Sentence examples for mm strip from inspiring English sources

The specimen CS2 is strengthened with an angle dimension of 40 ×6 mm and 6 mm strip thickness, while specimen CS3 is strengthened with an angle of 50 × 6 mm with 5 mm strip thickness.

Engineers are mastering methods of rolling 0.8−1.5 mm strip that was earlier manufactured at cold rolling mills only.

An offset-strip pin miniature heat sink (OSPMHS) is experimentally analyzed in order to find the effects of design parameters, including strip thickness (t = 1, 2, and 3 mm), strip length (ℓ = 5, 10, and 15 mm), strip transversal pitch (pt = 1, 2, and 3 mm), and strip longitudinal pitch (pl = 5, 10, and 15 mm).

The detector with 0.1 mm strip pitch and 20 atm pressure of Xe demonstrates the best possible DQE and spatial resolution for gaseous detectors in a wide range of X-ray energies.

When cultures neared the end of tubes, a 15 × 20 mm strip of the entire leading colony front was transferred to a new tube with fresh medium.

Briefly, a 2 mm strip of tissue was cut in the median of the P2 leaflet from the free edge to the annulus.

The z force (N) and strain (mm) of twelve 70 × 15 mm strips were measured for each tested paper.

In NSMR using one line, three 1.2 mm × 16 mm strips were overlapped and bonded with epoxy into a 3.6 mm-thick FRP bar to be used.

Optimum conditions of 68°C and 10 KPa for 1.6 mm strips were established for vacuum dehydration of carrots while a 70°C drying temperature for the hot air-drying of 2 mm garlic slices.

Films were cut into 25 × 100 mm strips and then equilibrated in desiccators over saturated salt solutions having the desired relative humidity 34% (MgCl2) and 54% RH (Mg(NO3 2) condition at 25°C for 48 hours before testing.

It is based on a large field-of-view Compton gamma-ray imager that uses 24 layers of 2 mm thick, position-sensitive (1.4 mm strips) silicon detectors, designed for room-temperature operation, as a scatterer and a position-sensitive NaI scintillator array as the absorber.