Sentence examples for maximum elongation at from inspiring English sources
The maximum elongation at break reaches 707%.
The fibers containing 30% PANi (PLC L/PANi-30 maintained elastic properties of maximum elongation at break (160 ± 14.4%).
Furthermore, the CNF/PAAs exhibit preferable elasticity and flexibility with the maximum elongation at break reaching greater than 600%.
The drawn samples from the blends containing 40 60 wt% of PEN showed a maximum elongation at break, and a maximum thermal shrinkage around 100 °C.
The maximum yield (Re) and ultimate tensile (σ ult ) strength of the cortical bone of the femur are 114 MPa and 135 MPa respectively, while the maximum elongation at break is A = ε ult = 3.1% .
Increasing the draw-ratio resulted in an increased molecular orientation, Young's modulus and tensile strength of the fibers while its effect on the maximum elongation at break was small.
SPAEK-x-COOH membranes exhibit superior mechanical properties with maximum elongations at break up to 133%, meanwhile SPAEK-x-BI also shows good thermal and mechanical stability.
However, variation in the rate of coleoptile elongation under low oxygen (0 5 %) was observed among 10 rice genotypes with maximum elongation observed at 0%% oxygen (Turner et al. 1981).
Furthermore, the specific volume ratio and optimal structural configuration of the heating sources (GS composites: graphene sheets and pliable polydimethylsiloxane) and substrates (pure PDMS: polydimethylsiloxane) are determined upon that the maximum elongation is achieved at different operation conditions of P, W and κr respectively.
When Mercury is vertically above the Sun in the sky and is at maximum elongation from the Sun (28 degrees), and when the Sun is 18 degrees below the horizon, so the sky is just completely dark, Mercury is 10 degrees above the horizon.
The grain size after pressing was ∼0.2 μm and increased to −1.1 μm when holding at 673 K for 10 min. Very high tensile elongations were recorded at 673 K with a maximum elongation of ∼2280% when testing with an initial strain rate of 3.3 × 10−2 s−10−2
