Green Energy
In 1994, the NIST achieved a record cold temperature of 700 nK (billionths of a kelvin).
In 2003, researchers at MIT eclipsed this with a new record of 450 pK (0.45 nK).
- Noaa Reduces 1997 Global Temp (by Over 3 Degrees Farenheit) In Report Claiming 2015 Was Hottest Year Ever
From MRCTV: In a 1997 report discovered by Thomas Nelson, NOAA said the global average temperature for the year was 62.45 degrees Fahrenheit. As Blogger Wattsupwiththat explains: In that 1997 report, they say clearly that the Global Average Temperature...
- Noaa: Us Cooling …just Sayin’
Someone please show me an accurate climate model?Responding to widespread criticism that its temperature station readings were corrupted by poor siting issues and suspect adjustments, NOAA established a network of 114 pristinely sited temperature...
- -138 Freaking Degrees?!?
Instantaneous Ice. 12 degrees colder than it ever has been before this year. WTF? How does it get that cold? Surely, it must be Global Warming: WASHINGTON (AP) — Feeling chilly? Here's cold comfort: You could be in East Antarctica which new data...
- Understanding Module De-rating: Concerns And Issues
Module De-rating accounts for consistency and accuracy of the rating given by manufacturer. Since not all modules in a system will have the same specification (manufacturing defect) and there would be degradation over the years in panel, so to have...
- Heat And Internal Energy
Heat is defined as the transfer of energy across the boundary of a system due to a temperature difference between the system and its surroundings. When you heat a substance, you are transferring energy into it by placing it in contact with surroundings...
Green Energy
Absolute zero
Absolute zero is the lowest possible temperature where nothing could be colder and no heat energy remains in a substance.
Absolute zero is the point at which the fundamental particles of nature have minimal vibrational motion, retaining only quantum mechanical, zero-point energy-induced particle motion. By international agreement, absolute zero is defined as precisely; 0 K on the Kelvin scale, which is a thermodynamic (absolute) temperature scale; and –273.15 degrees Celsius on the Celsius scale.
Absolute zero is also precisely equivalent to; 0 degrees R on the Rankine scale (also a thermodynamic temperature scale); and –459.67 degrees F on the Fahrenheit scale. While scientists can not fully achieve a state of “zero” heat energy in a substance, they have made great advancements in achieving temperatures ever closer to absolute zero (where matter exhibits odd quantum effects).
In 1994, the NIST achieved a record cold temperature of 700 nK (billionths of a kelvin).
In 2003, researchers at MIT eclipsed this with a new record of 450 pK (0.45 nK).
- Noaa Reduces 1997 Global Temp (by Over 3 Degrees Farenheit) In Report Claiming 2015 Was Hottest Year Ever
From MRCTV: In a 1997 report discovered by Thomas Nelson, NOAA said the global average temperature for the year was 62.45 degrees Fahrenheit. As Blogger Wattsupwiththat explains: In that 1997 report, they say clearly that the Global Average Temperature...
- Noaa: Us Cooling …just Sayin’
Someone please show me an accurate climate model?Responding to widespread criticism that its temperature station readings were corrupted by poor siting issues and suspect adjustments, NOAA established a network of 114 pristinely sited temperature...
- -138 Freaking Degrees?!?
Instantaneous Ice. 12 degrees colder than it ever has been before this year. WTF? How does it get that cold? Surely, it must be Global Warming: WASHINGTON (AP) — Feeling chilly? Here's cold comfort: You could be in East Antarctica which new data...
- Understanding Module De-rating: Concerns And Issues
Module De-rating accounts for consistency and accuracy of the rating given by manufacturer. Since not all modules in a system will have the same specification (manufacturing defect) and there would be degradation over the years in panel, so to have...
- Heat And Internal Energy
Heat is defined as the transfer of energy across the boundary of a system due to a temperature difference between the system and its surroundings. When you heat a substance, you are transferring energy into it by placing it in contact with surroundings...