A histogram describing the distribution of surface area quantity SiC in composite F3S.20S is AUTOM: 
submitted in Fig. 2. DETERM 
Count: 45 Mean: 93.82 ; Pe 
Le+ 00 
45 
’ 40 
. 25 _ 
20. 
2s | 
20! 
irs 
10 
= [wm2] 
a 9 
10 "Zu : *1=+00 In the pre 
= identify d 
treatment 
Level: 68.78 - 73.99 E12 and 
Classes: |64 x | MM Log scale filters a 
[ss zl he 
. ee. oe . low alloy 
Fig. 2: The distribution of surface area of silicon carbide. na 
8.91 and 
The diagram (Fig. 3) shows distribution of particles quantity SiC in function of their average ® 
diameter. 
Count: 95 Mean: 10.48 
- 1. NTR( 
le+400 
| 30 | The mater 
. 50_ As known 
70 1 eh 
| so |! sandard : 
S50 not (1-2) 
20! The autor 
20 : rk 
=0, merpee:z 
10 higher u 
Cum] an 
o ! -— —— DOSSIOLLT 
Q . ' *1=+00 This war 
nen oundary 
nue 
Level: 9.746 - 10.55 we 
Classes: MM Log scale MATT 
. . . . . . Iwo Kind 
Fig. 3: The quantity of particles SiC in function of their average diameter. Optimized 
Content, 
ING 
Tens - 
174