«Brightness in the infrared indicates blocky surfaces, which retain more
heat than surfaces covered by powder and debris.
Not exact matches
The
heat shield on the Mars 2020 spacecraft would reach temperatures of about 3,800 degrees Fahrenheit (2,100 Celsius) as it speeds at more
than 12,100 mph (19,550 kph) towards the Mars
surface, NASA said.
Hmm, so you're telling me that a «
heat shield» that was made of «special plastic» (as NASA called it back in the day), which was nothing but epoxy smeared over a ss honey comb «protected» the astros barreling into the upper atmosphere at hypersonic 5 miles / sec, or well over 30 times the velocity of a jumbo - jet and thru temperatures *** as quoted by NASA *** that are «10 times hotter
than the
surface of the sun», and then they «braked» with only a parachute to a safe splashdown?
In this way,
heat is generated in the cookware and not on the cooktop
surface, which is much more energy - efficient
than traditional gas or electric ranges.
Those Chick - fil - A waffle fries have a lot of
surfaces for the air to cool them, yet somehow retain their
heat a lot better
than the typical sticks from the average fast food joint.
I'd suggest baking them ahead as usual, and
than just
heating them on the grill, but they'd need to be on a solid
surface like foil or a grill basket.
A number of them said that the Remington course was a good deal harder and more jarring in the morning — when the cool weather seemed to tighten the
surface —
than it was in the afternoon, when the
heat of the sun appeared to expand it, making it deeper, fluffier and more tiring.
because the moisture helps
heat penetrate the
surface of the skin faster and deeper
than with dry
heat.
Babies lose body
heat faster
than adults because they have a greater body
surface, according to the University of Rochester Medical Center.
Ever since, he has made dozens of deep expeditions, sometimes paying his own way, and discovered bacteria living more
than two miles beneath the
surface in 140 - degree - Fahrenheit
heat.
Dark city
surfaces like roofs and roads absorb and radiate
heat, leaving cities up to 3 °C hotter
than surrounding areas.
Brighter regions at night indicate
surfaces that retain more
heat from the previous day
than surrounding
surfaces, just as grassy fields cool off at night while buildings in the city remain warmer.
Pluto's geological activity is driven both by
heat leaking from radioactive elements in its interior — a remnant of its birth more
than 4 billion years ago — and by the volatile compounds that flit between its
surface and its atmosphere.
«Fire whirls are more efficient
than other forms of combustion because they produce drastically increased
heating to the
surface of fuels, allowing them to burn faster and more completely.
The fantastical landscape is more
than a mile beneath the sea
surface and home only to life that can withstand tremendous pressure, acidity, and
heat.
In this case,
heat is transferred between the two
surfaces 10,000 times faster
than at larger dimensions.
That
heated surface air then rose into the atmospheric boundary layer — the lowest level of the troposphere — doubling its height to more
than 4 kilometers, and creating a thick blanket of
heat.
Because the Sun produces
heat at its core, this runs counter to what one would initially expect: normally the layer closest to a source of
heat, the Sun's
surface, in this case, would have a higher temperature
than the more distant atmosphere.
Because water expands as it warms, that
heat also meant that sea
surface heights were record high, measuring about 2.75 inches higher
than at the beginning of the satellite altimeter record in 1993.
Quantitative analysis has evidenced the acceleration system of melting ice: dark water
surfaces absorb more
heat than white ice
surfaces, thus melting ice and making more water
surfaces in the Arctic Ocean.
Any larger and they would face overheating on exertion, with their metabolism generating
heat faster
than it could be dissipated through their
surface area.
The ocean absorbs most of the extra
heat trapped by greenhouse gases — more
than 80 percent — with temperatures rising up to 3,000 meters below the
surface.
Interactions between the violently moving plasma and the sun's magnetic field in this area may be the source of the energy that
heats the corona to some hundreds and occasionally thousands of times hotter
than the sun's
surface.
Water pressure at those depths is more
than 200 times that of the atmosphere at the
surface, and no one knew what all the
heat, gas, and salt below the seafloor might do to the drilling equipment.
YAG (yttrium aluminium garnet) lasers emit ten super-short pulses of light each second, which superheat the paint, blasting it off in chips, rather
than heating the
surface.
Another idea is that water ejected by the plume falls onto the
surface as a fine mist, changing the structure of the
surface grains and allowing them to retain
heat longer
than the surrounding landscape.
