Sentence examples for mm sheets from inspiring English sources

A parallel plate dielectric barrier glow discharge operating at around atmospheric pressure was used to deposit functional coatings onto thin (< 3 mm) sheets of steel.

E.g., a centre-of-glazing thermal transmittance of less than 0.2 W m−2 K−1 is achievable using stainless steel support pillars, 6 mm/4 mm/6 mm sheets of untempered soda-lime glass and four low-emittance coatings (ε = 0.03).

All that is necessary are three 2.5 mm sheets of cardboard, a utility knife, a pencil, a triangle (optional) and a cutting board.

Within CWR environments, Plocamionida species encrust rocks or hard corals in thin (<5 mm) sheets of brown coloration and can be locally abundant.

Each scaffold was individually packed after γ-irradiation in 30 × 40 mm sheets, with a thickness of 1.5 2.0 mm.

The α-TCP/PLGA nanocomposite was then hot-pressed into 50 mm × 1 mm sheets using thermo-compression.

The results showed that 0.7 mm thick sheet of EVA/BS composites had markedly higher gray value (radiopacity) than 1 mm sheet of aluminum while retaining more than 1200% elongation at break and complete flexibility.

The mechanisms of fracture and individual void evolution in ductile thin (1.0 mm) sheet metal (AA2139 T3) under mechanical loading were investigated using in situ synchrotron-radiation computed laminography (SRCL) and finite element simulations.

Only a detailed discussion of finite element results of specimens with a 254 mm sheet width is presented here although the findings were similar for the other group.

Open image in new window Fig. 4 Lap-shear specimen (rivet diameter 2r i  = 5.1 mm, sheet thickness t = t1 = 1.2 mm and t = t2 = 1.5 mm) Open image in new window Fig. 5 a Testing system, b Cherrymax rivet used in tested specimens.

The chamber volume of 150 μl is formed by a cutout in a 1.5 mm sheet of PDMS silicone rubber.