Pure ghee is 99 - 99.5 % butterfat with only trace amount of dairy, it can be cooked
at high temperatures without burning, and has a lovely nutty flavor — perfect for curries.
But it's not really clear how they could become zero - resistance superconductors
at high temperatures without the strong interactions that create a correlated insulating state in the copper based materials.
My oils of choice are Coconut and Olive, when choosing an oil to cook with you want an oil that will not be damaged by high cooking temperatures and Coconut oil can be used
at higher temperatures without heat - induced damage to the oil.
It's not much pressure - usually around 10 - 15 PSI, but its enough to allow the system to operate
at a high temperature without boiling.
«there does not exist a device which, working in a cycle, permits heat to be transferred from a reservoir at one temperature to one
at a higher temperature without compensating changes».
Not exact matches
The rule then was that, since baked items bake
at temperatures high enough to kill most known bacteria, you could bake and decorate cakes
at home
without a license (this was in 1996, so check again to be sure).
Chicken legs marinated in buttermilk over night and then baked
at a
high oven
temperature, this chicken is just like the real deal
without all the fat and calories.
This does two things: 1), prevents them from burning on top and being mushy on the inside, 2) keeps them from drying out like goods can made
without traditional flours when baked
at high temperatures, and 3) helps them continue baking
at a continuously decreasing
temperature without overheating them so they firm up perfectly and turn golden in color.
Pockets, some covers, and all - in - ones may lose their waterproofing if washed
at super
high temperatures, while the inserts may begin to smell if washed
without the right amount of detergent and rinsed well enough.
They may not be considered the healthiest, and medical professionals warn that moms - to - be shouldn't eat them
without first ensuring that they have been heated
at high temperatures to prevent listeria.
Certain copper - based compounds superconduct, or transmit electricity
without resistance,
at unusually
high temperatures.
So far, the basic question — how do these materials carry current
without resistance
at temperatures much too
high to be accounted for by the classical model of superconductivity?
The most celebrated quantum materials are the
high -
temperature superconductors discovered in the 1980s, so named for their ability to conduct electrical current
without resistance
at temperatures well above those of traditional superconductors.
Researchers in Japan and China have discovered a new family of
high -
temperature superconductors — materials that conduct electricity
without any resistance
at inexplicably
high temperatures.
What we aimed
at was an innovative coat that works differently from conventional intumescent coatings and can stick to the steel surface for as long as possible under
high temperatures, and yet has durability and weather resistance under normal conditions
without a need for a top coat of paint.»
Researchers
at Tufts University have stabilized blood samples for long periods of time
without refrigeration and
at high temperatures by encapsulating them in air - dried silk protein.
But
without exposure to oxygen, the researchers found, lithium films could retain deuterium
at higher temperatures as a result of lithium - deuterium bonding.
Iron - based superconductors can conduct electricity
without resistance
at unusually
high temperatures relative to those of conventional superconductors, which must be chilled to near absolute zero (minus 459 degrees Fahrenheit) to release their superconducting powers.
Yi's work focuses on hightemperature superconductivity, a phenomenon in which electrons coherently pair up to travel
without resistance in a material
at a relatively
high temperature.
The FAST manufacturing method enables the creation of transformer cores from raw starting materials in minutes,
without decomposing the required iron nitrides, as could happen
at the
higher temperatures used in conventional sintering.
«This is the first time anyone's made these
at room
temperature and
without very
high pressure,» he said.
But
without exposure to oxygen, lithium films could retain deuterium
at higher temperatures as a result of lithium - deuterium bonding during a PPPL experiment.
This model suggests an 80 percent chance of a record
high in 2016,
without any global
temperature data for this year being used
at all.
You can use it to cook
at high temperatures and even leave it
at room
temperature for months
without it going rancid.
Preparation: as described below, you are going to mix the ingredients
without chia seeds and
without too much effort, then leave the dough for... 3 to 12 or more hours to develop, add chia seeds and bake it in a pot with a lid
at a
high temperature.
It lends a somewhat buttery flavor to dishes and can be used
at pretty
high temperatures without oxidizing (which means it remains good for you, even if you turn up the heat).
Problems occur when we are cruel to our grains — when we fractionate them into bran, germ and naked starch; when we mill them
at high temperatures; when we extrude them to make crunchy breakfast cereals; and when we consume them
without careful preparation.
The Police Interceptor is equipped with an external oil - to - engine - coolant oil cooler to reduce engine oil
temperatures, allowing the vehicles to operate
at high rpm /
high loads for an extended period of time
without the risk of engine oil overheating and subsequent engine damage.
Boasting
high electrical performance, even
at extreme
temperatures and reliability that meets the demands of cold starts, the BMW Battery with calcium technology is especially suited to BMW vehicles
without EfficientDynamics functions.
It's just a convenient as kibble,
without being baked
at a
high temperature that can destroy nutrition.
The soft treats are produced using a cold press process and cooked quickly
at 40 to 75 degrees Celsius
without high temperatures or steam, retaining natural enzymes, vitamins and fibers for a more nutritious product.