Increasing atmospheric CO2 concentrations cause an imbalance in Earth's
heat budget: more
heat is retained
than expelled, which in turn generates global
surface warming.
They combined this information with the land
surface temperatures measured by satellite and found that more
than half a million people — about 10 percent of the population — inhabit neighborhoods that are most vulnerable to
heat event health impacts.
An extreme greenhouse effect traps so much
heat that the
surface is hotter
than an oven set to broil — and the thermometer does not budge.
«We've long known that
heat radiated by buildings, roads, bridges and other structures keeps
surface air temperature higher in cities
than in surrounding areas.
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).
The observed fact that temperatures increases slower over the oceans
than over land demonstrates that the large
heat capacity of the ocean tries to hold back the warming of the air over the ocean and produces a delay at the
surface but nevertheless the atmosphere responds quit rapidly to increasing greenhouse gases.
More
than 90 % of global warming
heat goes into warming the oceans, while less
than 3 % goes into increasing the atmospheric and
surface air temperature.
One legitimate objection could be that they vertically mix
heat into the ocean more efficiently
than the observations support (Forest [2008], Hansen [2011], & Kuhlbrodt & Gregory [2012]-RRB-, i.e they have weaker -
than - observed
surface stratification - the black line bulge in Figure 3 (c) in the top 200 metres of ocean.
Heat generated by the impacts left up to 10 percent of the planet's
surface covered with melt sheets more
than a kilometer thick.
It is more striking for Ocean
Heat Content which so far you have avoided, despite it being a considerably less noisy record
than surface temperature.
Astronomers used NASA's Fermi Gamma - ray Space Telescope to examine J1311 and found that the side of the star facing the pulsar was
heated to more
than 21,000 degrees Fahrenheit — more
than twice as hot as the sun's
surface — while the cooler side was glowing at a temperature of 5,000 degrees Fahrenheit, which is almost half the sun's
surface temperature.
More
than 90 percent of the excess
heat trapped by greenhouse gas emissions has been absorbed into the oceans that cover two - thirds of the planet's
surface.
There are also concerns that oceans, which currently absorb more
than 90 percent of the extra
heat being trapped by human greenhouse gas emissions, could eventually release some of that back to the
surface, speeding up the
surface temperature rise.
Once
heated, the ocean
surface becomes warmer
than the atmosphere above, and because of this
heat flows from the warm ocean to the cool atmosphere above.
Under cloudy conditions, the cloud cover radiates more
heat back down toward the ocean
surface than happens under clear sky conditions.
Methane gas traps even more
heat on the earth's
surface than carbon dioxide, making it an important part of the climate change puzzle.
Because infrared
heat penetrates into the body vs. simply
heating the
surface of the skin, infrared saunas are seven times more effective
than traditional saunas at detoxifying the body.
Not only that, the REDjuvenator ™ Quantum Energy healing benefits outshine & outperform all other LED light therapy, incandescent / tungsten
heat lamp (sauna) bulbs and are far safer & more effective
than harmful laser light therapy devices... with optimal power & light output, greater
surface area, faster healing & anti-aging results and greater affordability.
First, a single rod heater must run at a much higher
surface temperature
than a large flat radiant heater to produce sufficient infrared
heat.
As a result of this infrared
heats human tissue directly rather
than just the
surface of the skin.
However, experts say that had this experiment been performed with subjects wearing swimsuits, they would have lost
heat evenly across all exposed body
surfaces — and no more
than 10 % from the head specifically.
In 2017, with the Inauguration Day and Valentine's Day less
than a month apart, the results of the Electoral College vote permeated the bedroom, as well as
surfaced in
heated rants on social media, dividing friendships and romantic partners.
As CCM brakes generate more
surface temperature
than steel brakes, open - air intakes on the bumper and deflectors on the anti-roll bar direct increased airflow to the braking system — the attention to detail even extending to the use of new,
heat - resistant valve caps.
The interior is basically carryover from the TRD Off - Road, and includes
heated, leather seating
surfaces (Toyota points out the fact that leather is easier to clean
than cloth), a seven - inch Entune infotainment system with navigation, Qi wireless smartphone charging, a 4.2 - inch color gauge cluster display with an inclinometer and roll / pitch displays, and TRD - specific floor mats and shift knob.