Sentences with phrase «heat as their mass»

In this view, animals adjust the flow of nutrients and heat as their mass changes to maintain the greatest possible energy efficiency.

Not exact matches

When the carbon fiber material undergoes a kind of heating process known as curing, it can become «stronger than steel for the same mass of material,» explained Facebook Connectivity Lab director Yael Maguire in a blog post.

I had to hack it out one tiny piece at a time and eventually soak it in a hot water bath to even loosen it enough to get it out of the processor as the blade had spun out a hollowed space under the frozen mass... anyway it was a huge pain, I would say heat the fruit up first

One must exercise patience when cooking the batter, removing from heat only when a trail is left at the bottom of the pot and when the batter slides around the pot as a solid mass.

It will catch the dripping fat and make for easier cleanup, it will provide some moisture in the cooking chamber, and it will serve as a mass of heat to help keep the temps even.

For instance, newborns lose heat easily, and preemies in particular have trouble regulating their body temperature, as they lack the energy or fat reserves to generate heat and the body mass to maintain it.

As is common in the aftermath of many mass shootings in the U.S., the tragic loss of life was closely followed by heated debate surrounding the country's gun laws.

Fusion simply means the combining of light nuclei to make a bigger nucleus with a mass deficit, and that mass deficit shows up as heat.

It is well established that cold - blooded species get smaller as the climate heats up, says Andrew Hirst of Queen Mary, University of London — 1 °C of warming reduces their adult body mass by 2.5 per cent on average.

Charlie's research told him that during El Niño weather cycles, the surface seawaters in the Great Barrier Reef lagoon, already heated to unusually high levels by greenhouse gas — induced warming, were being pulsed from a mass of ocean water known as the Western Pacific Warm Pool onto the reef's delicate living corals.

If this apparent transformation continues, it may lead to a markedly different ice regime in the Arctic, altering heat and mass exchanges as well as ocean stratification.

Typically, when solar structures with opposite magnetic orientations collide, they explosively release magnetic energy, heating the atmosphere with a flare and erupting into space as a coronal mass ejection — a massive cloud of solar material and magnetic fields.

Known as Kepler 452b, the world is estimated to be a bit on the hefty side, at five times the mass of Earth, but it is receiving just 10 % more heat and light than we do from its G - type star, just like our sun but 1.5 billion years older.

When trained as tightly packed, small - diameter springs, this material contracts when heated to produce a significant amount of force, given its slight mass — ideal for use in a lightweight compression garment.

This planet also releases more heat than it receives from the sun as gravity compresses its mass (and slowly shrinks the planet).

With less than 20 percent of Sol's mass, Proxima is so small that it can transport core heat to its surface only through convection, unlike larger red dwarf stars like Gliese 752 A — also known as Wolf 1055 A or Van Biesbroeck's Star (more).

Same is true for any other rapid release of a large enough carbon reservoir, such as large enough methane deposits, if they exist, or carbonate rock, if large enough a mass is heated by large enough a magma.

However, lacking global observations of surface mass and ocean heat content capable of resolving year to year variations with sufficient accuracy, comprehensive diagnosis of the events early in the altimetry record (e.g. such as determining the relative roles of thermal expansion versus mass changes) has remained elusive.

Its mass is indistinguishable from that of HD 209458b, but its radius is significantly smaller and fits the theoretical models without the need for an additional source of heat deep in the atmosphere, as has been invoked by some investigators for HD 209458b.

The star builds up its mass as gravity attracts gas to move from the disk onto the star, a process that also releases significant energy that heats up the surrounding gas cloud.

The ability of a large moon such as Titan to subsequently retain a substantial atmosphere for billions of years depends on a delicate balance between surface gravity, atmospheric molecular mass, and solar heating.

I had to hack it out one tiny piece at a time and eventually soak it in a hot water bath to even loosen it enough to get it out of the processor as the blade had spun out a hollowed space under the frozen mass... anyway it was a huge pain, I would say heat the fruit up first

But the point is that I am using high reps with moderate weights nowadays and I am not getting barely any mass on me at all, and better than that is that my muscles are getting quite denser and denser everytime I train, and I don't even train that often (although I am planning to turn up the heat on my training in the meantime, probably when I move out to a southern part of the world, as I don't like how cold it is here most of the year where I live now:P).

As you lose weight, the REE goes down (less body mass to heat, less energy needed) so you need to adjust the REE for Fat Free Mass (FFM) and Fat Mass (FM).

As well as boasting low unsprung masses, the brakes also give superior heat tolerance, excellent wet braking performance, ease of use and excellent feeAs well as boasting low unsprung masses, the brakes also give superior heat tolerance, excellent wet braking performance, ease of use and excellent feeas boasting low unsprung masses, the brakes also give superior heat tolerance, excellent wet braking performance, ease of use and excellent feel.

As it happened, Chen had just read about the bathhouse in an English publication: Every weekend night, about two thousand Chinese and several dozen foreigners gather together naked at Niaofei Yuyao — a gigantic bathhouse, where the masses soak in tubs of milk, sweat in the «fire jade heat room,» watch movies, and swim in the pool.

