Sentences with phrase «used at high temperatures»

It is a stable oil when used at high temperatures and easily digested.

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.

When using quality ingredients and oils that are safe to use at high temperatures (like coconut oil or tallow), fried foods can be an acceptable part of a healthy diet.

Not exact matches

Their research involves the disintegration of CO2 through the use of a high - temperature electrolytic bath made up of smelted carbonates at 750 degrees Celsius (1,380 degrees Fahrenheit).

For parsnip fries, I go with a 425 degree oven, which is lower than I use for sweet potato fries, but I find parsnips burn more easily at such a high temperature.

«The traditional method of dehydrating eggs involves using a spray dryer at very high temperatures, which damages the flavor of the egg and denatures its protein,» says Rodrigo Etcheto, director of marketing for the Lacey, Wash. - based company.

Although higher - heat smoking is technically not considered low - and - slow traditional barbecue, it does have its place in recipes like this one (and for people who use a ceramic smoker, which automatically smokes at a higher temperature).

In a stand mixer with the beater attachment (or using a hand mixer with the double beater attachments), beat the room temperature mascarpone and softened unsalted butter at high speed for about 5 - 10 minutes, or until pale and fluffy.

Notable hints of caramel, which tells me that high quality cocoa was used and kept at a low temperature to preserve its nutty flavor.

We like to roast root veggies — here we use sweet potatoes, carrots, turnips, and Yukon gold potatoes — at a high temperature, which gets them browned and crisp, and cooked in less time.

For this recipe I used whole wheat pitas and brushed them with Pomora Garlic - infused extra virgin olive oil, sprinkled with some sea salt, and baked real quick at a high temperature to get them nice and crispy.

If you do quadruple it (or more), I would suggest using a really big pan that is preheated for a while, or dividing it into multiple pans — it tastes best when the veggies are cooked at a fairly high heat, and added a lot of them at once to a small pan would bring down the temperature.

Perhaps using a powder fine Chickpea Flour (Mostly protein and fiber) would offer a similar effect if fried at a high temperature (to produce the Mailard Reaction that would result in crisping and browning).

Most other milk protein powders are made from cows - milk and though they claim to be minimally processed they use several invasive processing steps including heating at high temperatures.

Codex Alimentarius Commission (WHO / FAO), Code of hygienic practice for milk and milk products, CAC / RCP 57 - 2004: UHT (ultra-high temperature) treatment of milk and liquid milk products is the application of heat to a continuously flowing product using such high temperatures for such time that renders the product commercially sterile at the time of processing.

Yes, our organic dairy products start with milk that is pasteurized using the high temperature short pasteurization method at 170 °F for 18 seconds.

Most other milk protein powders are made from cow milk and use several harsh processing steps including heating at high temperature.

• If you are a serious raw foodie, do note that most raw almonds are not actually really raw especially if they are US almonds as pasteurization at temperatures higher than 135F are used for this process.

Olive oil is completely fine to use for cooking as long as you use it over lower temperatures and you do not fry or broil at high temperatures.

This Crock - Pot Manual Slow Cooker cooks on High or Low settings, and the Warm setting can be used to keep your dish at an ideal serving temperature.

If these are going to sit out at a warmer temperature than I'd suggest using the vegan margarine as the melting point is slightly higher and there will be less of a chance of your baked goodies falling apart when handled.

Kozii uses patent - pending technology, specifically designed to eliminate the risk of hot spots, nutrient damage, and dangerous chemicals that can be released from plastic bottles at high temperatures.

STATE OF THE ART LAUNDRY SYSTEM: Wonderwear's 7 stage washing process uses only natural cleaning agents and our commercial washers operate at much higher temperatures than home washers.

The prone or side sleep position can increase the risk of rebreathing expired gases, resulting in hypercapnia and hypoxia.54, — , 57 The prone position also increases the risk of overheating by decreasing the rate of heat loss and increasing body temperature compared with infants sleeping supine.58, 59 Recent evidence suggests that prone sleeping alters the autonomic control of the infant cardiovascular system during sleep, particularly at 2 to 3 months of age, 60 and can result in decreased cerebral oxygenation.61 The prone position places infants at high risk of SIDS (odds ratio [OR]: 2.3 — 13.1).62, — , 66 However, recent studies have demonstrated that the SIDS risks associated with side and prone position are similar in magnitude (OR: 2.0 and 2.6, respectively) 63 and that the population - attributable risk reported for side sleep position is higher than that for prone position.65, 67 Furthermore, the risk of SIDS is exceptionally high for infants who are placed on their side and found on their stomach (OR: 8.7).63 The side sleep position is inherently unstable, and the probability of an infant rolling to the prone position from the side sleep position is significantly greater than rolling prone from the back.65, 68 Infants who are unaccustomed to the prone position and are placed prone for sleep are also at greater risk than those usually placed prone (adjusted OR: 8.7 — 45.4).63, 69,70 Therefore, it is critically important that every caregiver use the supine sleep position for every sleep period.

