Research Article
Discretization of the Water Uptake Process of Na-Montmorillonite Undergoing Atmospheric Stress: XRD Modeling Approach
Table 3
Some structural parameters obtained from the quantitative XRD analysis in the case of the stressed sample along the sorption process.
| | %RH | Layer stacking mode | M |
| | 4 | R0 | 7 | | — | | R0 | | 7 | R1 (PAA = 0.90) | 9 | | — | | R1 (PAA = 0.80) | | 10 | R1 (PAA = 0.90) | 10 | | — | | R1 (PAA = 0.80) | | 13 | R1 (PAA = 0.90) | 11 | | — | | R1 (PAA = 0.80) | | 16 | R1 (PAA = 0.90) | 11 | | — | | R1 (PAA = 0.80) | | 19 | R0 | 11 | | R1 (PAA = 0.90) | | 22 | R1 (PAA = 0.80) | 11 | | R1 (PAA = 0.90) | | R1 (PAA = 0.70) | | 25 | R1 (PAA = 0.90) | 10 | | R1 (PAA = 0.70) | | 28 | R1 (PAA = 0.90) | 8 | | R1 (PAA = 0.70) | | 31 | R1 (PAA = 0.70) | 8 | | 34 | R1 (PAA = 0.70) | 7 | | 37 | R1 (PAA = 0.70) | 7 | | 40 | R1 (PAA = 0.70) | 7 | | R0 | | R1 (PAA = 0.75) | | 43 | R1 (PAA = 0.70) | 6 | | R0 | | 46 | R1 (PAA = 0.70) | 6 | | R1 (PAA = 0.80) | | 49 | R1 (PAA = 0.70) | 6 | | R1 (PAA = 0.90) | | R1 (PAA = 0.57) | | 52 | R1 (PAA = 0.70) | 6 | | R1 (PAA = 0.90) | | R1 (PAA = 0.57) | | 55 | R1 (PAA = 0.70) | 7 | | R1 (PAA = 0.90) | | R1 (PAA = 0.57) | | 58 | R1 (PAA = 0.70) | 6 | | R1 (PAA = 0.90) | | R1 (PAA = 0.60) | | 61 | R1 (PAA = 0.85) | 6 | | R1 (PAA = 0.75) | | R1 (PAA = 0.65) | | 64 | R1 (PAA = 0.85) | 6 | | R1 (PAA = 0.75) | | R1 (PAA = 0.68) | | 67 | R1 (PAA = 0.85) | 6 | | R1 (PAA = 0.75) | | R1 (PAA = 0.90) | | 70 | R1 (PAA = 0.85) | 6 | | R1 (PAA = 0.75) | | R1 (PAA = 0.90) | | 73 | R1 (PAA = 0.80) | 6 | | R1 (PAA = 0.65) | | R1 (PAA = 0.92) | | R1 (PAA = 0.95) | | 76 | — | 6 | | R1 (PAA = 0.92) | | R1 (PAA = 0.85) | | 79 | R0 | 6 | | — | | R1 (PAA = 0.85) | | 82 | R1 (PAA = 0.95) | 7 | | R0 | | R1 (PAA = 0.85) | | 85 | R0 | 7 | | R0 | | R1 (PAA = 0.85) | | 88 | R0 | 7 | | R0 | | R1 (PAA = 0.85) | | 91 | R1 (PAA = 0.93) | 6 | | R0 | | R0 | | 94 | R1 (PAA = 0.85) | 6 | | R1 (PAA = 0.97) |
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