Sentence examples for composites seem to from inspiring English sources

During convection-dominated period, both the types of composites show poor heat transfer rates as compared to pure PCM and microparticles composites seem to be suffering more irrespective of volume fraction.

Without cenosphere mass subtraction, the thermal stability of the filled composites seems to be improved and reduction of mass loss was achieved with addition of cenosphere.

Bound water constrained within the pores of collagen/PVA composites seems to provide signatures for changes induced by amount of additives on the pore diameter and distribution in composite molecules.

The oxidation inhibition behavior of the composites seems to be related with coating thickness; oxidation inhibition increased as reaction temperature and time increased, but the effect again decreased at 1800 °C.

Activated carbon/iron oxide composites seemed to have the best adsorption capability.

The basic surface chemistry and significant contribution of micropores in the binary TiO2-AC composite seem to be responsible for their higher TiO2 photoactivity than the TiO2-C hybrid materials which are characterized by a mesopore structure and an acid surface pH.

The new composite seems to be encouraging, i.e., an HDPE/PET composite with 40 60 ratio, in weight, experiments a stiffness recovery from the third to the fourth recycle.

The chance of incorporating a damping material in the stacking sequence of CF layers that define a composite seems to be a viable solution to ameliorate the vibrational behaviour of composite materials.

The HfB2/SiC composite seems to effectively protect the underlying Cf/SiC composite, with a mechanical strength reduction of only 20% after 30 min at 1600 °C, even if some weight loss due to partial carbon fibre damage is observed.

The adsorption pattern on the composite seems to follow the Langmuir isotherm.

However, in the wider potential window, the graphene-based composite seems to withstand cycling in a much better way.