|
|
BEIGE LIMRA LIMESTONE |
METRIC SYSTEM
|
SI SYSTEM |
| Hardness |
(Mohs) |
2,7 |
(Mohs) |
2,7 |
| Unit Volume Weight |
(gr/cm3) |
2,43 |
(kg/m3) |
2500 |
| Specific Weight |
|
2,78 |
|
2,78 |
| Water absorption at atmospheric pressure by weight |
(%) |
2,7 |
(%) |
2,7 |
| Water absorption at atmospheric pressure by volume |
(%) |
6,6 |
(%) |
6,6 |
| Apperant porosity |
(%) |
6,7 |
(%) |
6,7 |
| Ratio of fullness |
(%) |
86,8 |
(%) |
86,8 |
| Real Porosity |
(%) |
13,2 |
(%) |
13,2 |
| Compressive strenght |
(kg/cm2) |
450 |
(MPa) |
44 |
| Seismic velocity,P-Wave Velocity |
(m/s) |
4300 |
(m/s) |
4300 |
| Weight decrease after freezing |
(%) |
0,2 |
(%) |
0,2 |
| Strength decrease after freezing |
(%) |
28 |
(%) |
28 |
| Compressive strenght after freezing |
(kg/cm2) |
324 |
(MPa) |
31,8 |
| P-Wave Velocity after freezing |
(m/s) |
3600 |
(m/s) |
3600 |
| Change of P-Wave Velocity after freezing |
(%) |
16,3 |
(%) |
16,3 |
| Bending strenght |
(kg/cm2) |
70 |
(MPa) |
6,9 |
| Schmidt hammer index |
|
36 |
|
36 |
| Polishing manner |
|
GOOD |
|
GOOD |
|
Al2 |
0,240 |
|
CaO |
53,936 |
|
Fe2O3 |
0,090 |
|
MgO |
0,618 |
|
SiO2 |
0,251 |
|
SM |
0,958 |
|
ALM |
2,668 |
|
LoI(K.k) |
41,720 |
|
TOPLAM |
100 |
|
HUMIDITY = 0,08 |
| TTRASYON (CaCo3+MgCO3)=90,00 |
| |
|
SM=Silis Modülü |
= |
SiO2 |
|
|
|
Al2O3+Fe2O3 | |
|
ALM=Alüminyum Modülü |
= |
Al2O3 |
|
|
|
Fe2O3 | |
|
