Sentence examples for on whose surfaces from inspiring English sources

More hydrogen would lead to more water in the stratosphere, where the ozone layer sits, making it cooler and cloudier, and creating more ice crystals, on whose surfaces ozone-destroying reactions occur.

The effective diffusivity (as well as convective dispersivity) of cubical arrays of neutrally buoyant spheres on whose surfaces solute adsorbs and subsequently diffuses is derived via macrotransport (i.e., generalized Taylor dispersion) theory.

A face jug is simply an earthenware vessel on whose surface the maker has sculptured a comic countenance.

However, the formation of a patterned substrate on whose surface seeds are regularly distributed requires a complicated and expensive lithographic procedure.

It has been shown that reduction of TeCl4, or TeCl−26 to Te causes coating of the electrode with metallic tellurium, on whose surface chloride ions are strongly bonded.

The device consisted of a glassy carbon electrode coated with Prussian Blue (PB) on whose surface gold nanoparticles were electrochemically deposited to the further modified with the specific analyte-capturing molecule, anti-CEA antibodies.

The first, to be a good means of transportation, needs an artificial road surface: pavement or asphalt (there are no mountain bikes at all in Heidelberg Street!), on whose surface it moves, while the tree buries its roots in the soil, in the natural.

The porous asymmetry membrane of chloromethylated polysulfone (CMPSF) was first prepared by a phase inversion method, and then the CMPSF membrane was amination-modified with ethanediamine as reagent, resulting aminated polysulfone membrane AMPSF, on whose surface primary amino groups were contained.

D. H. Lawrence wrote nearly a century later in his 1925 story "The Heritage": Jack looked out at the road, but was much more enchanted by the full, soft river of heavenly blue water, on whose surface he looked eagerly for the black swans.

During phase 1, multiple microtubule-organizing centers (MTOCs) form a ball of polymerizing microtubules on whose surface chromosomes are distributed individually.

Some of the coatings were deposited on substrates whose surfaces were pre-treated using atmospheric-air plasma prior to coating in order to study the effect of surface activation by plasma pre-treatment.