Sentences with phrase «depth of the atmosphere»

But for what it lacks in complexity, Bendy makes up for with the depth of its atmosphere and the uniqueness of its style.

Another indicator could be the height of the region where the temperature is 254K (the 254K isotherm), which can be taken as a crude proxy for the average depth of the atmosphere from which the average heat escapes (Benestad (2016)-RRB-.

Note that a 2m tube of CO2 at 1 atmosphere pressure will be somewhat more absorptive than the same amount of CO2 spread over the depth of the atmosphere, since high pressure increases absorption.

Therefore the overall effect is to measure the temperature through the entire depth of the atmosphere.

Note that where the air is heated from below the effect is spread to a greater depth of the atmosphere.

Far from being any climate «control knob,» CO2 is but a minor role player in setting the optical depth of the atmosphere.

You would have to ask: there a physical mechanism that would indicate the optical depth of the atmosphere increases with Elvis sightings?

In addition, a combined analysis of the response at the surface and through the depth of the atmosphere using HadCM3 and the solar reconstruction of Lean et al. (1995) concluded that the near - surface temperature response to solar forcing over 1960 to 1999 is much smaller than the response to greenhouse gases (Jones et al., 2003).

Brian McNoldy, a senior research associate at the University of Miami, said that across the Atlantic this season «you had air sinking through a pretty large depth of the atmosphere.»

PA, the satellite data is comprehensive in area and covers a significant depth of the atmosphere, so I don't think the urban heat island would be significant.

What do you mean under «total infra - red optical depth of the atmosphere» The cloudy + cloudless (about 50/50) global mean atmosphere?

You would calculate global Planck weighted average optical depth of the atmosphere in the thermal IR band how?

October air temperatures were also unusually high, and this warmth extended from the surface through a considerable depth of the atmosphere.

The mass is NOT distributed uniformly within the volume represented (with an assumed depth of the atmosphere being 100 km's.

Are you suggesting that if there is a lapse rate, that the depth of the atmosphere makes a difference, in the sense of an effect emerging in a deep atmosphere of average gravity, might not be detectable in a shallow atmosphere with strong gravity?

To go ~ 8 km (the equivalent depth of the atmosphere at sea level density) would take ~ 52,000 seconds x 8000 ^ 2 ~ 100,000 years.

I don't see anything in that paper about optical depth of the atmosphere over 60 years or other long term behavior — is that in Miskolczi 2010?

The blue line of the graph shows the optical depth of the atmosphere with changing CO2 and water vapour content.

Greater variation with distance from the equator Energy spread out over a larger area Radiation has to penetrate a greater depth of atmosphere.

Yes, you only need a little under half a gram of CO2 per square inch to simulate the amount of CO2 added in a decade, so it is feasible to build tanks simulating all the CO2 in the depth of the atmosphere.

GHG's can warm the surface a little and cool the whole depth of the atmosphere more effectively by turning it into a more efficient radiator (in both directions).

Now I am not denying that it does, but how much warming is the result of the lapse rate and adiabatic heating resulting from the depth of the atmosphere and how much from CO2 and other GHGs «trapping» heat?

I'm not an optics expert but I believe that altitude represents > the optical depth of the atmosphere at 15um.

To accommodate the finite flux optical depth of the atmosphere and the existence of the transmitted radiative flux from the surface, the proper equations must be derived.

If we increase the total optical depth of the atmosphere the atmospheric temperature at the surface increases.

So, 500 m of ocean have around 200 times the heat capacity of the whole depth of the atmosphere (which weighs roughly the same as 10 m of water column, which is therefore equal to 1 bar or 1 atmosphere of pressure).

(With an assumed depth of the atmosphere being 100 km's) Gas within the snow will be squeezed laterally and vertically out of the snow as it settles upon a base that is already hard, having undergone the same processes previously.

Increased absorption in the atmosphere lowers the emissions at some specific wavelengths — those wavelengths where the optical depth of the atmosphere is not very small or firmly very close to one, but somewhere between these extremes.

This follows from the increased optical depth of the atmosphere.

the absorption by H2O is already 100 %, so unless (again) there is a claim that the increased H2O is increasing the depth of the atmosphere, the means by which this insulating layer is becoming more effective escapes me.

