Sentences with phrase «temperature over the test»

This is the ambient temperature over the test period.

Not exact matches

Whereas in this experiment the scientists tested nanoscale environments at room temperature to about 1300 degrees Celsius (2372 degrees Fahrenheit), the HERMES could be useful for studying devices working across a wide range of temperatures, for example, electronics that operate under ambient conditions to vehicle catalysts that perform over 300 C / 600 F.

Researchers also need to test a large number of battery cells over a long enough period of time under various physical conditions and temperatures to ensure that dendrites will never grow.

The current study of single orifice jets injected into a chamber of sub - to supercritical temperatures and pressures was focused on the effect of the chamber - to - injectant density ratio on the jet disintegration with 48 tests run over an extensive density ratio range.

They tested over 100 polystyrene films of different structure, thickness and at different temperatures, which took over six months, and the computer simulation cooling rate was many orders faster than in experiments.

To test the resilience of their respective microbiomes, researchers exposed both species of coral to a temperature rise from 26.5 degrees Celsius (almost 80 degrees Fahrenheit) to 29 degrees Celsius (a little over 84 degrees Fahrenheit) over 24 days.

[24] Anyone with a TSH over 1.5 mIU / L and a basal body temperature below 98 F should consider obtaining prescription thyroid hormone to test whether it helps relieves hypothyroidism - associated symptoms such as constipation and improves general health.

Kazutoshi Mizuno - creator of the GT - R - revealed that brake temperature was over 100 - degrees lower than the standard set - up during testing at the Nurburgring.

We'll reserve judgement on the sometimes pronounced launch lag we experienced, as our test drive over Colorado's Independence Pass ranged in elevation from 2,400 to 3,700 metres and at temperatures in the high 30s (C).

Following last week's concern over overheating iPads, PCWorld has now run a gamut of tests on the new tablet and says it «could not replicate the disturbingly high temperatures» being reported by some sources.

The test did not require an anesthesia protocol whatsoever but, due to anxiety, the dogs temperature rose to over 103 °.

Forecasts can only be tested against future temperatures over time scales sufficiently long to be largely outside the range of shorter term variability.

That is an excellent example of good science: based on measurements of carbon dioxide and temperature, and on our understanding from basic physics of the interactions between carbon dioxide and light, Hansen made a bold prediction that could be tested and verified experimentally over time.

Independent researchers have tested the Charney Report's hypothesis against atmospheric temperature data, which now extends over 37 years, and found the hypothesis wanting.

Given that the bureau has installed these probes in over 500 locations around Australia, you would assume that the proper comparative tests would have been extremely thorough, and performed at various sites of temperature extremes before they were widely introduced.

As far as the correlation between GHGs and temperature goes, recent history already passes his r2 > 0.5 test with flying colours - the Mauna Loa CO2 data vs GISTEMP from 1961 - 2004 gets r2 = 0.76, and I'm sure that the Vostok ice core data must be in the same ballpark over ~ 400,000 years or more (a quick google finds multiple references to the strong correlation but no hard numbers and I can't be bothered doing it myself).

That is a key suppositon of DS's, designed to evade empirical tests in that we have a reasonably good idea as to what has happened to temperatures over the last 1000 years, and better yet over the last 250 years.

Anyone have a paper showing a test of the prediction from theory that, ``... there is a spatial scale (roughly a Rossby radius) over which temperatures are going to be highly correlated for fundamental reasons of atmospheric dynamics.

Forecasts can only be tested against future temperatures over time scales sufficiently long to be outside the range of shorter term variability.

Global temperature is much too easy to be a real test over less than a century.

To test this, I would like to compute the trend integrated over latitude bands («zonally averaged») for regions that are land - only for the various temperature field reconstruction methods.

I am particularly interested in how the various available adjustment algorithms can handle non climate effects that slowly change station temperatures over time and seeing the benchmarking not only used with well known non climate effects but also to test the limitations of the adjustments to effects from sources either not well understood or unknown.

For our third hypothesis, following Lerchl [16], [18], we tested whether monthly ambient temperatures, or deviations from those seasonal patterns (i.e. extreme temperatures), were positively related to the monthly proportion of male births over the period 1980 — 2009.

You would have to first determine reasonable a prior criteria for selecting proxies and then test the validity of those criteria over a period of known temperatures.

Averaging the reconstructed temperature patterns over the far more data - rich Northern Hemisphere half of the global domain, they estimated the Northern Hemisphere mean temperature back to AD 1400, a reconstruction which had significant skill in independent cross-validation tests.

The reality was that it actually gave the correct answer for GISS climate sensitivity over the temperature interval tested.

Indeed, when we used the corrected version of the western U.S. tree ring data in our analysis, our validation tests gave us the green light; we could indeed now meaningfully reconstruct Northern Hemisphere average temperatures over the entire past millennium.

Why not test the data over the past decade only, which globally the past decade is the hottest on record, (surface temperature, from memory).

The fastest charging rate occurs from 10 % to 5 %, with a linear slope that begins curving at that current drop - off, where voltage starts remaining somewhat constant after a fast climb from 2V to over 3.5 V. Throughout this test, peak temperature hits 38 ° Celsius, which is significantly hotter than most other standards in this list.

Next change your thermostat over to «cool» and test the system by turning the temperature down.