Sentence examples for oxide water from inspiring English sources
The CO2 emissions are straightforward enough, but plane engines also generate a host of other "outputs", including nitrous oxide, water vapour and soot.
In hotter stars, such as Sirius A (the temperature of which is about 10,000 K), atomic hydrogen is the main source of opacity, whereas in cooler stars much of the outgoing energy is often absorbed by molecular bands of titanium oxide, water vapour, and carbon monoxide.
Linear growth in electrical conductivity enhancement with increase in mass concentration was also observed for aluminium oxide water nanofluids [32, 46] and silicon oxide and titanium oxide water nanofluids [32].
Five microliters of graphene oxide water suspension was dripped on the surface of the diamond crystal and it was left to dry.
At a semiconducting oxide water interface, two double layers (space charge layer and electric double layer) can develop near the interface.
In particular birefringence measurements on the polystyrene-decalin and poly ethylene oxide)—water systems in both stagnation point and transient elongational flows are the most revealing as to the nature of polymer chain uncoiling and fracture.
Twenty milligrams of each of graphene oxide sample (B-GO and N-GO) was exfoliated in 60 mL H2O by ultrasonication to produce a homogeneous graphene oxide water-based suspension.
The low-temperature plasma, in addition to ultraviolet irradiation, is a source of ozone, singlet oxygen, oxygen ions, nitrogen oxides, water, and OH-groups.
Two metallic oxides water based nanofluids i.e. Al2O3/H2O and Fe2O3/H2O are used at three particles concentrations of 0.20%, 0.25% and 0.30% by weight at 1.0, 1.5 and 2.0 L/min flow rates.
These investigations showed that phosphate inner-sphere complexes were formed at the metal oxide-water interface within a certain pH range.
These bond lengths were found to change significantly as a function of solvation (i.e., addition of two extra H2O layers above the surface), indicating that this parameter should be carefully considered in future SCM studies of metal oxide-water interfaces.
