Assertion: cordierite's expansion | /r/HasProperty | dl/l in ppm
Facets:
Source sentences:
text: 5 c is the plot of the thermal expansion (dl/l in ppm) versus temperature (in ° C.) during heating and cooling for A0, the reference material of A-type cordierite; A0-(1) for the A0 material after initial firing to 1415° C., A0-(2) for the A0 material after its initial firing to 1415° C. and annealing for 4h at 1200° C., A0-(3) for the A0 material after its initial firing to 1415° C., annealing for 4h at 1200° C. and 4 further temperature cycles from room temperature to 1200° C.
text: 6 c is the plot of the thermal expansion (dl/l in ppm) versus temperature (in ° C.) during heating and cooling for A1, A-type cordierite material with 2% titania addition; A1-(1) for the A1 material after initial firing to 1385° C., A1-(2) for the A1 material after its initial firing to 1385° C. and annealing for 4 h at 1200° C., A1-(3) for the A1 material after its initial firing to 1385° C., annealing for 4 h at 1200° C. and 4 further temperature cycles from room temperature to 1200° C.
text: 7 c is the plot of the thermal expansion (dl/l in ppm) versus temperature (in ° C.) during heating and cooling for A2, A-type cordierite material with 2% titania and iron oxide addition; A2-(1) for the A2 material after initial firing to 1395° C., A2-(2) for the A2 material after its initial firing to 1395° C. and annealing for 4 h at 1200° C., A2-(3) for the A2 material after its initial firing to 1395° C., annealing for 4 h at 1200° C. and 4 further temperature cycles from room temperature to 1200° C.
text: 8 c is the plot of the thermal expansion (dl/l in ppm) versus temperature (in ° C.) during heating and cooling for A3, A-type cordierite material with 2% yttria and silica addition; A3-(1) for the A3 material after initial firing to 1390° C., A3-(2) for the A3 material after its initial firing to 1390° C. and annealing for 4 h at 1200° C., A3-(3) for the A3 material after its initial firing to 1390° C., annealing for 4 h at 1200° C. and 4 further temperature cycles from room temperature to 1200° C.
text: 9 c is the plot of the thermal expansion (dl/l in ppm) versus temperature (in ° C.) during heating and cooling for A4, A-type cordierite material with 2% yttria and alumina addition; A4-(1) for the A4 material after initial firing to 1395° C., A4-(2) for the A4 material after its initial firing to 1395° C. and annealing for 4 h at 1200° C., A4-(3) for the A4 material after its initial firing to 1395° C., annealing for 4 h at 1200° C. and 4 further temperature cycles from room temperature to 1200° C.