Sentences with phrase «decreased skin temperature»

«The darker colors occur on the legs, ears and nose due to decreased skin temperature in these areas.

Not exact matches

However, no research has shown menthol to actually cause a decrease in the temperature of the skin or muscles.

As a child becomes dehydrated, heart rate increases, blood flow to the skin decreases, and a body temperature can rise steadily to dangerous levels.

The mice had allergic reactions at the site of skin exposure, allergic reactions in the intestine, and the severe allergic food reaction of anaphylaxis that is measured by decreased body temperature.

The reception of oxytocin from the mother to the infant through skin to skin contact triggers regulation of body temperature as well as a decrease in heart rate due to the relaxation caused by the emotional sense of safety also caused by oxytocin reception.

Kevin, even with greater evaporation, when one considers all the energy fluxes into and out of the ocean cool skin layer, as long as the change in net energy flux causes the cool skin to warm, the temperature gradient between the cool skin layer and the bulk ocean below it will decrease.

Maca is excellent for skin; it can decrease sensitivity to extreme temperatures and help calm blemishes!

As you lose heat through your hands and feet, your skin temperature increases and your core body temperature decreases.

Coconut oil helps diminish the symptoms of thyroid disease by decreasing sensitivity to cold by raising the body's temperature, helps decrease hair loss and dry skin and strengthens the immune system to help keep the body functioning at optimum levels.

The freezing cold air was found to rapidly reduce pain and inflammation by decreasing the skin's external temperature, causing an influx of endorphins (your body's natural painkillers) to be released.

Dogs do not perspire through the skin as we do, but instead regulate body temperature by getting out of direct sunlight, wallowing in water, decreasing activity, and panting.

It also possesses the following properties: prevents vomiting, prevents muscle spasms, lowers blood pressure, alleviates itching as a result of skin irritation and decreases temperature.

Long waves (infrared) light from the sun, GHGs, clouds, are trapped at the surface of the oceans, directly leading to increased «skin» temperature, more water vapor (a very effective GHG), faster convection (with more loss of heat to space in the tropics),... How each of them converts to real regional / global temperature increases / decreases is another point of discussion...

Re my own comment # 369 above, a correction: Not only will the effective radiating temperature of the «stratosphere» described there decrease when opacity increases, as stated, but so will the skin temperature, with both now located at higher altitudes.

If the DLR decreases, the temperature gradient between the surface skin and bulk increases, and more heat flows from the ocean depths to the surface where it is radiated away.

Skin temperature can have much faster increases and decreases in temperature.

But now that the skin has warmed up, the temperature gradient across the subskin begins to decrease, and hence so does upward transport of heat energy via convection / conduction.

It is often said that because the temperature gradient (from subskin to skin) changes then the rate of upward energy flow must slow down but that would not be the case if the enhanced rate of evaporation speeds up the rate of flow again to negate the expected slowdown from a decreased gradient.

Simultaneously, the slowing down of the decrease of temperature in the ocean skin layer reduces the heat transport from below.

f) all the additional energy coming from the increase of the back radiation is thermalized within the skin layer and then emitted back to the air by increasing radiation, convection, conduction and evaporation into the air so that none part of it is delivered to the ocean — otherwise it would give us the decrease of the cooling of the bulk temperature of the ocean;

Since natural and anthropogenic changes in DLR don't change the skin temperature relative to the water below, those changes simply increase or decrease the amount of energy that must flow upward from below.

If we reduce the decrease of temperature of the ocean skin layer we will maintain evaporation on the higher level.