Sentence examples for interference of single from inspiring English sources

(Ranking: 9) Young's double-slit experiment applied to the interference of single electrons Neither Newton nor Young was quite right about the nature of light.

Numerous theories propose that the interplay and interference of single components in a mixture is the rationale for the advantageous effects of multicomponents.

Last, CpG units with interference of single nucleotide polymorphisms (CEU) with a frequency of >5 % were also excluded, as this could change the weight of the CpG unit and therefore interfere with the measurement.

Aligning both beams in a very small angle in almost horizontal direction results in fringes from the first-order interference of the single signal photons with high contrast as can be seen in the middle trace of Fig. 3. Tilting the two interferometer arms tangentially (as in Fig. 3, right) or radially with respect to each other results in a decrease of the fringe visibility.

Therefore, the interference of a single protein with chloroplast biogenesis and/or stability of the photosynthetic apparatus might hamper the expression of the remaining ones.

For the direct D2D communication mode, the interference scenarios of single-cell and multi-cell are described in MODE2 of Figures 1 and 2, where cellular users transmit messages to the base stations while UE1 sends messages to UE2.

The attribution of particle and wave properties to an object may, however, occur in a single experiment; for instance, in the double-slit experiment where the interference pattern consists of single dots.

To test a possible interference with chemoattractive effects of single growth factors, we analyzed the effects of PDGF-BB and IGF-1 without and with parallel gradients of IL-1β and TNF-α.

To reveal death genes responsible for the PCD of vCrz neurons, we examined extant and recently available mutations as well as RNA interference that disrupt functions of single or multiple death genes.

A typical cdf of the interference gain (single or multiple interferers) for a high value of σdB belongs to the class of heavy-tailed distributions [26], for which the least-frequently occurring values-also called rare events-are the most important ones, as a proportion of the total population, in terms of moments.

The first genetic longevity studies mainly focused on lifespan regulating loci that emerged from animal models 22. Lifespan extension in animal models was obtained by applying caloric restriction or by modifying gene functions (mutagenesis) using RNA interference, knock-out or overexpression of single genes (GenAge; http://genomics.senescence.info/genes/) 23.