DU Prof selected for CRSI award for contribution to research
21 Nov 2014 5:19 AM IST
A Delhi University professor has been chosen for a coveted award of Chemical Research Society of India (CRSI) for his contributions to research in the field.
‘Professor Rama Kant, working with DU’s Department of Chemistry, has been chosen for the coveted award for his various contributions to research in the field of Chemical Science,’ an official notification said.
The Chemical Research Society of India (CRSI), founded by Bharat Ratna awardee CNR Rao, annually recognises and awards individuals contributing to the field of chemical sciences.
The professor, along with 23 other awardees, will receive the ‘CSRI medal of honour’ and a citation in a ceremony scheduled to be held in February 2015. Prof. Kant has contributed significantly to theoretical understanding of the electrochemical phenomena on rough and heterogeneous electrodes.
‘I have also worked upon generalisation of several fundamental equations of electro chemistry for the rough electrodes and chronoamperometry on rough electrodes,’ he said. He has developed a novel method for quantitative roughness characterisation and 3D reconstruction of electrode surface using cyclic voltammetry and SEM image.
‘Professor Rama Kant, working with DU’s Department of Chemistry, has been chosen for the coveted award for his various contributions to research in the field of Chemical Science,’ an official notification said.
The Chemical Research Society of India (CRSI), founded by Bharat Ratna awardee CNR Rao, annually recognises and awards individuals contributing to the field of chemical sciences.
The professor, along with 23 other awardees, will receive the ‘CSRI medal of honour’ and a citation in a ceremony scheduled to be held in February 2015. Prof. Kant has contributed significantly to theoretical understanding of the electrochemical phenomena on rough and heterogeneous electrodes.
‘I have also worked upon generalisation of several fundamental equations of electro chemistry for the rough electrodes and chronoamperometry on rough electrodes,’ he said. He has developed a novel method for quantitative roughness characterisation and 3D reconstruction of electrode surface using cyclic voltammetry and SEM image.
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