Sentence examples for molecules absorbed at from inspiring English sources

Additionally, oxygen molecules absorbed at the surface of ZnO nanomaterials can serve as efficient exciton quenching centers.

(b) After H2O molecules absorbed at the surface of c-ZnO NWs, the Zn2+ ions would be dissolved from the surface of c-ZnO NWs and became aqueous solution diffused away from the c-ZnO NWs.

It was thought that the O2 molecules absorbed at or near the tube-tube junctions create local electric fields and reduce the tunnel barriers, thus improving Rcnt-cnt and increase the degree of carrier delocalization.

An increase in the surfactant concentration results in an increasing number of surfactant molecules absorbed at the oil/water interface which provides a barrier to the coalescence of dispersed oil droplets, thus stabilizing the emulsion (Zaki 1997).

The water molecules absorbed at the interface are crucial to the durability of multi-layer systems and a general mechanism governing the failure modes of such systems is found.

Liquid chromatography-mass spectroscopy (LC-MS) was used to analyze the composition of the molecules absorbing at the 520 nm range.

Hence, the above characterization techniques reveal that the RB molecules are encapsulated in the dendritic cavity and also some of the RB molecules are absorbed at the terminal surface of the PAMAM dendrimers.

The water molecules absorbed by the membrane are released into the frigid, dry air of the mountain terrain.

There are at least two reasons to employ the dryer: (i) the CT could be blocked by frozen water vapor and (ii) water vapor released from the CT in the volatilization step can be responsible for fluorescence signal fluctuations because water molecules absorb radiation at a wavelength of 193.7 nm.

"Every molecule — carbon, methane — has a different frequency, and every molecule is absorbed at a different wavelength," Mr. Rella said.

For a constant error rate, p = Ẽ/ n (Eq. (4)), and for this energy level scheme p = 1/ I, so we get: (28) p (t ) = E ˜ n (0 ) + k b t (29) I (t ) = n (0 ) E ˜ + n (0 ) k b t Next, let us suppose that bleaching can only happen if activated molecules absorb a photon, at a rate proportional to the excitation intensity.