Sentence examples for millimeter height from inspiring English sources

Special designed paraffin wax feedstocks based on alumina and sodium chloride moulds were used for the patterning of periodic columnar structures of some centimeter extension with columns of some millimeter height and an aspect ratio of more than 11.

We investigated the use of both aluminum oxide and silicon oxide as underlayers for the Co catalyst and found that VA-CNTs grew to millimeter heights in 15 30 min when the pyrolysis of ethanol was carried out at high temperatures (⩾850 °C) and long residence times (⩾10 s).

We calculated the OV using the following formula: [length (millimeters) × width (millimeters) × height (millimeters)] × (π/6).

The SWNT-forest has a unique structure comprising dense and vertically aligned SWNTs with millimeter-scale height.

However, it is clear that anything towering off the wrist at 17 millimeters in height, as some recent introductions have done, lies at the chunky end of the spectrum.

We report the highly efficient synthesis of sub-2-nm diameter single-walled carbon nanotube (SWCNT) forests with homogenous and controllable diameter (1.5 2.8 nm), millimeter-scale height, and extremely high purity.

Quine is alluding to Rudolf Carnap's (1950) generalization that scientists replace qualitative terms (tall) with comparatives (taller than) and then replace the comparatives with quantitative terms (being n millimeters in height).

The water and ice fall onto the outermost mound, adding another few millimeters of height to it.

A gaseous product mixture from Fischer-Tropsch synthesis (FTS-GP) was utilized as an efficient feedstock for growth of high-quality, well-aligned single-wall carbon nanotube (SWCNT) carpets of millimeter-scale heights on Fe and (sub) millimeter-scale heights on Co catalysts via chemical vapor deposition (CVD).

The maximum load was obtained in N. and the flexural strength (FS) was calculated in MPa using the following: FS = 3FL/(2BH^{2} ) where F is the maximum load (in Newtons); L is the distance between the supports (in millimeters); B is the width of the specimen (in millimeters) and H, the height (in millimeters).

Fischer, H. Guckel, Long throw linear magnetic actuators stackable to one millimeter of structural height, Microsyst.