Sentences with phrase «equal energy spaces»

Further development and commercial availability of Carbon Capture and Storage (CCS) technologies will harness the potential of coal and its contribution to sustainable and equal energy spaces.

Not exact matches

All that energy packed into such a tiny space creates a plasma of matter's fundamental building blocks, quarks and gluons, and thousands of new particles - matter and antimatter in equal amounts.

In fact, according to quantum mechanics, the energy contained in all the power plants and nuclear weapons in the world doesn't equal the theoretical energy contained in the empty spaces between these words.

But observations beginning in 2014 from NASA's NuSTAR and other space telescopes are showing that some ULXs, which glow with X-ray light equal in energy to millions of suns, are actually neutron stars — the burnt - out cores of massive stars that exploded.

In the ETF space, equal - weight and other smart beta strategies can be efficacious at the sector level, but with energy, it may be best to stick with prosaic methodologies.

Absorption of thermal radiation cools the thermal spectra of the earth as seen from space, radiation emitted by de-excitation is what results in the further warming of the surface, and the surface continues to warm until the rate at which energy is radiated from the earth's climate system (given the increased opacity of the atmosphere to longwave radiation) is equal to the rate at which energy enters it.

Physics says the energy into a system must equal the energy out once in balance, The heat in the oceans is what must be there to produce enough heat radiation out to space through the air / GHG blanket.

Some 99.5 % of the hurricane force cause no harm and is naturally dissipated — every second, some 2 million metric tons of air are circulated in, up, and out of the hurricane — where heat energy is radiated to empty space — which every day equals, the energy released by the fusion of four hundred 20 mega-ton hydrogen bombs (See, Rice University's Hurricane Trivia at Houston TeacherTECH Archives).

AGW space cadets find it difficult to understand this — that the planet emits in the IR at a rate that must ultimately be conditionally equal to the incoming energy.

Stated more precisely, for an equilibrium state to occur, radiative energy out to space (reflected solar plus emitted longwave) must equal radiative energy in (incident solar).

As a result, and as we would expect, in the isothermal condition the energy is spread out evenly through space (equal energy per volume) rather than equal energy per molecule as Hans Jelbring and Mr. Verne assert.

For that energy to be transferred poleward instead of lost to space, it would have to encounter a resistance equal to 165Wm - 2 which would produce a «DWLR» of 2 * 165 or 330Wm - 2 + / - a touch.

This is the amount of extra energy the Earth would radiate back into space (all else being equal) if the temperature were raised 1 °C, simply because hotter objects give off more radiation.

A larger amount of energy has to accumulate in the shell until the energy being received from space is equal to the energy being lost from space.

Above all it must be constant because energy is also being radiated to space at an equal rate when the atmosphere is at equilibrium.

3) The TOA energy imbalance equals on average total forcing from all factors since 1750 (by convention) minus the increase radiation to space due to increased surface temperature.

I can see isolated cases as compression at the poles and other curiosities but not on the average, and besides, even with those effects the temperature gradient is rarely actually inverted so in a net sense that is only slowing the cooling of the surface at the expense of equal cooling in the atmosphere which ends in a greater temperature gradient therefore a greater flux of energy upward to space.

I believe that if in the vacuum of space you place a blackbody object with (a) a constant (i.e., unchanging energy per unit time) internal thermal energy source, and (b) internal / surface thermal conduction properties such that independent of how energy enters the blackbody, the surface temperature of the blackbody is everywhere the same and you place that object in cold space (no background thermal radiation of any kind), eventually the object will come to a steady state condition — i.e., the object will eventually radiate energy to space at a rate equal to the rate of energy produced by the internal energy source.