Sentences with phrase «then gives a surface»

Applying the adiabatic lapse rate from the effective radiating height to the surface as per the S - B Law then gives a surface temperature which is some 33C higher than it «should» be.

Not exact matches

In fact, it will go on the surface, which you can then give it to other things in this world (outside of you), or send things back to the pre-heaven of this local space, or to send things back to the powers of the lineage etc..

«Then God said, «Behold, I have given you every plant yielding seed that is on the surface of all the earth, and every tree which has fruit yielding seed; it shall be food for you.»

If your work surface doesn't have any flour left on it, give it a light dusting, then set the ball of dough back on it.

Then you can use two sheets of the waxed paper overlapped a little in the middle to give a wider rolling surface.

It uses its incisors to make a small hole in the surface, and then it inserts its especially extended digit into said hole and presto — it pulls its dinner out of the opening, thus giving the invertebrates inside it the actual finger.

«If the satellite gives us 1000 potential sites from the 25,000 in the UK, we would then use drone reconnaissance to get a richer picture of, say, the wood cover and surface profile,» Terra Recovery co-founder Greg Fitzgerald said last week at a meeting of the UK government's space business advocacy group in London.

Touching a contaminated surface — where the virus can survive for hours — and then touching your mouth, nose or eyes can also give you flu.

Physicists Leonard Susskind and Gerard» t Hooft stressed that the lesson should be general: Since the information required to describe physical phenomena within any given region of space can be fully encoded by data on a surface that surrounds the region, then there's reason to think that the surface is where the fundamental physical processes actually happen.

Then there is Gauss curvature, which gives you the curvature of a two - dimensional surface by multiplying the largest and smallest curvature of the family of all curves tangential to the surface at a given point.

Positive clones were then differentiated using defined serum - free conditions outlined in Ng, et al [7], which overall gave rise to a CD45 + CD56 + CD117 − CD94 + population of cytotoxic NK cells [8] expressing the CD4 construct and other surface markers in a similar manner to peripheral blood NK cells.

So if we just hit the surface of one piece of the conversation you like today, then I'm sure we dove deep somewhere else and give us a review.

I started by giving it a wipe down and sanding the top, then re-stained the top surface with Early American and three coats of non-yellowing water - based poly.

Method: Cut a few parallel lines in the denim and then use a cheese grater and rub the surface of the cuts, giving texture to the cuts.

Give the surface about 15 minutes to dry, and then repeat with a second, (uniform and thin) coat of shellac.

News of an Oldboy remake surfaced years ago and since then has gone through more actors than I care to count so let's just give the rundown of the ones that are currently in position to play a role in Spike Lee's upcoming reboot.

If you've got Neptune in your movie, then there had better be a scene of an inky, cold, vast ocean surface being broken by Poseidon's trident before giving way to the colossal king of the seas.

Everywhere your eyes land, there are creases, and all of that surface motion only works to give the car an air of Hyundai Sonata — if not literally, then certainly in effect.

But then again, price aside, it's the perfect device to nab those readers, given it's got the clearest screen, the textured surface (supposedly to mimic the feel of a page) and an incredibly light frame.

The calculus then gives the plaque even more surface space on which to build up.

Then, in August of last year, I was giving a reading for my new book, Scratching the Surface, at Black Oak Books in Berkeley.

If you give them space then you can watch them circling about for most of the dive in depths ranging from 18 metres up to the surface.

A high percentage of diver accidents happen at the surface, and even when things go wrong underwater, the victim has to taken to the surface and then removed from the water before full medical assistance can be given.

It's then given several coats of primer (very often a white acrylic primer called gesso) to seal it and prevent the oil from the paints soaking through the surface.

Perception shifts depending on where we place our bodies inside White's provisional structure — density gives way to diffusion; shapes, letterforms, and numbers appear and then dissolve from the networks of yarn; and forms reflect and multiply in a large, mirrored surface, playfully linking what we see to how we move through the gallery.

She devotes herself to her work with great persistence and assiduity, standing for days in the forest with a chainsaw so as to give the large tree trunk the desired shape and then smooth the surface.

He draws lines on the canvas with a spray gun and then, directly after, wipes them out again with a rag drenched in solvent — to give a new picture in which clear lines have to stand their own against smeared surfaces.

«Cast from discarded clothing that Bourgeois has variously stretched, sewn, draped and piled into abstract, organic forms, the bronzes are then painted white to give a ghostly aura to the textured surfaces.»

