Vapor Pressure Data: Triisobutylamine
302.05 to 392.85
Tabulated vapor pressure vs temperature for ~2800 pure compounds (inorganic and organic). Each row gives vapor pressure in Pa at a specific temperature in Kelvin. Covers cryogenic to high-boiling-point ranges. Includes water (ice, supercooled, and liquid phases), gases, organics, metals, and inorganic salts.
| compound name | temperature K | data source table | formula | vapor pressure Pa (Pa) |
|---|---|---|---|---|
| Triisobutylamine | 302.05 | Table 6-97 | C12H27N | 100 |
| Triisobutylamine | 305.45 | Table 2-10 | C12H27N | 133.322 |
| Triisobutylamine | 330.55 | Table 2-10 | C12H27N | 666.61 |
| Triisobutylamine | 338.05 | Table 6-97 | C12H27N | 1,000 |
| Triisobutylamine | 342.95 | Table 2-10 | C12H27N | 1,333.22 |
| Triisobutylamine | 356.15 | Table 2-10 | C12H27N | 2,666.44 |
| Triisobutylamine | 370.95 | Table 2-10 | C12H27N | 5,332.88 |
| Triisobutylamine | 380.45 | Table 2-10 | C12H27N | 7,999.32 |
| Triisobutylamine | 385.65 | Table 6-97 | C12H27N | 10,000 |
| Triisobutylamine | 392.85 | Table 2-10 | C12H27N | 13,332.2 |
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