Prof. CHAN Michael Chi Wang (陳志宏)

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Projects

  1. GRF: Topologically Tunable Bimetallic Platforms: Design and Development of Catalytic and Cooperative Reactivity

    CHAN, M. C. W.

    1/12/17 → …

    Project: Research

  2. GRF: Binuclear Complexes Supported by Multidentate Ligands Bearing a Delocalized, Redox Non-Innocent mu-eta(3):eta(3)-(cis-Butadienoid) Core: Synthesis, Characterization and Catalysis

    CHAN, M. C. W.

    1/01/15 → 24/06/19

    Project: Research

  3. GRF: [C-H...F-C] and Related Non-covalent Interactions in (Carbon-nased)-Chelating Post-Metallocenes: Characterization and Application to Catalysis

    CHAN, M. C. W.

    1/01/14 → 21/06/18

    Project: Research

  4. GRF: Foldable pi-Stacked Multinuclear Architectures and Helical Metallopolymers: Conformation and Function

    CHAN, M. C. W.

    1/01/13 → 16/06/17

    Project: Research

  5. GRF: Topology and Cooperative Reactivity of Shape-Persistent Multimetallic Frameworks

    CHAN, M. C. W.

    1/01/11 → 22/06/15

    Project: Research

  6. ResCtrs: Centre for Functional Photonics (CFP)

    ROGACH, A., CHAN, K. S., CHAN, M. C. W., HO, J. C. Y., LAM, H. W. M., LEI, D., LI, Y., LO, K. W. K., WANG, Z., ZAPIEN, J. A., ZHANG, R., ZHANG, K. & ZHI, C.

    26/10/10 → …

    Project: Research

  7. GRF: Introducing Dynamic Features into Rigid Post-metallocene Ligand Frameworks

    CHAN, M. C. W.

    1/01/10 → 26/03/13

    Project: Research

  8. GRF: Molecular and Nanoscale Rotary Devices Derived from Luminescent Metal-Organic Components

    CHAN, M. C. W.

    1/01/09 → 26/09/12

    Project: Research

  9. SpEG: Photochemical Equipments for Advanced Catalysis and Functional Materials Research

    LAU, T. C., CHAN, M. C. W., KO, C. C. V., KWONG, H. L., LAM, H. W. M., LAU, K. C., LO, K. W. K., WONG, C. Y. A. & XU, Z.

    31/12/08 → 28/08/13

    Project: Research

  10. SRG: Crowded Metal-based Luminescent Frameworks as Molecular Sensors

    CHAN, M. C. W.

    1/04/08 → 8/03/11

    Project: Research

  11. GRF: Unconventional Design Approaches for Controlling and Modifying Reactivity of Post-metallocene Olefin Polymerization Catalysts

    CHAN, M. C. W.

    1/01/08 → 29/03/12

    Project: Research

  12. SRG: Self-Assembled Monolayer- and Nanoparticle-Based Phosphorescent Sensors

    CHAN, M. C. W. & SIEMELING, U.

    1/04/07 → 30/09/09

    Project: Research

  13. CRF: Green Oxidation Chemistry and Technology

    LAU, T. C., CHAN, M. C. W., KWONG, H. L., LAM, K. S. P., LAM, H. W. M., LO, K. W. K., CHAN, W. T., CHE, C. M. & WONG, K.

    1/03/07 → 25/11/10

    Project: Research

  14. GRF: Demonstrating and Utilizing [C-H···F-C] and Related Weak Non-Covalent Interactions in Catalysis: Creation of Active Sites with Unusual Peripheral Environments·

    CHAN, M. C. W.

    1/01/07 → 3/10/11

    Project: Research

  15. Ger/HKJRS: Self-Assembled Monolayer-Based Phosphorescent Sensors (SAMPS)

    CHAN, M. C. W., LAI, L. M., BRETTHAUER, F. & SIEMELING, U.

    1/01/07 → 9/06/09

    Project: Research