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In organic chemistry, hexene is a hydrocarbon with the chemical formula C 6 H 12.The prefix "hex" is derived from the fact that there are 6 carbon atoms in the molecule, while the "-ene" suffix denotes that there is an alkene present—two carbon atoms are connected via a double bond.
The total rate of heat transfer between the hot and cold fluids passing through a plate heat exchanger may be expressed as: Q = UA∆Tm where U is the Overall heat transfer coefficient, A is the total plate area, and ∆Tm is the Log mean temperature difference. U is dependent upon the heat transfer coefficients in the hot and cold streams.
A high degree of flexibility is present in plate-fin heat exchanger design as they can operate with any combination of gas, liquid, and two-phase fluids. [3] Heat transfer between multiple process streams is also accommodated, [ 4 ] with a variety of fin heights and types as different entry and exit points available for each stream.
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This structural formula was created with Name2Struct - CS ChemDraw Ultra. The chemistry symbols of this structural formula are drawn using the path text method. The accuracy of this version of the structural formula has been verified as part of the Chemical Structure Validation project .
1-Hexene (hex-1-ene) is an organic compound with the formula C 6 H 12.It is an alkene that is classified in industry as higher olefin and an alpha-olefin, the latter term meaning that the double bond is located at the alpha (primary) position, endowing the compound with higher reactivity and thus useful chemical properties. 1-Hexene is an industrially significant linear alpha olefin.
The double bond of an alpha olefin is between the #1 and #2 (IUPAC) or α and β (common) carbon atoms. In organic chemistry , terminal alkenes ( alpha-olefins , α-olefins , or 1-alkenes ) are a family of organic compounds which are alkenes (also known as olefins) with a chemical formula C x H 2 x , distinguished by having a double bond at the ...
[1] [2] In 1935, Daniel Rosenthal published the first literature applying the exact theory of heat flow from a moving source to arc welding. [3] Rosenthal's theoretical model included several assumptions: [3] Material properties are constant; The heat source is a point source; The surface of the work piece does not lose heat to the atmosphere