例句與造句

1. On September 11, an Advanced Microwave Sounding Unit temperature cross-section analysis indicated the system developed a ridge to its northwest.
2. The unit temperature variation during run-time is because of the irregular power trance generated by each unit in their architectural blocks.
3. One dictionary definition of entropy is that it is " a measure of thermal energy per unit temperature that is not available for useful work ".
4. Thermal conductivity is conventionally defined as the rate of thermal conduction through a material per unit area per unit thickness per unit temperature differential ( ?T ).
5. "' Microwave sounding unit temperature measurements "'have been obtained from the troposphere since 1979, when they were included within NOAA weather satellites.
6. It's difficult to find unit temperature in a sentence. 用unit temperature造句挺難的
7. Virtually every system of natural units normalizes Boltzmann's constant to 1, which can be thought of as simply a way of defining the unit temperature.
8. In a totally reversible cycle, no heat must be taken from the reservoir at the unit temperature, so the entropy needed to go from a to b is the same over one path as it is over another.
9. It must be the same, because if we went all the way around the cycle, going forward on one path and backward on another, we would have a reversible engine, and there would be no loss of heat to the reservoir at unit temperature.
10. In one such instance n-type bismuth telluride was shown to have an improved Seebeck coefficient ( voltage per unit temperature difference ) of  " 287 ?V / K at 54 Celsius, However, one must realize that Seebeck Coefficient and electrical conductivity have a tradeoff; a higher Seebeck coefficient results in decreased carrier concentration and decreased electrical conductivity.
11. Since thermodynamic and information entropy are dimensionally unequal ( energy / unit temperature vs . units of information ), Boltzmann's equation is more akin to " x = c t " where " x " is the distance travelled by a light beam in time " t ", " c " being the speed of light.