Using an alternative electrolyte that is more stable at higher temperatures could help reduce fires in large lithium - ion batteries such as those used in the aircraft.

While it is known parboiling grains before milling helps retain essential micronutrients, researchers from Charles Sturt University (CSU) and the NSW Department of Primary Industries (DPI) have used the Australian Synchrotron to compare parboiling techniques, showing in the LWT — Food Science and Technology journal that longer parboiling processes at higher temperatures cause more micronutrients to migrate from the outer bran layer into the starchy core of the grain.

The temperature at HD 189733b's hot spot might reach as high as 1700 degrees Fahrenheit, about the melting point of silver and roughly the same temperature as the furnaces used to cremate human remains.

Previous work by Hook using satellite data indicated that many lake temperatures were warming faster than air temperature and that the greatest warming was observed at high latitudes, as seen in other climate warming studies.

Using heat from an external solar array, Licht, who's based at George Washington University, can raise the temperature so high that only a minute electrical current, supplied by solar photovoltaic cells, is needed to split the compounds.

There is a need for new material systems that can be used to make field - effect transistors sensors that work at high temperatures.

Until recently, the Empa CIGS cells were the most efficient in the world; at the end of October, though, a German research team at the Zentrum für Sonnenenergie - und Wasserstoff - Forschung (ZSW) in Stuttgart presented CIGS cells with an efficiency of 20.8 %, although they use far higher processing temperatures and (rigid) glass as the substrate.

Because most salts only melt at high temperatures (table salt, for example, melts at around 1472 degrees Fahrenheit, or 800 degrees Celsius) and do not turn to vapor until they get considerably hotter — they can be used to store a lot of the sun's energy as heat.

Because of the centralized design such a structure can operate at much higher temperatures — up to 1,000 degrees F (535 degrees C)-- and use molten salts directly as the fluid transferring heat in the power plant.

«Developing high - sensitivity, high resolution magnetocardiography for use at room temperature.»

«We are using sharp needles at a high temperature, when the plastic is molten,» explains John Hughes, the inventor of the fingerprinting system.

Using information from stations operated by certified observers for which complete weeks of data were available the researchers calculated the difference between the highest temperature recorded during the day and the lowest recorded at night, the so - called diurnal temperature range (DTR).

Using high - resolution cloud models, researchers from the Max Planck Institute for Meteorology in Hamburg, the Swedish Meteorological and Hydrological Institute in Norrköping and the Niels Bohr Institute at the University of Copenhagen analysed how heavy rainfall is affected by rising temperatures.

Since the operating temperature for fusion is in the hundreds of millions degrees Celsius, hotter than any known material can withstand, engineers found they could contain a plasma — a neutral electrically conductive, high - energy state of matter — at these temperatures using magnetic fields.

The so - called single - atom catalyst uses platinum more efficiently while remaining stable at high temperatures.

Tomato peels, on the other hand, are highly stable at high temperatures and can also be used to generate material with good performance.

The power factors of the crystals at room temperature greatly exceeded the corresponding values of the conventional Bi2Te3 - based alloys that are commonly used in thermoelectric applications, and these crystals thus represent a highly promising route towards the development of high - performance thermoelectric cooling solutions at very low temperatures.

«Aside from the large magnetoresistance of this compound, other important advantages are its non-toxic composition and the fact that it can be used even at higher temperatures.»

According to astronomer Daniela Calzetti of the Space Telescope Science Institute in Baltimore, Maryland, NICMOS is between 30 % and 40 % more sensitive than it used to be — thanks to a new coolant, it operates at a somewhat higher temperature, increasing the efficiency of the detectors.

He adds that perovskite solar cells using the older, high - temperature method are only marginally better at 22.1 per cent, and even the best silicon solar cells can only reach 26.3 per cent.

Furthermore, this information can be used to improve the deposition process during manufacturing, innovate coating materials, and allow for the use of coatings at higher temperatures, which could lead to wider adoption.

To do so, they will need to change the fabrication process they now use to create the material, as that process leads to the presence of water — which tends to bubble or evaporate at high temperatures.

New computer modeling suggests that high temperature TPV conversion — which captures infrared radiation from very hot surfaces — could one day rival combined - cycle turbine systems when combined with thermal storage using liquid metal at temperatures around 1,300 degrees Celsius.

In the first step, for example, they applied heat to the sample until it reached a certain temperature; then they used the atom probe to test what effect thermal stress had on the alloy, applied heat once again to reach a higher temperature, tested the alloy again etc. «Using this method, we can very quickly tell that the analysed alloy disintegrates into several different phases at temperatures above 300 degrees centigrade,» says Ludwig.

The new method uses shock waves to heat the metals to extremely high temperatures — 2,000 degrees Kelvin (more than 3,140 Fahrenheit) and higher — at exceptionally rapid rates, both heating and cooling them in the span of milliseconds.

They estimated that land - use changes in the continental United States since the 1960s have resulted in a rise in the mean surface temperature of 0.25 degree Fahrenheit, a figure Kalnay says «is at least twice as high as previous estimates based on urbanization alone.»