In a pressure - cooker, the water vapor stays inside, and thus allows liquid water to get arbitrarily hot
without boiling — until the whole thing explodes, which is why there is that little thinghy on top which in fact limits the pressure and instead allows the water to boil
at a
higher temperature than normal.
Soon knew that the relevant data series for discussing the AO influence on Western Hudson Bay
temperature (and by proxy, sea ice) was from Churchill and despite being reminded of the fact by the first set of reviewers, nonetheless continued to only show the AO connection to a site 1000 miles away, which had a much
higher correlation
without any discussion of whether this other data was
at all relevant to Churchill or the bears nearby.
heat can not be transferred from one reservoir to another reservoir
at a
higher temperature -
without expending (mechanical) work
As you go
higher into the atmosphere, the
temperature decreases
at a rate of 9.8 ºC / km (this is called the atmospheric lapse rate), and the atmosphere becomes transparent
at an altitude where the
temperature is 255 K (the calculated
temperature of the earth
without greenhouse gases!).
I personally think, whether
at any given moment the
temperature trend is up or down, that the absolute level is
higher than it would have been
without mankind liberating large amounts of stored (chemical and nuclear) energy via Fossil Fuel, Fission and Fusion (FFFF).
If you were to let this perfect ideal gas radiate, which they all do to some degree, then the pressure
at the bottom would have more emissivity / absorptivity and that «
temperature» ratio would show pressure's influence be even
higher... even
without external energy... it's called pressure broadening and it guaranteed.
So,
without any external heat source and none from the planet all that's in play here is the heat this chilled out band of brothers gains on the way down, heavier and sinking gaining kinetic energy and therefore
temperature the denser they get until finally
at the surface becoming too hot they expand and rise slipping out of their restricting gravity and rude neighbours bumping into them they get themselves some space and cool off, then coming back off their
high when they realise just how cold and lonely they are, getting nostalgic again for their noisy neighbours who won't stick to their side of the road, forgetting, we do forget just how horrible horrible past experiences were, that they'll just get all hot and bothered again.
BBD is in full agreement with both me and standard physical geography textbooks that dry climates
without clouds have
higher mean annual
temperatures than wet climates with clouds when both are
at substantially the same latitude.
The energy is — especially if we add internally generated heat from radioactive decay in the mantle — sufficient to increase the
temperature of the atmosphere to the
higher temperature without having a «radiant imbalance»
at TOA
at all.
The true situation is that
without the green house gas the surface radiates to space which is
at 4K while with ghg it radiates to to ghg
at a
temperature around 200K or
higher.
Pekka, I don't think you are disputing that in an adiabatic convective profile, the
temperature at higher altitudes is colder, so the
higher molecules are slower, and are continually moving up and down
without losing or gaining diabatic energy but with their
temperature changing, so I think this argument is about whether the convective profile is an equilibrium profile or not.
This model suggests an 80 percent chance of a record
high in 2016,
without any global
temperature data for this year being used
at all.
say it has been predicted that «the average
temperature in the semiarid northwest portion of China in 2050 will be 2.2 °C
higher than it was in 2002,» and they report that based on the observed results of their study, this increase in
temperature «will lead to a significant change in the growth stages and water use of winter wheat,» such that «crop yields
at both
high and low altitudes will likely increase,» by 2.6 %
at low altitudes and 6.0 %
at high altitudes... Even
without the benefits of the aerial fertilization effect and the anti-transpiration effect of the ongoing rise in the air's CO2 content, the increase in
temperature that is predicted by climate models for the year 2050, if it ever comes to pass, will likely lead to increases in winter wheat production in the northwestern part of China, not the decreases that climate alarmists routinely predict.»
Flouride salts hold heat almost as well as water, so make for good coolant, but remain liquid up to 1300C, so unlike water - cooled reactors can operate
at higher temperatures, for better efficiency, and
without pressurized vessels, making them both safer and less costly.
It's claim is that CSP plants could operate
at much
higher and more efficient
temperatures and
without the
high melting point of molten salt.
This is set to rise steadily
higher — yet it is being imposed for only one reason: the widespread conviction, which is shared by politicians of all stripes and drilled into children
at primary schools, that,
without drastic action to reduce carbon - dioxide emissions, global warming is certain soon to accelerate, with truly catastrophic consequences by the end of the century — when
temperatures could be up to five degrees
higher.
Tim Clark says: March 24, 2011
at 5:54 pm «No, I'm stating that there is no actual data that indicates catastrophic consequences of modeled increases of
temperatures in response to
higher levels of CO2
without unverified positive feedbacks.»
Further, the
high reactives who developed anxious symptoms differed from the
high reactives
without anxious symptoms with respect to fearful behavior in the second year and,
at age 7 years,
higher diastolic blood pressure, a narrower facial skeleton, and greater magnitude of cooling of the
temperature of the fingertips to cognitive challenge.