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Advanced Functional Nanomaterials
Our approach mostly depends on creating porosity in functional organic and inorganic materials by soft and hard templating approaches and their extensive characterization. Especially we are interested in the synthesis of porous metal oxides and organic/ metal oxide nanocomposites to obtain several heterostructures.

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Published by Drkamal Kailasam, 2019-04-05 06:04:18

Institute of Nano Science and Technology

Advanced Functional Nanomaterials
Our approach mostly depends on creating porosity in functional organic and inorganic materials by soft and hard templating approaches and their extensive characterization. Especially we are interested in the synthesis of porous metal oxides and organic/ metal oxide nanocomposites to obtain several heterostructures.

Keywords: Institute of Nano Science and Technology

http://drkamalsgroup.com/ Email:[email protected]

Kamals group Advanced Functional Nanomaterials

Advanced Functional Nanomaterials

Our approach mostly depends on creating porosity in functional organic and inorganic
materials by soft and hard templating approaches and their extensive characterization.
Especially we are interested in the synthesis of porous metal oxides and organic/
metal oxide nanocomposites to obtain several heterostructures. In addition building
the organic porous network by reacting special tectonsthrough several C-C coupling
reactions for eg.,Covalent Organic Frameworks (COFs) and Conjugated
Micro-/Meso-porous Polymers(CMPs) or avoiding their packing in such a way that it
opens up the porosity, for eg.,Polymers of Intrinsic Microporosity (PIMs).

Publications (Journal Articles)

“Visible light-driven simultaneous H2 production by
water splitting coupled with selective oxydation of HMF
to DFF catalyzed by porous carbon nitride” V. R.
Battula, A. Jaryal and K. Kailasam* . Journal of
Material Chemistry A, 2019, 7, 5643-4649.

“A true oxygen-linked heptazine based polymer for
efficient hydrogeneration” V.R. Battula, Sunil Kumar,
D. K. Chauhan, S. Samanta and K. Kailasam*.
Applied Catalysis B: Environmental, 2019, 244,
313-319.

“Heptazine based organic framework as
chemiresistive sensor for ammonia
detection at room temperature” N. Sharma,
N. Sharma and K. Kailasam* . Journal of
Material Chemistry A, 2018, 6,
18389-18395.

http://drkamalsgroup.com/ Email:[email protected]

“Deep-Blue OLED Fabrication from Heptazine
Columnar Liquid Crystal Based AIE-Active Sky Blue
Emitter” I. Bala, L. Ming, R. A. K. Yadav, J. De, D. K.
Dubey, S. Kumar, H. Singh, J. –H. Jou, K. Kailasam
and S. K. Pal. ChemistrySelect,2018, 3, 7771–7777.
Impact factor: 1.505

Emergence of s-Heptazines: From
trichloro-s-heptazine building blocks to functional
materials” S. Kumar, N. Sharma and K.
Kailasam* Invited article for the“J. Mater. Chem.

http://drkamalsgroup.com/?page_id=418

Dr. Kamalakannan Kailasam
Scientist E/ Associate Professor

Phone: +919501645711
Email: [email protected]
Address: Institute of Nano Science and Technology,
Habitat Centre, Phase- 10,
Sector- 64 Mohali, Punjab – 160062

http://drkamalsgroup.com/ Email:[email protected]


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