Sentences with phrase «absorbing high amounts of energy»

Not exact matches

amaranth is also known for its high amount of fiber and lysine — which is a rather rare essential amino acid that is necessary for your body to absorb calcium, build muscle, and produce energy.

They both absorb a very high amount of mental energy.

As hydrogen atoms move about in space, they can absorb small amounts of energy, sending the atom's single electron to a higher energy state.

Hubble, being a space - based observatory with state - of - the - art spectrographs, can search for the missing colors of light absorbed by the intergalactic gas, particularly in the high - energy ultraviolet colors where the hot intergalactic gas does a significant amount of absorption.

And when you're on a diet, high - protein foods support the fat burning process in many ways — from taking the most energy to be digested and absorbed in the metabolic process, to making you full sooner and for a longer amount of time.

It has something to do with the amount of energy which is absorbed in the tropics and via evaporation, ocean and air flows gets into the high latitudes.

The amount of snow and ice loss in the last 30 years is higher than many scientists predicted, which means the Earth is absorbing more solar energy than had been projected.

And only reason I think it could as high as 50 % is that the ocean may be absorbing the highest amount of the Sun's energy.

Perhaps some gross thermomechanical process of restructuring the climate mechanisms (some small fraction of these were identified in the Stadium Wave paper, for instance) is ongoing, and the energy of restructuring — melting, subliming and carrying away Arctic sea ice and Greenland and Antarctic land ice net to the atmosphere, higher humidity absorbing gross water amounts to a level impacting sea level rise on the millimeter or sub-millimeter level, expansion of land due heat, or more likely erosion, silting and subsidence, and so on — is responsible for a Black Swan.

Yes, the same amount of energy has to get out into space at the same rate, over the long term, but the absorption by greenhouse gases requires the surface temperature to be higher in order to radiate at a sufficiently higher rate (than would otherwise be the case) to make up for the fraction absorbed.

The main reason for this warmer climate was an increased amount of energy from the Sun being received at high northern latitudes due to Earth's orbital configuration, plus Earth had an increased capacity to absorb heat due to vegetation changes and reduced ice and snow cover.

We have imprecise data with respect to albedo (Trenberth in his paper has albedo measurements varying between 27.1 and 35.8 % and others have it is high as 40 % and the albedo is constantly changing) and imprecise data with respect to the amount of solar energy absorbed by the atmosphere and imprecise data as to the amount of solar energy reflected by the atmosphere.

But, the amount of energy deposited is also low, as clouds have a high albedo, reflecting some fraction of the energy back to space and absorbing another fraction, which heats the air above the surface.