Sentence examples for vector temperature from inspiring English sources

The GAS-instrument onboard the space probe ULYSSES (ULS) is designed to measure the local angular distribution of the flow of interstellar neutral He-atoms within ≈3 AU distance from the sun; it allows to infer the kinetic parameters (velocity vector, temperature and density) of these particles outside the heliosphere ("at infinity").

Along the main horizontal vector of Tullianum a very similar behaviour is evidenced with the exception of point 7 that shows a slightly lower spread and higher median while on the minor vector temperature is almost constant but ranges slightly different.

Then the field synergy degree between velocity vector and temperature gradient is improved and the heat transfer is enhanced.

It is able to evaluate the activity coefficients of the components at a given mixture composition vector and temperature.

The numerical results are analyzed using the concept of synergy angle and synergy number as an indication of synergy between velocity vector and temperature gradient fields.

Two calibrations are presented; the first is based upon linear least squares regression of the transmittance vector with temperature; the second, based upon relative exposures and an exposure ratio vector using linear least square regression.

Field synergy equations can be used to increase the field synergy between the velocity vector and temperature gradient fields over the entire heat flow domain to enhance the convective turbulent heat transfer.

Hence, the present numerical results are consistent with the field synergy principle, which states that the convective heat transfer is enhanced when the velocity vector and temperature gradient are closely aligned with one another.

Mixed logistic regression analysis predicted PCR prevalence to be greatest in the 200 300 m altitude range with a mean spring–summer (time of highest vector activity) temperature of 18.4 19.0 °C.

The typical velocity vector profiles, temperature contours as well as the concentration contours for both the air stream and saline water stream are plotted to disclose the heat and mass transfer mechanisms.

Let n, u, and θ denote the scaled macroscopic density, mean velocity vector, and temperature of the electrons and E and B the scaled electric field and magnetic field, respectively.