Review Article
Plant-Extract-Mediated Synthesis of Metal Nanoparticles
Table 5
Representative examples for the use of plant extracts for PdNP synthesis.
| Plant | Part | Extractant | Precursor | Size (nm) | Reference |
| Artemisia annua | Leaf | Water | PdCl2 | 20–30 | [122] | Camellia sinensis | Leaf | Water | PdCl2 | 5–8 | [123] | Euphorbia thymifolia L. | Leaf | Water | PdCl2 | 20–30 | [124] | Euphorbia granulate | Leaf | Water | PdCl2 | 25–35 | [125] | Thymbra spicata | Leaf | Water | Na2PdCl4 | 10–15 | [115] | Solanum trilobatum | Leaf | Water | PdCl2 | 60–100 | [113] | Hippophae rhamnoides | Leaf | Water | PdCl2 | 2.5∼14 | [114] | Berberis vulgaris | Fruit | Water | PdCl2 | ∼18 | [116] | Ulmus davidiana | Bark | Water | PdCl2 | ∼5 | [118] | Cinnamon zeylanicum | Bark | Water | PdCl2 | 15–20 | [119] | Sargassum bovinum | Whole plant | Water | PdCl2 | 5–10 | [120] | Salvia hydrangea | Whole plant | 70% ethanol | Pd(NO3)2 | <10 | [126] |
|
|