1. Lariat crown ethers have sidearms that can augment complexation of cation. 2. Complexation and solvation is also caused by specific interactions of functional groups.3. Complexation can be described by coordination number and the complex stability constants.4. Complexation takes place simply by evaporating a toluene solution containing both compounds.5. Copper complexation increases the reactivity of phenols towards this reagent. 6. In both environments, organic compounds dominate mercury complexation . 7. Anion complexation can be achieved by encapsulating the anion in a suitable cage. 8. In the gill surface interaction model both metal hardness and complexation are included. 9. The molecule undergoes significant conformational change upon complexation . 10. Complexation with necessarily large amounts of oxalate is undesirable due to the toxicity of the reagent.
Mobile