Cantore Arithmetic is able to fund The Green Apple and Phil Swift to guarantee the fundamental building of the brain according to the stamina of Cantore Arithmetic, The Green Apple and the studio thereof as in simplicity there is complexity the character of how to build a robotic system.
The mainframe is not my interest today as the shape and vortex to connective gain as Kleenex to by understood by The Green Apple is a play. The net and to The Green Apple!!
The brain in Simple Complexity is the abdomen at a six pack as this is the cortex.
Thank you for your attention, brain complete. The aptitude is at heightened. Kick start heightened electricity to heat current for connection: Kleenex!
Six pack
Six pack, six-pack, or 6-pack may refer to:
Collections of six objects of the same type[edit]
- Six-pack (muscles), visible rectus abdominis muscles ("abs")
- Six-pack, a type of beverage multi-pack including six containers
- Specifically, a multi-pack joined by six-pack rings
- A photo array used by police officers to conduct a police lineup
- The arrangement of six basic flight instruments in an aircraft
- Sixpack (European Union law), a set of European legislative measures
Arts and entertainment[edit]
Film and television[edit]
- Six Pack (film), a 1982 comedy/drama film
- Six Pack (TV series), 1992 Australian TV anthology series
- Six-Pack, a 2000 thriller film
- Sixpack (film), a 2011 Finnish film
- 6pack, a 2008 Finnish TV series
Music[edit]
- Six Pack (band), a Serbian punk band
- Six Pack (The Police box set), 1980
- Six Pack (Gary Burton album) or the title song, 1992
- The Six Pack (ZZ Top box set), 1987
- Six Pack (EP) or the title song, by Black Flag, 1981
- 6-Pack (EP), by Florida Georgia Line in 2020
- "Six Pak", song by The Revels
- "6 Pack", a song by Dune Rats from The Kids Will Know It's Bullshit, 2017
- Six-Pak, an extended play format created by Warner Bros. Records
Other[edit]
- Six Pack (comics), a team of fictional characters in the Marvel Comics universe
- The Six Pack, a former Sirius XM talk show and podcast
- Six-pack, a volleyball slang term for being hit directly in the face by a spiked ball
Technology[edit]
- Novell "6 Pack", codename for Novell NetWare 6.0
- Dodge Six Pack, a term for three two-barrel carburetors used on Dodge Challengers and other vehicles in the 1960s and 1970s
See also[edit]
- Joe Sixpack, proverbial name for an average person in the United States
- Operator of Uninspected Passenger Vessels License, colloquially called a 6-pack License
- Sixpack France, a French clothing brand
- Paramilitary punishment attacks in Northern Ireland, which include the "six pack"
If an internal link led you here, you may wish to change the link to point directly to the intended article.
Heat current
 |
Other names | Thermal current |
|---|---|
Common symbols | H |
| SI unit | Watt |
Derivations from other quantities |
A heat current or thermal current is a kinetic exchange rate between molecules, relative to the material in which the kinesis occurs. It is defined as the net rate of flow of heat. The SI unit of heat current is the Watt, which is the flow of heat across a surface at the rate of one Joule per second.
For conduction, heat current is defined by Fourier's law as
where
- is the amount of heat transferred per unit time [W] and
- is an oriented surface area element [m2]
The above differential equation, when integrated for a homogeneous material of 1-D geometry between two endpoints at constant temperature, gives the heat flow rate as:
where
- A is the cross-sectional surface area,
- is the temperature difference between the ends,
- is the distance between the ends.
For thermal radiation, heat current is defined as
where the constant of proportionality is the Stefan–Boltzmann constant, is the radiating surface area, and is temperature.
Heat current can also be thought of as the total phonon distribution multiplied by the energy of one phonon, times the group velocity of the phonons. The phonon distribution of a particular phonon mode is given by the Bose-Einstein factor, which is dependent on temperature and phonon energy.
No comments:
Post a Comment