In that context, gravity waves roil and depressurize the oceans, and that then leads to outgassing of CO2 — it comes out of solution in the ocean and bubbles to the surface and their given capacitive couplings impacting pH runs back to ion form — which then impacts conductivity.

Could the Ice models be forced to an «ice free» state at the ides of March, then run backwards to see what the conditions would have to be (IMHO, primarily ocean surface temperature and profile with depth) at the end of the previous September to give this result when run forward?

Alternatively, if a deepening of the subtropical gyres gives rise to an increase in the heat stored in this water mass, with a corresponding non-zero trend in the surface heat flux; then I should think that a restoration towards conditions of the past must somehow give rise to a delayed warming of the atmosphere (if the surplus is not somehow lost to space).

The implication is that when you dump more GHG in the atmosphere but don't give the ocean time to warm up, then the atmosphere needs to warm up until the sum of the energy lost to space and the energy lost to the ocean surface comes back into balance.

And this gives 40 million kg of rocket fuel on the lunar surface - far more then is need for any operational needs.

The error bars about the limitations of the measuring systems, but given that solar at TOA is very stable, if you claim that energy is not reaching the surface, then the imbalance is being stored in the atmosphere.

If this is true, then how come the surface temperature is given as over 900F?

And then — still at sea — ships could spread that vital trace element iron across the ocean surfaces and give plankton a chance to bloom, grow, die and take all that carbon down to the seabed out of harm's way.

But if as Kevin Trenberth argues that for every «1 degree Celsius sea surface temperature anomalies gives 10 to 15 percent increase in rainfall», then the science is correct about AGW and the sceptics are just raving on.

The atmospheric heating and cooling rates are then passed back to the atmosphere structure module that calculates how much the surface and atmospheric temperatures would change during the 30 - minute times step given the radiative heating and cooling rates.

Then try 1365/4 for the flux and emissivity of 0.88 (which is closer to that of rock and soil) and you get 287.6 K which is very close to the assumed mean surface temperature and thus obviates any need for that «33 degree of warming» In fact the 0.88 should be even lower and that gives higher temperatures above 290K.

When this water condenses this latert heat is given up so if this happens near the surface then local air temperatures will increase slightly.

So it's all gases at greatest density will be doing the same thing around the planet at the same time (*) and as these change with differences in density in the play between gravity and pressure and kinetic and potential from greatest near the surface to more rarified, less dense and absent any kinetic to write home about the higher one goes, then, energy conservation intact, the hotter will rise and cool because losing kinetic energy means losing temperature, thus cooling they which began with the closest in density and kinetic energy as a sort of band of brothers near the surface will rise and cool at the same time whereupon they'll all come down together colder but wiser that great heights don't make for more comfort and giving up their heat will sink displacing the hotter now in their place when they first went travelling.

-- then what explanation (scientific if possible) can be given for the fact that, last year alone, parts of the USA had the highest surface temperatures on record, Australia had to rewrite their own temperature gauge because it was recording temperatures which went, for the first time in recorded history, off the scale they were so high and in the UK and Europe we experienced one of the longest heatwaves in decades?

Another interpretation is that given a certain energy imbalance at the top of atmosphere, if the heat is not manifested as surface temperature rise then it goes elsewhere.

He had already been warned on this thread that when I had earlier answered a legitimate question from a commenter far more polite and sensible than he, I had replied with a straightforward account of how Professor Lindzen, in a talk that he had given under my chairmanship at the Houses of Parliament, had calculated that if the increase in evaporation from the Earth's surface with warming was thrice that which the models predicted then climate sensitivity was one - third of that which the models predicted.

Adiabatic uplift and descent does that job via uneven conduction from the surface causing density differentials which then give rise to the necessary convection.

However there is a contraction of volume but that immediately pulls in more air from the surroundings so the original volume then contains more mass than before which must give a rise in surface pressure rather than a fall.

if it is in a fair equilibrium with the incoming solar that hits the surface then earth gives off very little radiation.

Dr. Spencer has once again given us an excellent evaluation and novel approach based on sea surface data and I too was hoping there would be some predictions but then realized this would be premature.

Other characteristics of the Earth will affect the net position such as the distribution of the land and sea surfaces but given the predominance of ocean surfaces and the fact that most energy comes in at the equator which is mostly oceanic then it seems most likely that the net global effect of more greenhouse gases is actually a miniscule cooling rather than a miniscule warming.

Furthermore, Klotzbach states «the expected global surface / lower - troposphere amplification that is calculated from the lapse rate enhancement in the global models», and then gives three references: two references are about TROPICS only: [Santer et al., 2005; Karl et al., 2006; Douglass et al., 2007].