Kristall

Struktur

Schmelzpunkt

Dichte

Wärmeausdehnung

Dielektrizitätskonstante

Wachstum Tech. \u0026Ampere; max. Größe

Standard 1 oder 2 Seiten Epi poliert Wafer

^O c

g / cm ³

\u0026 emsp;

Isat

kubisch

1840

6.74

10

22

cz

20x20x0,5mm

(laalo3) 0.3  - (sr2altao8) 0.7

a = 3,868 Å

Ø35mm

10x10x0,5mm

laalo3

Rhombo.

2100

6.51

9.2

24.5

cz

Ø3 \"x0.5mm

a = 3,790 Å

Ø3 \"

Ø2 \"x0.5mm

c = 13,11 Å

\u0026 emsp;

Ø1 \"x0.5mm

\u0026 emsp;

\u0026 emsp;

10x10x0,5mm

Mag ich

kubisch

2852

3.58

12.8

9.8

Fluss

Ø2 \"x0.5mm

a = 4,21 Å

Ø2 \"

10x10x0,5mm

ndgao3

Orthor.

1600

7.57

7.8

25

cz

Ø2 \"x0.5mm

a = 5,43 Å

Ø2 \"

10x10x0,5mm

b = 5,50 Å

\u0026 emsp;

\u0026 emsp;

c = 7,71 Å

\u0026 emsp;

\u0026 emsp;

srtio3

kubisch

2080

5.12

10.4

300

vernunft

10x10x0,5mm

a = 3,90 Å

Ø30mm

srlaalo4

Tetrag.

1650

16.8

cz

10x10x0,5mm

a = 3,756 Å

Ø20mm

c = 12,63 Å

\u0026 emsp;

Yalo ₃

Orthor.

1870

4.88

2 ~ 10

16`20

cz

10x10x0,5mm

a = 5,176 Å  b = 5,307 Å

Ø30mm

c = 7,355 Å

\u0026 emsp;

ysz

kubisch

~ 2500

5.8

10.3

27

Fluss

Ø2 \"x0.5mm

a = 5,125 Å

Ø2 \"

10x10x0,5m