A mass protrusion from the vaginal area (canine vaginal prolapse or vaginal hyperplasia) can be described as vaginal tissue protruding from the vulva, commonly caused by edema (fluid retention) from estrogen produced in estrus (when your dog is in heat).

Cats typically crave extra warmth as they age, perhaps to help lessen the pain of arthritic joints, or due to lower body mass and slower metabolism causing less internal heat production.

I suspect that what was happening was that there was mass loss, but there was also thermal expansion of the ice, as melt water drained down through the ice and froze, depositing its heat of fusion and raising the temperature.

Basically what we are saying is that normal greenhouse is based on having less thermal mass to heat than the atmosphere as whole due to seperation from that atmosphere, and to a lesser extent on insulation due to the air not moving as much.

(More specifically, you've read it as supporting a * lag * in response, without considering that perhaps (given the physics of a high mass / high specific heat system like the oceans) what is really implied is, rather, a slow * rate * of response — but one which nevertheless «starts» immediately.)

then would increase the heat flow atmosphere - > ocean, leading to lower (dynamic) equilibrium temperature in the atmosphere which of course occurs very fast, as the thermal mass of the atmosphere is very low compared to the net energy throughput.

# 192 «For example a strengthening of wind over some oceanic region http://web.science.unsw.edu.au/~matthew/nclimate2106-incl-SI.pdf then would increase the heat flow atmosphere - > ocean, leading to lower (dynamic) equilibrium temperature in the atmosphere which of course occurs very fast, as the thermal mass of the atmosphere is very low compared to the net energy throughput.»

PS when molecular collisions are frequent relative to photon emissions and absorptions (as is generally the case in most of the mass of the atmosphere), the radiant heat absorbed by any population of molecules is transfered to the heat of the whole population within some volume, and molecules that emit photons can then gain energy from other molecules.

Tropical cyclones do act as a large mechanism for the transfer of heat, mass and momentum that can significantly impact on weather system thousands of kilometers away

Re 346 ziarra — the flow of heat (between adjacent layers of material via conduction, convection, or mass diffusion, or potentially across larger distances via emission and absorption of photons) will be from hot to cold (or from higher to lower concentrations of a substance carrying heat, which might end up being from cold to hot in some conditions, such as a wet surface cooling by evaporation into warm dry air).

The mass destabilisation of millions of people (perhaps up to a half - billion) can not be outweighed by any benefit (such as the savings of money on heating during harsh winters in North America or expanded shipping routes through the Arctic) since it is people's lives at stake (not to mention the likely extinction of millions of species of wildlife).

(Within a typical atmosphere, as on Earth, heat transport by conduction and molecular mass diffusion are relatively insignificant for bulk transport (there is some role in smaller - scale processes involving particles in the air), except when the net radiative flux and convective flux are very very small (not a condition generally found on Earth).

The pond creatures came back as if from nowhere and grew mass & absorbed the extra greenhouse heat, which stopped the hurricanes and the ice melts and the pond overfilling.

Mr. Gore is speaking out about global warming in order to try to prevent the kinds of catastrophes, such as mass starvation, that could occur as the earth heats up.

This suggests that by using the heat mass of warmth units absorbed, the oceans are 10 times as sensitive to CO2 and other effects.

As the forests burn, and the crops fail, the dangerous buildup of greenhouse gases will continue to fuel the planet towards record heating, catastrophic sea level rise, and mass methane release.

The only process that one could argue is minimally effected by CO2 is — the RATE of heat transfer from the Earth's surface — but with convective / conductive energy / mass transfer as the controlling mechanism — it would be immediately acted on by increased convection anyway — because Earth isn't surrounded by a glass bowl now is it — NO — just the cold depths of space!

As I studied the evidence it became clear to me that the issue was real, and that as greenhouse gas levels increased we would see ice mass disappearing and ocean heat content increasing before temperatures rose dramaticallAs I studied the evidence it became clear to me that the issue was real, and that as greenhouse gas levels increased we would see ice mass disappearing and ocean heat content increasing before temperatures rose dramaticallas greenhouse gas levels increased we would see ice mass disappearing and ocean heat content increasing before temperatures rose dramatically.

The atmosphere of Venus is mostly CO2 but the atmospheric heat arises as a result of the mass and density of the Venusian atmosphere (apparently more than 90 times that of the Earth) not just the absorption characteristics of CO2.

Still to be delivered: proof that the globe, or even that small mass of air above that small part of the Earth known as the Arctic, is being heated by increased atmospheric CO2.

While tropical hurricane intensity is primarily driven by latent heat from warm sea surface temperatures, an extra-tropical storm is primarily driven by baroclinic processes (differences in the pressure gradient) such as the gradient due to the contrast between the warm Gulf Stream and cold continental air mass.

Within minutes, the air began to cool down as the thermal mass of the house absorbed the heat.

The earth's oceans can be modeled (shudder) as series of masses corresponding to different layers with energy inputs decreasing with depth, and with the low mass, low heat capacity atmosphere on top.

The more interesting measure is the mass of aluminium (as the membrane material between the two directions of flow in the heat exchanger) needed to build a plant with a 95 % efficient heat exchanger able to remove ten tonnes of carbon per year from the atmosphere, bearing in mind that scrap aluminium currently costs $ 1500 / ton.