Sentences with phrase «temperature gradient»

The resulting temperature gradient from south to north likely increased the pressure gradient that drives the winds.

The flash - freezing procedure establishes a vertical temperature gradient within the glass bottle.

Since increasing GHGs implies an increasing temperature gradient, the temperatures must therefore «pivot» around this (fixed) level.

Consequently, there is a high temperature gradient in the core region, which results in a convection zone for more efficient energy transport.

Thus, a decreasing pole - equator temperature gradient shouldn't have much effect on hurricanes.

Generally, a high temperature gradient also helps promote a stable growth transition from liquid to solid.

It doesn't really matter which method they use as either one ensures that a local temperature gradient exists.

Below the sea floor, the temperature increases with depth, along the geothermal temperature gradient.

> VERY close to the actual temperature gradient in the real atmosphere What specific gradient do you get?

Users can tweak the code that controls the LED's sensitivity so it responds to a narrower or wider temperature gradient.

Above that level, a reversal of the horizontal temperature gradient occurs, which produces a reduction in the wind speeds of the jet stream at high latitudes.

This indicates the rate at which heat will be transferred between the ground loop and the surrounding soil for a given temperature gradient.

Results from across a stream temperature gradient now show that this effect can be offset by increasing nutrient supply.

«The situation is important for us, as the reduced temperature gradient between the equator and the North Pole is changing the circulation patterns and behaviours of the atmosphere and oceans, contributing to our direct experience of climate disruption.»

As if there is no variability in global ocean CO2 uptake and variability with temperature gradients from approximately 90F to 30F.

Stronger vertical mixing invigorates the MOC [Meridonal Overturning Circulation] by an order of magnitude, increases ocean heat transport by 50 — 100 %, reduces the zonal mean equator - to - pole temperature gradients by up to 6 °C, lowers tropical peak terrestrial temperatures by up to 6 °C, and warms high - latitude oceans by up to 10 °C.»

In this respect, the phenomenon more closely resembles Earth's Arctic vortices — seasonal cyclones that appear above the poles and are driven by temperature gradients in the upper atmosphere.

Higher latitudes during Southern Hemisphere winter receive no such augmentation, and the increased latitudinal temperature gradient results in stronger stratospheric west winds.

Adding heat to the ocean, in contrast, slows down the overturning circulation because ocean currents depend on temperature gradients — moving from warmer locations to cooler locations — that weaken under global warming as cooler waters heat up.

The fact that AWS stations are likely to show a warming bias compared to manned stations (as the distance between the sensor and the snow surface tends to decrease over time, and Antarctica shows a strong temperature gradient between the nominal 3m sensor height and the snow surface) matters.

But in traditional cooking, the high temperature of the pan, oven or grill pushes heat into the exterior of the food so quickly that a large temperature gradient forms between the surface and the core.

There are clear mismatches — particularly in the equator - to - pole temperature gradient which points to some kind of missing physics relevant to warm climates.

However, the surface cooling from ice melt increases surface and lower tropospheric temperature gradients, and in stark contrast to the case without ice melt, there is a large increase of mid-latitude eddy energy throughout the midlatitude troposphere.