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# Reducing the thermal gradient seen by the object, by
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# and Reducing
# Reducing the theorem to sentences ( formulas with no free variables ) in prenex form, i. e. with all quantifiers ( and ) at the beginning.
* In numerical analysis, the entries of a matrix which change from zero to a non-zero value in the execution of an algorithm ; see Sparse matrix # Reducing fill-in
# and thermal
# The final piece of the puzzle, thermal transpiration, was theorized by Osborne Reynolds, but first published by James Clerk Maxwell in the last paper before his death in 1879.
# Immerse the sensing portion in a stirred mixture of pure ice and water at 1 Standard atmosphere ( 101. 325 kPa ; 760. 0 mmHg ) and mark the point indicated when it had come to thermal equilibrium.
# Janez Strnad, A. Vengar, Stefanova meritev toplotne prevodnosti zraka ( Stefan's measurements of the thermal conductivity of air ), ( European Journal of Physics, 1984 ).
# the coefficient of thermal expansion of concrete is similar to that of steel, eliminating large internal stresses due to differences in thermal expansion or contraction.
# Combustion of fossil fuels: automobile engines and thermal power plants, which release various nitrogen oxides ( NO < sub > x </ sub >).
# When the drums are heated by hard braking, the diameter of the drum increases slightly due to thermal expansion, this means the brakes shoes have to move farther and the brake pedal has to be depressed further.
# The image is burned onto the master material that is coated on one side, in a series of small holes by the thermal print head.
# the quantum vacuum state is Lorentz invariant ( although not manifestly in the above ), whereas the classical thermal state is not ( the classical dynamics is Lorentz invariant, but the Gibbs probability density is not a Lorentz invariant initial condition ).
# A thermal energy equation: Relating the overall temperature of the system to heat sources and sinks
0.790 seconds.