Opto-Electronic Properties of Surface-Confined Terpyridyl Complexes - Mondal, Prakash Chandra
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Surface-confined inorganic-organic hybrid materials are the exceelent architecture to assemble the molecular building blocks at the nano-scale.These hybrid constructions are the fruitful for various applications in the material science, namely surface-based sensors, catalyst, solid state devices, etc.In this context, the very recent progress made by the author is highlighted in the area of opto-electronic properties of the Fe, Ru, Os-terpyridyl complexes-based hybrid structures onto the different solid supports including glass, ITO, quartz and silicon.

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Produktbeschreibung
Surface-confined inorganic-organic hybrid materials are the exceelent architecture to assemble the molecular building blocks at the nano-scale.These hybrid constructions are the fruitful for various applications in the material science, namely surface-based sensors, catalyst, solid state devices, etc.In this context, the very recent progress made by the author is highlighted in the area of opto-electronic properties of the Fe, Ru, Os-terpyridyl complexes-based hybrid structures onto the different solid supports including glass, ITO, quartz and silicon.
Autorenporträt
Dr. Prakash Chandra Mondal was born in a remote village in West Bengal, India. After completion his bachelor degree in chemistry from Jadavpur University, Kolkata, he moved to IIT-Kharagpur for MSc. He completed Ph.D. from University of Delhi, India and moved to Weizmann Institute of Science, Israel for post-doctoral research in material science.