Afoakwa's team adjusted this to 45 minutes at 242 degrees Fahrenheit and discovered that this slower roasting
at a lower temperature increased the antioxidant activity compared to beans roasted with the conventional method.
If we adjust the rate of CO2 increase proportionately to the rate of population growth, or to the expected rate of GDP growth as was posulated by tempterrain of 3 % / year GAGR, we arrive
at a lower temperature increase by 2100.
Not exact matches
Those with fine hair can keep the straightener
at a
lower temperature, while those with thick hair can
increase the
temperature to ensure they'll walk away with the same smooth results.
If they are just domed with no bottom
at all, I'd suggest
lowering the baking
temperature a little (140 °C) and
increasing the baking time by a couple of minutes because it could be that the air in them in expanding too quickly.
Though it is good for a cake to be baked
at 160C, if the
temperature is too
low, the baking time will be so much
increased and you will also end up with a dry cake.
The baby will be
at a higher risk for having a depressed immune system, an
increased risk of respiratory problems,
low blood sugar,
temperature regulation problems and many other possible complications.
Unlike most milks on the market, Thatcher Farm's is pasteurized
at low -
temperature, which retains the milk's naturally sweet flavor and
increased health benefits.
«The
increase in emissions
at lower temperatures is related to a more pronounced cold - start effect,» when a gasoline engine is less efficient because it's not yet warned up and its catalytic converter is not yet on, the study noted.
Chun - Chao Chen, a graduate student in the UCLA materials science and engineering department who is the paper's primary author, said using transparent and semi-transparent cells together
increases the device's efficiency, and that the materials were processed
at low temperatures, making them relatively easy to manufacture.
«The
lower operating
temperatures during cold start are due to
increasing fuel efficiency in advanced combustion engines, which leaves less energy in the tailpipe exhaust,» said Abhaya Datye, a distinguished professor
at UNM's Department of Chemical and Biological Engineering and study co-author.
And while human populations are largely adapted to local climates, researchers point to «an
increase in mortality risk observed
at both high and
low temperatures in populations in temperate and cold climates... and tropical and subtropical areas.»
«By bombarding the material with protons
at low energy, we simultaneously
increased the material's current - carrying capacity and critical
temperature — the first time that this has been possible in an iron - based superconductor,» said physicist Qiang Li, head of the Advanced Energy Materials Group
at the U.S. Department of Energy's (DOE) Brookhaven National Laboratory, who directed the research.
They found that AP
increased faster than air
temperature (
AT) over land in the past few decades, especially in the
low latitude areas, and the rise is expected to continue in the future.
This fluctuation, also known as Kondo resonance,
increases the Seebeck coefficient with keeping metal - like high electrical conductivity
at low temperature, and therefore the power factor.
«We expected the level of CIRBP pre-messenger RNAs to
increase at low temperature, since it is when the
temperature is
at its
lowest that the protein is produced in greatest amounts.
Ruiz, who contributed to the report, noted that an analysis of weather records
at one páramo research station showed
increases in minimum
temperatures were almost twice that of
lower elevations, while
increases in maximum
temperatures jumped to nearly three times the average
at lower elevations.
Increased radiation and warmer
temperatures cause plants normally found
at lower elevations to move upslope.
In the familiar heat engine model
at macroscopic scale, referred to as the Carnot heat engine, the efficiency
increases as a function of the ratio between the
temperatures of the
low - and high -
temperature baths.
«Our new approach can
lower the operating
temperature of solar cells passively, improving energy conversion efficiency significantly and
increasing the life expectancy of solar cells,» said Linxiao Zhu, a physicist
at Stanford and lead author on the Optica paper.
Making use of mountain snow line data indicating larger
temperature changes
at altitude, Lindzen proposed a new kind of model of the tropical response, which fit the CLIMAP data and indicated very
low sensitivity to CO2
increases in the future.
The ability for UF6 to change easily to a gas
at a
low temperature and slightly
increased pressure make it ideal for use in the remaining steps of the fuel cycle.
With higher precipitation, portions of this snow may not melt during the summer and so glacial ice can form
at lower altitudes and more southerly latitudes, reducing the
temperatures over land by
increased albedo as noted above.
Possible
increased growth and productivity concurrent with climate oscillations that
increase water availability, particularly
at higher elevations and where stand density is
low; extreme high
temperatures would have net negative impact, regardless of water availability
Increased warming of the cool skin layer (via increased greenhouse gases) lowers its temperature gradient (that is the temperature difference between the top and bottom of the layer), and this reduces the rate at which heat flows out of the ocean to the at
Increased warming of the cool skin layer (via
increased greenhouse gases) lowers its temperature gradient (that is the temperature difference between the top and bottom of the layer), and this reduces the rate at which heat flows out of the ocean to the at
increased greenhouse gases)
lowers its
temperature gradient (that is the
temperature difference between the top and bottom of the layer), and this reduces the rate
at which heat flows out of the ocean to the atmosphere.
Warming was not uniform across the globe: sea surface
temperatures increased by ~ 6 °C
at high latitudes and ~ 4 °C
at low latitudes, and deep - water
temperatures increased by ~ 8 °C
at high latitudes and ~ 6 °C
at low latitudes.
