Matches in SemOpenAlex for { <https://semopenalex.org/work/W2567354838> ?p ?o ?g. }
Showing items 1 to 94 of
94
with 100 items per page.
- W2567354838 abstract "The contribution of two types of cascading process to the nonlinear optical diffraction of electromagneticwaves from a standing acoustic wave in a GaAs crystal is theoretically studied. The first type of cascadingprocess results from second-harmonic generation followed by linear acousto-optical diffraction, while the secondtype involves linear acousto-optical diffraction from the standing acoustic wave and subsequent sum-frequencygeneration. In contrast to the third, direct, nonlinear acousto-optical diffraction processwe previously investigated,the photoelastic interaction between electromagnetic and acoustic waves is here linear. We establish the rulesgoverning the cascading processes and show that in most cases the output signal simultaneously results from twoor even three of the possible nonlinear diffraction mechanisms. However, we demonstrate that a careful choice ofthe incidence angles of the incoming electromagnetic waves, of the polarization combinations of the incomingand diffracted waves, and of the type of acoustic wave (longitudinal or transverse) makes it always possible todistinguish between the direct and either of the two cascading processes." @default.
- W2567354838 created "2017-01-06" @default.
- W2567354838 creator A5006878197 @default.
- W2567354838 creator A5018225465 @default.
- W2567354838 creator A5069383090 @default.
- W2567354838 creator A5090962610 @default.
- W2567354838 date "2016-01-12" @default.
- W2567354838 modified "2023-09-25" @default.
- W2567354838 title "Cascading processes in the nonlinear diffraction of light by standing acoustic waves" @default.
- W2567354838 cites W145627958 @default.
- W2567354838 cites W1965225409 @default.
- W2567354838 cites W1965491630 @default.
- W2567354838 cites W1974852544 @default.
- W2567354838 cites W1978376353 @default.
- W2567354838 cites W1978586504 @default.
- W2567354838 cites W1982517120 @default.
- W2567354838 cites W1984699817 @default.
- W2567354838 cites W1985492802 @default.
- W2567354838 cites W2001787079 @default.
- W2567354838 cites W2003300623 @default.
- W2567354838 cites W2011604900 @default.
- W2567354838 cites W2016133294 @default.
- W2567354838 cites W2016584276 @default.
- W2567354838 cites W2018121995 @default.
- W2567354838 cites W2019771595 @default.
- W2567354838 cites W2022991626 @default.
- W2567354838 cites W2023465301 @default.
- W2567354838 cites W2047146350 @default.
- W2567354838 cites W2073034712 @default.
- W2567354838 cites W2075893462 @default.
- W2567354838 cites W2076819330 @default.
- W2567354838 cites W2079839461 @default.
- W2567354838 cites W2080721282 @default.
- W2567354838 cites W2081684042 @default.
- W2567354838 cites W2083779887 @default.
- W2567354838 cites W2084692194 @default.
- W2567354838 cites W2090673779 @default.
- W2567354838 cites W2104574026 @default.
- W2567354838 cites W2104922488 @default.
- W2567354838 cites W2108515991 @default.
- W2567354838 cites W2113891479 @default.
- W2567354838 cites W2624664820 @default.
- W2567354838 cites W3100229704 @default.
- W2567354838 cites W4232249339 @default.
- W2567354838 cites W4234284413 @default.
- W2567354838 cites W4241214195 @default.
- W2567354838 cites W2015872462 @default.
- W2567354838 doi "https://doi.org/10.1103/physreva.93.013815" @default.
- W2567354838 hasPublicationYear "2016" @default.
- W2567354838 type Work @default.
- W2567354838 sameAs 2567354838 @default.
- W2567354838 citedByCount "0" @default.
- W2567354838 crossrefType "journal-article" @default.
- W2567354838 hasAuthorship W2567354838A5006878197 @default.
- W2567354838 hasAuthorship W2567354838A5018225465 @default.
- W2567354838 hasAuthorship W2567354838A5069383090 @default.
- W2567354838 hasAuthorship W2567354838A5090962610 @default.
- W2567354838 hasConcept C120665830 @default.
- W2567354838 hasConcept C121332964 @default.
- W2567354838 hasConcept C158622935 @default.
- W2567354838 hasConcept C199956316 @default.
- W2567354838 hasConcept C204723758 @default.
- W2567354838 hasConcept C207114421 @default.
- W2567354838 hasConcept C24890656 @default.
- W2567354838 hasConcept C62520636 @default.
- W2567354838 hasConceptScore W2567354838C120665830 @default.
- W2567354838 hasConceptScore W2567354838C121332964 @default.
- W2567354838 hasConceptScore W2567354838C158622935 @default.
- W2567354838 hasConceptScore W2567354838C199956316 @default.
- W2567354838 hasConceptScore W2567354838C204723758 @default.
- W2567354838 hasConceptScore W2567354838C207114421 @default.
- W2567354838 hasConceptScore W2567354838C24890656 @default.
- W2567354838 hasConceptScore W2567354838C62520636 @default.
- W2567354838 hasFunder F4320320366 @default.
- W2567354838 hasFunder F4320321912 @default.
- W2567354838 hasLocation W25673548381 @default.
- W2567354838 hasLocation W25673548382 @default.
- W2567354838 hasLocation W25673548383 @default.
- W2567354838 hasOpenAccess W2567354838 @default.
- W2567354838 hasPrimaryLocation W25673548381 @default.
- W2567354838 hasRelatedWork W1671157242 @default.
- W2567354838 hasRelatedWork W1984748799 @default.
- W2567354838 hasRelatedWork W2019984891 @default.
- W2567354838 hasRelatedWork W2071374080 @default.
- W2567354838 hasRelatedWork W2079104812 @default.
- W2567354838 hasRelatedWork W2095464429 @default.
- W2567354838 hasRelatedWork W3005660202 @default.
- W2567354838 hasRelatedWork W3216542330 @default.
- W2567354838 hasRelatedWork W4200433925 @default.
- W2567354838 hasRelatedWork W4281257665 @default.
- W2567354838 isParatext "false" @default.
- W2567354838 isRetracted "false" @default.
- W2567354838 magId "2567354838" @default.
- W2567354838 workType "article" @default.