The only way that loss of heat can be reduced is to make the insulating layer thicker (increase the depth of the atmosphere).

Not exact matches

The Steel offers the same 5 ATM (as in «atmospheres»; it translates to a depth of about 50 meters) waterproof rating and the same 5 to 7 day battery life as the original Pebble.

Transformism as well as, if not better than, the theory of «fixed types» can give to the universe that grandeur and depth and unity which are the natural atmosphere for Christian faith.

These events have become popular because of the limited investment of time and money required for participation, the depth of conversation created in a more intimate atmosphere, and the regional focus.

Going into more depth on the issue, Keown explained that Arsenal's fans will be providing an extra hostile atmosphere after the shame of finishing below Tottenham for the first time in 22 years last season.

Instead of weightlessness, the aquanaut would have to endure, among other things, artificial atmospheres with gaseous mixtures different from what we breathe on land, maintained at significantly higher pressures than those at sea level to match the water pressure at depth.

More in - depth studies that could seek signs of life in the atmospheres or on the surfaces of any worlds around Alpha Centauri would have to wait, however, for the development of bigger and more expensive telescopes.

But what has not been calculated before is the impact that the copepod's long journey and hibernation at depth has on the ability of the ocean to store carbon dioxide removed from the atmosphere.

Two half - ton steel pressure vessels simulate the Jovian atmosphere from the frigid ammonia cloud tops down to a depth of 230 kilometers, where the temperature rises to 325 degrees Celsius and the pressure to a smothering 74 times Earth's atmosphere.

But Laplace's theory is perfectly applicable to the atmosphere if ocean depth in the tidal equation is replaced by a quantity called equivalent depth, characterizing the extent of the atmosphere above the surface.

Such rules include perspective (parallel lines appear to converge in the distance), stereopsis (our left and right eyes receive horizontally displaced images of the same object, resulting in the perception of depth), occlusion (objects near us occlude objects farther away), shading, chiaroscuro (the contrast of an object as a function of the position of the light source) and sfumato (the feeling of depth created by the interplay of in - and out - of - focus elements in an image as well as from the level of transparency of the atmosphere itself).

A newly spotted exoplanet is rocky, hot and close — making it the first of many with an atmosphere we can study in depth

The warm Atlantic water was saltier, and therefore heavier and subducted at depth and reached to the bottom, actually heating up beneath a lid of ice and melt water, that prevented the release of heat to the atmosphere.

The treatments, administered at the Institute of Hyperbaric Medicine at Assaf Harofeh Medical Center, headed by Dr. Efrati, consisted of 40 one - hour sessions, administered five times a week over two months, in a high pressure chamber, breathing 100 % oxygen and experiencing a pressure of 1.5 atmospheres, the pressure experienced when diving under water to a depth of 5 meters.

At its height between 1960 and 1980, Polyarka was staffed by more than fifty working scientists, engineers, and technicians focused on measurements of surface weather, snow depth, sea ice, and conditions in the upper atmosphere.

The Martian atmosphere, with its significantly lower total shielding depth (~ 16 g / cm2, according to Kminek & Bada 2006) is not capable of significantly attenuating energetic GCR and SEP particles.

«There is an event documented in sediments from 55 million years ago called the Paleocene Eocene Thermal Maximum, during which (allegedly) several thousand Gton C of methane was released to the atmosphere and ocean, driving 5 ° C warming of the intermediate depth ocean.

The ocean and atmosphere are intimately linked, so the story doesn't just stop in the watery depth of the Pacific.

However, comparison of the global, annual mean time series of near - surface temperature (approximately 0 to 5 m depth) from this analysis and the corresponding SST series based on a subset of the International Comprehensive Ocean - Atmosphere Data Set (ICOADS) database (approximately 134 million SST observations; Smith and Reynolds, 2003 and additional data) shows a high correlation (r = 0.96) for the period 1955 to 2005.

Spectroscopic studies that rely on variations in the depth of the transit with wavelength have been used to identify gases such as hydrogen, sodium, and methane in the upper atmospheres of some close - in giant planets.