Sentences with phrase «stable temperature range»

The higher thermal mass greenhouse would have a more stable temperature range.

This special orbit will remain stable for decades, keeping TESS's sensitive cameras in a very stable temperature range.

Not exact matches

Place the jar in a room / cupboard where there is a stable temperature in a range of 70F - 75F and leave your sourdough starter for 24h.

Recent experiments have demonstrated that colloidal particles decorated at two interaction sites display a remarkable propensity for self - organising into highly unusual structures that remain stable over a broad temperature range.

And the observed antiskyrmions are stable at a wide range of temperatures, including room temperature.

Ecologists can now combine classic stable istopic tracers with any number of parameters, like temperature range, salinity, or newly discovered isotopic tracers.

As long as the gold atoms, or cations, are stabilized in a single - site form configuration, irrespective of the type of support, the precious metal will be stable and operate for many hours at a range of practical temperatures.

Therefore, as long as the overall composition of other Earth - like planets are the similar to ours, we would expect them to sport a carbon cycle (either organic or inorganic), also providing a stable climate for them — as long as the planets remain within the temperature range where the carbon cycle can work.

What's Next: The team, again integrating experiments and theory, are studying the temperature range over which the two - layer ice is stable and what happens when more water is added on top of the two - layer ice.

Researchers noted that the pigment, which was stable in a range of pH and temperature conditions, might satisfy public demand for safe, natural alternatives to synthetic food dyes.

Its climate is tropical monsoon, with a stable temperature within the range of 21 °C to 32 °C.

Very rough real - time measurements / compilations of average temperatures in the 20th century reveal very little change in 150 years — a one degree C. average temperature range in 150 years is unusually stable.

Temperature of the earth has been extremely stable in a narrow range for ten thousand years.

The temperature during the past ten thousand years has been stable in a narrow range.

Human biology is remarkable; we maintain a relatively stable core body temperature over a wide range of ambient temperatures.

PS By «stable» I mean that the global temperature has been alternating between warm interglacials and cold glacial periods — but it is stable in not going outside those ranges.

This stability in TSI has 2 effects: (i) as you say it makes global average temperatures remarkably stable (but I suggest the temperature stability is principally down to the TSI stability) and (ii) estimating the effect of a TSI forcing on global average temperatures is difficult when you have only a 0.3 % forcing range.

A straight logical proposition: tree temperature measurements measure leaf temperatures which have been shown by measurements to be stable within a certain range and not correlated strongly with ambient temperature.

During the past 7000 years, CO2 did go up while temperature was stable in a narrow range.

This is the powerful negative feedback to temperature that has make the climate temperature extremely stable in a narrow range for ten thousand years.

I have edition 1 of that fine text book and, for interested posters, the non-isothermal stable equilibrium temperature profile derived from maximization of entropy of the GHG - free adiabatic ideal gas column top post Fig. 1 derivation is in Chapter 4.4 pp.164 - 168 for realistic pressures (holds for ~ 80 % of pressure range of earth's atmosphere).

What other forcing is stable that could have regulated the temperature of the earth in a narrow range for ten thousand years?

The Azores have a very stable daily temperature range (10 degrees F) that annually slides within a narrow window.

Compare this stable situation with the earth, with changing winds, variable angles, clouds folding and unfolding, differing atmosphere densities, ever - changing chemical interactions, wide - ranging temperatures, and the like.

Measurement of CO2 concentration is always problematic; the «Standard Dry Air» SDA basis of measurement and comparison is at standard temperature and pressure which is a non-existent parameter; and as we are seeing, CO2 is not a well - mixed gas at all and will be defined by, amongst other variables, SH, or absolute humidity; SH can vary from 0 to 5 % by volume of atmosphere; as the SH increases, the absolute amount of other gases, including CO2, decreases; to say therefore that atmospheric concentrations of CO2 have remained stable and not been above 280ppm over the last 650my is fanciful; even if you assume past CO2 levels have not got above 280ppm the range of variation within that limit has been greater than the current increase;

These products, typically sold to laboratories and a wide range of medical facilities, are designed to contain chemicals or biological specimens at stable, low temperatures.

In other words, implying a stable, peaceful, comfortable, adaptable range gently bumping up and down throughout 11,000 years... then bottoming out at the Little Ice Age, only to rapidly reverse upward to cover roughly the same temperature span, but in 1 / 100th the time — implying a volatile, un-natural, «alarming», and «un-adaptable» trend.

With all these positive feedbacks existing in the climate, how did temperatures stay within a fairly stable range in response to changes, as we see from the hockey stick?

If I remember correctly, models spin up to stable values at different average surface temperatures over a range of ~ 4 C.