrees to 0 degrees Celsius it releases another 1,400 joules per degree, or 1,540,000 joules.

Given that a hurricane removes something like 5 * 10 ^ 19 joules per day from the ocean (http://www.aoml.noaa.gov/hrd/tcfaq/D7.html), I too am curious as to hurricanes» purpose in Mother Nature's scheme of things.

15.9 * 10 ^ 22 Joules as of 2003, more since then.

(See Hansen et al, 2005: where the increase in ocean heat content per square meter of surface, in the upper 750m, according to typical models, is around 6.0 Watt · year / m2 per year, which converts to 0.7 × 10 ^ 22 Joules per year for the entire ocean as explained at Bob Tisdale's site.

Ocean heat flux is a turbulent and complex system [7] which utilizes atmospheric measurement techniques such as eddy covariance to measure the rate of heat transfer expressed in the unit of joules or watts per second.

As the water at the 2000 level warms up to achieve that 1 joule would not the water above the 2000 level warm as well — expectantly adding to the SLAs the water at the 2000 level warms up to achieve that 1 joule would not the water above the 2000 level warm as well — expectantly adding to the SLas well — expectantly adding to the SLR?

The total heat accumulation in the environment from 1961 to 2003 is estimated as 15.9 x 1022 Joules.

As at most only 1.5 x 10 ^ 22 joules could be added in 24 hours.

2, Joules posted paper, and present logic as to why in the limit this delta T must be non-isothermal.

A response as you suggest might just push joules into the oceans where some of them drift downwards.

paper that seems to have had such an effect on Joules Verne, some numbers might be useful: h = kb * T / (m * g) = 9.08 km for N2 at 300K λ = 68nm at 101325 Pa To get λ ~ 0.01 h where the deviation from the Fourier Law is ~ 10 % requires a reduction of pressure of 11 orders of magnitude to ~ 1E - 6Pa or an increase of g of a similar magnitude or some combination of both that increases λ and reduces h. I'm not going to touch the temperature gradient as that's even worse.

Joules quoted: «As a consequence, the heat transport is inhibited when the gas is heated from below.»

The thing that Joules somehow completely misses is that even if becomes a spatial tensor form in Fourier's law, so that heat conduction occurs faster in one direction than another, as long as the equilibrium of the system is still established only by the vanishing of the thermal gradient!

A paper that Joules Verne, of all people, sent to me that examines this extreme limit shows explicitly that if there is a thermal lapse across this gas it has a weak asymmetry in its conductivity that makes gas relax thermal gradients from top to bottom slightly faster than it does gradients from bottom to top, but the split smoothly vanishes as the gradient does, strongly suggesting that even in this limit if we (correctly) require that the length of a vertical parcel to be much greater than the MFP (and hence much much greater than) the bulk averages will still satisfy the usual kinetic theory and I have a sneaking suspicion that overall they will still satisfy the MB distribution, even though the average itself will be extremely odd.

If you want to prove that there is a non-GHG GE involving the dynamic motion of gases, play right on through, but realize that Jelbring's paper isn't about that and is incorrect because it ascribes the same effect to a completely static, completely dry ideal gas that has been left in place, isolated, for a billion years (or as long as equilibrium takes, which won't be anywhere near a billion years at a joule of conductive transport per meter of atmosphere per degree kelvin of temperature difference per 40 seconds).

How abrupt would depend on the impact of 10 ^ 22 Joules per season lost to space and 10 ^ 22 Joules of energy per season dissipated from the system as ice.

Right: global ocean heat - content (HC) decadal trends (1023 Joules per decade) for the upper ocean (surface to 300 meters) and two deeper ocean layers (300 to 750 meters and 750 meters to the ocean floor), with error bars defined as + / - one standard error x1.86 to be consistent with a 5 % significance level from a one - sided Student t - test.

As a final note, using his faulty albedo assumptions, Steel calculates a difference in energy recieved over the gaussian year of 0.022 x10 ^ 24 Joules (ie, a «forcing» of 1.37 W / m ^ 2).

As shown in Figure 11 in Pielke et al (2007), for example, the hottest time of the day in the dry bulb temperature is not the hottest in the physics unit of heat (i.e. Joules per kg of air).

The Oceans as a whole... Joules joules where ever yoJoules joules where ever yojoules where ever you are.

This heating amounts to 136 trillion Joules per second (Watts), which as Glenn Tramblyn noted in a previous post, is the equivalent of more than two Hiroshima «Little Boy» atomic bomb detonations per second, every second over a 55 - year period.

So if 10 meter of water is warmed by say 10 C, this is more heat than 1 meter by 80 C. Not as hot, but more joules of heat is retained.

So if I take as an example, a square wave 2M high (+ / - 1meter over / under mean sea level), I calculate 19.6 e3 Joules per meter squared of ocean.

What is more, as we move toward lower grade fuels, the process of extracting the energy will become less efficient — resulting in higher CO2 emission per joule of energy than we have at present.

When you take the surface area of the earth (5.1 × 10 8 km 2), and the amount of energy received from the sun: the result is that each square meter of area facing the Sun receives about 1,380 joules per second (otherwise known as the Solar Constant).

Mathematically this can be restated as ∆ Q (change in energy added, Joules / year) = ∆ U (change in energy lost, Joules / year) + ∆ Ocean (change in energy in / out of ocean, Joules / year), or

Ashurst and Eversheds are advising as UK clothing company Joules lists on London's AIM market this week.

There's no exact lifespan we can give you, and it varies from area to area — it depends how many surges occur in your area as well as how many joules your protector can absorb.

This autumn the lovely lifestyle style brand Joules, who we know best for homeware such as throws, cushions and kitchen accessories, has teamed up with the established sofa company DFS, to launch what can only be described as a colourful and classic combination of gorgeous seating.