Estimated results
Nearly any catalytic reaction involving late transition metals can be adapted to use of water as a solvent provided the reagents are water
stable. The majority of metals widely used in catalysis (Ru, Rh, Pd, Pt) are expensive and rare, wich makes their recovery an important
requirement of thier use. The development of new ligand arhitectures and adapting new reactions to water phase are major chalanges of
aqueous-phase organometallic catalysis, and are also the major objectives of this research project. We expect to obtain considerable
fundamental knowledge, and also some results applicable in the field of fine organic synthesis.
Obtained resultspdf
Proiect de cercetare postdoctorală PNII-RU-PD-2009
stable. The majority of metals widely used in catalysis (Ru, Rh, Pd, Pt) are expensive and rare, wich makes their recovery an important
requirement of thier use. The development of new ligand arhitectures and adapting new reactions to water phase are major chalanges of
aqueous-phase organometallic catalysis, and are also the major objectives of this research project. We expect to obtain considerable
fundamental knowledge, and also some results applicable in the field of fine organic synthesis.
Obtained resultspdf
Proiect de cercetare postdoctorală PNII-RU-PD-2009