Not exact matches
«The rules govern the soil farmers use, farm and food production hygiene, food packaging, food
temperatures and even what animals may roam which
fields and when,» the statement
said.»
«When you burn clay at very high
temperatures, you actually stabilize the magnetic minerals, and when they cool from these very high
temperatures, they lock in a record of the Earth's magnetic
field,» Tarduno
says.
In fact, Andrei
says, the researchers saw the effect at higher
temperatures and lower magnetic
fields than are needed to see it in semiconductors, suggesting that the electrons in graphene interact especially strongly.
«What we have is a dial that not only mimics the effects of
temperature with a magnetic
field but also offers the ability to watch through a microscope what happens in an actual system,» Biswal
said.
In
fields like metallurgy, defects are removed «by turning up the
temperature to give molecules more freedom to move grain boundaries and voids,» she
said.
They did it at room
temperature and without powerful light bombardment or magnetic
fields — in other words, at normal operating conditions for most electronic devices, Boehme
says.
«With the same sensor you could measure magnetic
fields, electric
fields and now
temperature, all with the same probe in the same place at approximately the same time,» he
said.
«We have known for a while some of the details as to how high
temperatures hurt some symbiotic algae inside the coral, but how multiple stressors affect all three components of the holobiont and how such effects may interact across these players is a big question for the
field,»
said co-author Mark Warner, associate director of the Marine Bioscience Program at the University of Delaware.
On multiferroics and their possible application, Professor O'Brien
said: «The Holy Grail in this
field is the combination of both magnetic and ferroelectric elements at room
temperature with a sufficient magnitude of interaction.»
«What you really would like to do is get this
temperature above room
temperature, so you can switch the material by using a magnetic
field,» Plummer
said.
While it's possible that «climate change has changed the playing
field by altering
temperatures that now favor the pathogen,» research hasn't proved that, he
said.
Gas hydrates — a mixture of ice and methane — are found only under high pressure and at cold
temperatures, and they are expected to make up a significant portion of the energy mix once existing oil
fields dwindle,
says David Scott, manager of the Northern Resources Development Program for Natural Resources Canada.
«Given that the predominant thinking was that transmission was most likely to peak at very hot
temperatures, which would mostly limit the diseases to the tropics, we were certainly surprised that the model and the
field data suggested that high rates of transmission could occur at lower
temperatures, possibly impacting more northern regions in the future,» Cohen
said.
Scientists still don't know what causes the pseudogap, Devereaux
said: «This remains one of the most important questions in the
field, because it's clearly preventing superconductors from working at even higher
temperatures, and we don't know why.»
If the Earth stays on its current course without reversing greenhouse gas emissions, and global
temperatures rise 5 degrees Celsius, as scientists
say is possible, the pace of change will be at least 50 times and possibly 100 times swifter than what's occurred in the past,
Field said.
If global
temperatures rise 1.5 degrees Celsius over the next century, the rate will be about 10 times faster than what's been seen before,
said Christopher
Field, one of the scientists on the study.
Then there is Hadfield 2007 who investigated ARGO in upper 100m of Nth Atlantic, he
says «The root - mean - square (RMS) difference in the Argo - based
temperature field relative to the section measurements is about 0.6 C.»
Suppose you had a long wire thermoelectric device (a thermocouple) aligned with the gravitational
field which you
say, in itself, is the cause the
temperature differential in a column of gas.
(
Say it again: Deduce from 1st Law: molecule (s) KE or
temperature must vary in a gravity
field with PE, for total energy to be constant, OMG!)
As a 20 yr in the
field operational meteorologist with an extreme interest in surface
temperature measurement who follows your site closely and consider myself well read on the subject, may I
say thankyou for your hard work and determination, whatever the data may show.
«The losses got substantially reduced when we increased irrigation of
fields in the simulation, so water stress resulting from
temperature increase seems to be a bigger factor than the heat itself,»
says co-author Joshua Elliott from the University of Chicago.
You may
say that it's because of the layered
temperature field, but that is not part of the basis of the equation.
Lowe
said his team's
field studies revealed extreme
temperature fluctuations in the reefs off Australia's Kimberley coast.
We've had BEST representatives here specifically
saying their climatologic regression is done to remove the deterministic portion of the
temperature field.