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| LOCATION | SHELVED AT | LOAN TYPE | STATUS |
|---|---|---|---|
| Chemistry Dept. | q QD 381 C7 v.1 Molecular recognition receptors for cationic guests | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.2 Molecular recognition receptors for molecular guests | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.3 Cyclodextrins | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.4 Supramolecular reactivity and transport: bioorganic systems | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.5 Supramolecular reactivity and transport: bioinorganic systems | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.6 Solid-state supramolecular chemistry: crystal engineering | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.7 Solid-state supramolecular chemistry: Two- and three-dimensional inorganic networks | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.8 Physical methods in supramolecular chemistry | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.9 Templating, self-assembly, and self-organization | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.10 Supramolecular technology | DEPT DECISION | ASK AT DEPT |
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| LOCATION | SHELVED AT | LOAN TYPE | STATUS |
|---|---|---|---|
| Chemistry Dept. | q QD 381 C7 v.1 Molecular recognition receptors for cationic guests | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.2 Molecular recognition receptors for molecular guests | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.3 Cyclodextrins | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.4 Supramolecular reactivity and transport: bioorganic systems | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.5 Supramolecular reactivity and transport: bioinorganic systems | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.6 Solid-state supramolecular chemistry: crystal engineering | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.7 Solid-state supramolecular chemistry: Two- and three-dimensional inorganic networks | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.8 Physical methods in supramolecular chemistry | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.9 Templating, self-assembly, and self-organization | DEPT DECISION | ASK AT DEPT |
| Chemistry Dept. | q QD 381 C7 v.10 Supramolecular technology | DEPT DECISION | ASK AT DEPT |
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