Sentence examples for millimeter per second from inspiring English sources

On the other hand, for perigees on the border between the thermosphere and the exosphere the friction only accounts for a fraction of a millimeter per second in the final asymptotic velocity.

Brecher compared the photon pulses from many gamma ray bursts and found that if there are light speed differences among the photons, they must be smaller than 3 billionths of a millimeter per second.

Additionally, the turbulent convection induced by the density difference at different temperatures [http://www.engineeringtoolbox.com/water-thermal-properties-d_162.html] also guaranteed and very high-efficiently enhanced this transfer precess with a velocity in millimeter per second [https://thayer.dartmouth.edu/~d30345d/books/EFM/chap7.pdf].

They found that at speeds higher than 1 millimeter per second, the amount of friction between the rocks began to drop significantly.

Traveling at a few millimeters per second, almost 30% of the atoms reflected, enough to form a perfect image of the neon source on a detector.

For example, Tocha et al. added a shear piezo element on the existing stand-alone AFM; the scan velocity can get up to several millimeters per second [17].

In the model described in an upcoming issue of Physical Review Letters, the computer simulation studied a fully submerged, bullet-sized vessel that travels at crawling speed, just a few millimeters per second.

As the microscope is moving relatively slowly while scanning (comparing to the circuit speed), this approach is sufficient for scanning speeds up to several millimeters per second (while recording both the number of fringes and phase) or several centimeters per second (while recording only the number of fringes).

Using microscopic video recordings, the team showed that underwater oil droplets flowed continuously along the needles at a rate of 2 millimeters per second, similarly to the way water moves along cactus needles, the team reports online today in Nature Communications.

Because of collisions between electrons and atoms, the drift velocity of electrons in a conductor is on the order of millimeters per second.

The waveforms were simultaneously recorded at twenty-five millimeters per second on standard grid paper.