Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q17005319> ?p ?o }
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- Q17005319 subject Q6563815.
- Q17005319 subject Q7237060.
- Q17005319 subject Q8692110.
- Q17005319 abstract "Bond hardening is a process of creating a new chemical bond by strong laser fields—an effect opposite to bond softening. However, it is not opposite in the sense that the bond becomes stronger, but in the sense that the molecule enters a state that is diametrically opposite to the bond-softened state. Such states require laser pulses of high intensity, in the range of 1013–1015 W/cm2, and they disappear once the pulse is gone.".
- Q17005319 thumbnail Bond_hardening_induced_by_intense_laser_field.png?width=300.
- Q17005319 wikiPageWikiLink Q1047683.
- Q17005319 wikiPageWikiLink Q17005324.
- Q17005319 wikiPageWikiLink Q186497.
- Q17005319 wikiPageWikiLink Q2166376.
- Q17005319 wikiPageWikiLink Q27304.
- Q17005319 wikiPageWikiLink Q3153596.
- Q17005319 wikiPageWikiLink Q356895.
- Q17005319 wikiPageWikiLink Q3829778.
- Q17005319 wikiPageWikiLink Q44424.
- Q17005319 wikiPageWikiLink Q466824.
- Q17005319 wikiPageWikiLink Q6563815.
- Q17005319 wikiPageWikiLink Q7237060.
- Q17005319 wikiPageWikiLink Q830654.
- Q17005319 wikiPageWikiLink Q8692110.
- Q17005319 wikiPageWikiLink Q905436.
- Q17005319 comment "Bond hardening is a process of creating a new chemical bond by strong laser fields—an effect opposite to bond softening. However, it is not opposite in the sense that the bond becomes stronger, but in the sense that the molecule enters a state that is diametrically opposite to the bond-softened state. Such states require laser pulses of high intensity, in the range of 1013–1015 W/cm2, and they disappear once the pulse is gone.".
- Q17005319 label "Bond hardening".
- Q17005319 depiction Bond_hardening_induced_by_intense_laser_field.png.