They keep
increasing until about 3:00 a.m., when it peaks and your body
temperature happens to be
at its
lowest.
Anyone new to sauna use should start off gently
at a
lower temperature and shorter periods, and gradually
increase the
temperature and duration of sauna use.
Sound sleepers naturally have a
lower core
temperature at bedtime, while insomniacs have a higher one, which
increases restlessness.
If you plan to try again pour the batter on the warm nonstick waffle iron which is generously greased, cook these waffles
at a very
low temperature setting and then just before taking them out
increase the setting to medium - high
temperature for few minutes.
Researchers
at the University of Amsterdam found that
lowering your skin
temperature increases the depth of your sleep and reduces the number of times you wake up in the night.
Zinc glycinate will prevent acne, individual B vitamins can be used to target specific mechanisms to
lower or
increase methylation / neurotransmitter production when experiencing mood alterations, 3 - 4 teaspoons of table salt will keep blood pressure high,
lower prolactin, and preserve magnesium, one or two liters of fresh orange juice will balance out excess sodium with 2000 - 4000 mg potassium, and cold thermogenesis will mediate insomnia due to high body
temperature at night.
Cooking
at low temperatures can amplify the lectins, in fact, under cooking kidney beans
increases the toxicity of lectins.
With the
increased use of wash cycles
at lower temperatures this may not be enough to actually kill bacteria.
Combining predictable handling and high - speed durability with year - round capability, the Michelin Pilot Sport A / S 3 + uses sunflower oil and Extreme Silica technology in the tread rubber to
increase traction
at low temperatures and in wet conditions.
The second purpose is to create a general improvement in aspiration:
lowering the
temperature of the air and, as a consequence,
increasing engine torque
at all engine speeds, unlike its predecessor, which featured air vents on the sides.
The
increased surface area of the
low -
temperature radiator provides a 25 percent reduction in intake
temperature and guarantees high power and torque output under all operating conditions and regardless of the outside
temperature, even when the engine is operating
at full load.
The engine automatically
increases oil flow pressure as engine speeds or loads rise (and the compression ratio
lowers), ensuring optimum running
temperatures at all times.
Sled dogs
increase their metabolic rate to maintain body
temperature at rest when the ambient
temperature is very
low (Grandjean and Paragon 1993), but maintaining a
low body
temperature and losing heat are the overriding concerns of a dog during exercise.
Please note clinics are weather permitting may be canceled for high
temperatures,
low temperatures, precipitation, air quality or any other factors that may
increase risks to citizens or animals
at the outdoor clinic.
At this time of year, the average temperature increases as the month develops, beginning at 24.5 °C at the start of the month, created by average highs of 30 °C during the day and average lows of 19 °C at nigh
At this time of year, the average
temperature increases as the month develops, beginning
at 24.5 °C at the start of the month, created by average highs of 30 °C during the day and average lows of 19 °C at nigh
at 24.5 °C
at the start of the month, created by average highs of 30 °C during the day and average lows of 19 °C at nigh
at the start of the month, created by average highs of 30 °C during the day and average
lows of 19 °C
at nigh
at night.
Average daytime
temperatures are slowly on the
increase and March is 1 °C hotter than last month
at 29 °C between average high /
lows of 34 °C and 23 °C respectively.
The average
low temperature increases to 72 °F (22 °C) while the average high
temperature increases at an equal rate to 86 °F (30 °C).
Given the
lower temperatures and
lower water vapour content
at higher altitudes and a need for high supercooling to initiate condensation (in the absence of sufficient normal CCN), wouldn't an
increased source of nuclei, in the form of GCRs, enhance high - and middle - altitude cloud formation?
At the same time, the accelerated trade winds have
increased equatorial upwelling in the central and eastern Pacific,
lowering sea surface
temperature there, which drives further cooling in other regions.
Planck feedback does not allow you to equalise
at the same or
lower temperatures prior to the
increase in forcing.
Yearly
low temperature plots
at Green Bay WI and Park Rapids MN exhibit
increases of 5 to 11 deg F from the early 1900s to 2008 — as shown on data plots (link in # 193), from 10 year moving averages.
At a global scale,
increased CO2 concentrations could partially offset expected yield declines caused by
lower soil moisture and higher
temperature, but recent models suggest a significantly smaller fertilization effect from CO2 than previously predicted (25).
Making use of mountain snow line data indicating larger
temperature changes
at altitude, Lindzen proposed a new kind of model of the tropical response, which fit the CLIMAP data and indicated very
low sensitivity to CO2
increases in the future.
If the
temperature doesn't decline with height in that layer (perhaps because of solar heating), it is still the case that
increasing the LW optical thickness will, by concentrating the source of OLR into a yet thinner layer
at the top of the atmosphere, remove some of the cooling of the
lower part of the original OLR source (by adding additional downward LW flux from above, replacing the darkness of space), thus tending to cause warming there.
The same
temperature increase at lower levels and
increased OLR outside the band will be accomplished
at smaller optical thickness within the band, so the OLR reduction within the band should be smaller and thus there will be a warmer upper atmsopherer near TOA for the same surface
temperature.