Sentence examples for curing in air from inspiring English sources

Triton is found to be present both at the metal substrate surface and dispersed throughout the polymer, becoming chemically bonded to the polymer after curing in air.

The value of α 2 is 0.75, 1.0 and 1.2 for steam cured, cured in water or at 100%% relative humidity and for sealed during curing or normal curing in air with initial protection against drying, respectively.

The mixture was impregnated into exfoliated graphite (EG) by sorption, and cured in air at 200 °C.

The mixtures were cured in air at 220 °C for 3 h and carbonized at 1000 °C in an argon atmosphere for 5 h to form Si@SiO2@G composites.

7 days immersed in 20 ± 2 °C water and then cured in air at 20 ± 2 °C with 20 ± 10%% of relative humidity for 53 days (7W53D).

All PC specimens were cured in air at 22 °C and 50%% relative humidity for 7 days as recommended by ACI Committee 548 (2009).

Compressive strength of specimens was measured at three mixed curing systems: 1. 7 days immersed in 20 ± 2 °C water and then cured in air at 20 ± 2 °C with 20 ± 10%% of relative humidity for 53 days (7W53D).

For cementitious materials that are naturally cured in air and not in a 100% RH environment, the initial resistivity and polarization may vary due to the variations in moisture contents that may occur over the test time period.

Specimens exposed to elevated temperature were cured in air and were tested for visual observation, change in weight, ultrasonic pulse velocity and residual compressive strength.

However, the POCPC cured in air and 3 days water curing recorded about 5% loss of its compressive strength with respect to full water curing due to uncontrolled temperature and humidity condition.

The medium compression resistance of the samples, cured in air conditions during 3 days is 4.0 MPa, on the 60th day arrived to 13.4 MPa and to 17.1 MPa on the 365th day.