Criostalan GSGG
Bithear a’ cleachdadh garnets GGG/SGGG/NGG airson epitaxy.Tha fo-stratan sònraichte airson film magneto-optigeach. air a chuir ann an raon magnetach.
Tha substrate SGGG sàr-mhath airson a bhith a’ fàs filmichean epitaxial garnet iarann an àite bismuth, na stuth math airson YIG, BiYIG, GdBIG.
Tha e math feartan corporra agus meacanaigeach agus seasmhachd ceimigeach.
Iarrtasan:
YIG, film mòr epitaxy;
Innealan microwave;
GGG a chur na àite
Feartan:
| Cumadh | (Gd2.6Ca0.4)(Ga4.1Mg0.25Zr0.65)O12 |
| Structar Crystal | Ciùbach: a = 12.480 Å , |
| Molecular wDielectric seasmhach | 968,096 |
| Rubha leaghaidh | ~1730 oC |
| Dùmhlachd | ~ 7.09 g/cm3 |
| cruas | ~ 7.5 (mohn) |
| Clàr-innse ath-bheòthail | 1.95 |
| Seasmhach dielectric | 30 |
| Tangent call dielectric (10 GHz) | caib.3.0 * 10_4 |
| Modh fàs criostail | Czochralski |
| Stiùireadh fàs criostail | <111> |
Paramadairean Teicnigeach:
| Treòrachadh | <111> <100> taobh a-staigh ±15 arc min |
| Saobhadh aghaidh tonn | <1/4 tonn@632 |
| Tolerance trast-thomhas | ±0.05mm |
| Fulangas Faid | ±0.2mm |
| Chamfer | 0.10mm@45º |
| Flatness | <1/10 tonn aig 633nm |
| Co-shìnteachd | < 30 arc diog |
| Perpendicularity | <15 arc min |
| Càileachd Surface | 10/5 Scratch/Dig |
| Fosgladh soilleir | >90% |
| Meudan mòra de chriostalan | 2.8-76 mm ann an trast-thomhas |
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