Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q628595> ?p ?o }
Showing triples 1 to 88 of
88
with 100 triples per page.
- Q628595 subject Q1457474.
- Q628595 subject Q6464799.
- Q628595 subject Q7216237.
- Q628595 abstract "A eutectic system (US dict: yü-'tek-tik) from the Greek "ευ" (eu = easy) and "Τήξις" (teksis = melting) describes a homogeneous solid mix of atomic and/or chemical species, to form a joint super-lattice, by striking a unique atomic percentage ratio between the components — as each pure component has its own distinct bulk lattice arrangement. It is only in this atomic/molecular ratio that the eutectic system melts as a whole, at a specific temperature (the eutectic temperature) the super-lattice releasing at once all its components into a liquid mixture. The eutectic temperature is the lowest possible melting temperature over all of the mixing ratios for the involved component species.Upon heating any other mixture ratio, and reaching the eutectic temperature — see the phase diagram to the right — one component's lattice will melt first, while the temperature of the mixture has to further increase for (all) the other component lattice(s) to melt. Conversely, as a non-eutectic mixture cools down, each mixture's component will solidify (form its lattice) at a distinct temperature, until all material is solid.The coordinates defining an eutectic point on a phase diagram are the eutectic percentage ratio (on the atomic/molecular ratio axis of the diagram) and the eutectic temperature (on the temperature axis of the diagram).Not all binary alloys have eutectic points because the valence electrons of the component species are not always compatible, in any mixing ratio, to form a new type of joint crystal lattice. For example, in the silver-gold system the melt temperature (liquidus) and freeze temperature (solidus) "meet at the pure element endpoints of the atomic ratio axis while slightly separating in the mixture region of this axis".".
- Q628595 thumbnail Eutectic_system_phase_diagram.svg?width=300.
- Q628595 wikiPageExternalLink notes_10.pdf.
- Q628595 wikiPageExternalLink notes_10.pdf.
- Q628595 wikiPageWikiLink Q104837.
- Q628595 wikiPageWikiLink Q1056832.
- Q628595 wikiPageWikiLink Q106080.
- Q628595 wikiPageWikiLink Q107414.
- Q628595 wikiPageWikiLink Q1084485.
- Q628595 wikiPageWikiLink Q108766.
- Q628595 wikiPageWikiLink Q1090.
- Q628595 wikiPageWikiLink Q1096.
- Q628595 wikiPageWikiLink Q11466.
- Q628595 wikiPageWikiLink Q1292973.
- Q628595 wikiPageWikiLink Q13233.
- Q628595 wikiPageWikiLink Q13389141.
- Q628595 wikiPageWikiLink Q137056.
- Q628595 wikiPageWikiLink Q1457474.
- Q628595 wikiPageWikiLink Q162564.
- Q628595 wikiPageWikiLink Q16285362.
- Q628595 wikiPageWikiLink Q1756067.
- Q628595 wikiPageWikiLink Q1781829.
- Q628595 wikiPageWikiLink Q181559.
- Q628595 wikiPageWikiLink Q186693.
- Q628595 wikiPageWikiLink Q189335.
- Q628595 wikiPageWikiLink Q189520.
- Q628595 wikiPageWikiLink Q2088351.
- Q628595 wikiPageWikiLink Q211387.
- Q628595 wikiPageWikiLink Q2118955.
- Q628595 wikiPageWikiLink Q2142963.
- Q628595 wikiPageWikiLink Q216935.
- Q628595 wikiPageWikiLink Q2314.
- Q628595 wikiPageWikiLink Q263214.
- Q628595 wikiPageWikiLink Q283.
- Q628595 wikiPageWikiLink Q285927.
- Q628595 wikiPageWikiLink Q3044530.
- Q628595 wikiPageWikiLink Q3175122.
- Q628595 wikiPageWikiLink Q325401.
- Q628595 wikiPageWikiLink Q3275009.
- Q628595 wikiPageWikiLink Q332431.
- Q628595 wikiPageWikiLink Q334631.
- Q628595 wikiPageWikiLink Q339062.
- Q628595 wikiPageWikiLink Q3489476.
- Q628595 wikiPageWikiLink Q37756.
- Q628595 wikiPageWikiLink Q387723.
- Q628595 wikiPageWikiLink Q4019783.
- Q628595 wikiPageWikiLink Q407392.
- Q628595 wikiPageWikiLink Q407418.
- Q628595 wikiPageWikiLink Q413598.
- Q628595 wikiPageWikiLink Q42045.
- Q628595 wikiPageWikiLink Q4488518.
- Q628595 wikiPageWikiLink Q465149.
- Q628595 wikiPageWikiLink Q4674027.
- Q628595 wikiPageWikiLink Q483269.
- Q628595 wikiPageWikiLink Q486921.
- Q628595 wikiPageWikiLink Q487286.
- Q628595 wikiPageWikiLink Q489843.
- Q628595 wikiPageWikiLink Q500576.
- Q628595 wikiPageWikiLink Q515874.
- Q628595 wikiPageWikiLink Q527601.
- Q628595 wikiPageWikiLink Q5414402.
- Q628595 wikiPageWikiLink Q575611.
- Q628595 wikiPageWikiLink Q620361.
- Q628595 wikiPageWikiLink Q6464799.
- Q628595 wikiPageWikiLink Q6481705.
- Q628595 wikiPageWikiLink Q658.
- Q628595 wikiPageWikiLink Q675176.
- Q628595 wikiPageWikiLink Q686980.
- Q628595 wikiPageWikiLink Q703.
- Q628595 wikiPageWikiLink Q708.
- Q628595 wikiPageWikiLink Q7216237.
- Q628595 wikiPageWikiLink Q787619.
- Q628595 wikiPageWikiLink Q7946.
- Q628595 wikiPageWikiLink Q796821.
- Q628595 wikiPageWikiLink Q80831.
- Q628595 wikiPageWikiLink Q866612.
- Q628595 wikiPageWikiLink Q897.
- Q628595 wikiPageWikiLink Q898874.
- Q628595 wikiPageWikiLink Q899386.
- Q628595 wikiPageWikiLink Q904655.
- Q628595 wikiPageWikiLink Q905989.
- Q628595 wikiPageWikiLink Q925.
- Q628595 comment "A eutectic system (US dict: yü-'tek-tik) from the Greek "ευ" (eu = easy) and "Τήξις" (teksis = melting) describes a homogeneous solid mix of atomic and/or chemical species, to form a joint super-lattice, by striking a unique atomic percentage ratio between the components — as each pure component has its own distinct bulk lattice arrangement.".
- Q628595 label "Eutectic system".
- Q628595 depiction Eutectic_system_phase_diagram.svg.