Dr Ajit R Kulkarni
Professor
| Department of Metallurgical Engineering and Materials Science
Indian Institute of Technology, Bombay
(1987 - 2022)
Maharashtra
Expertise:
Metallurgy and Metallurgical Engineering
232
Publications
0
Projects
5736
Scopus Citations
5224
CrossRef
34 Years 10 Months Total Experience
Scopus
5,736
Citations
37
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CrossRef
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Citations
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Personal Details
Doctor of Philosophy
1984
N/A
Professor
Jun 1987 – Mar 2022
Indian Institute of Technology, Bombay
| Department of Metallurgical Engineering and Materials Science
Engineering and Technology
Scholarly Work
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VERBESSERTE LICHTSTABILITÄT, UVA-FILTERUNG MIT ERWEITERTEM BEREICH UND TARNUNGSPOTENZIAL EINES AVOBENZON-DEFEKTREICHEN ZNO-NANOKRISTALLKOMPLEXES | COMPLEXE AVOBENZONE-NANOCRISTAUX DE ZNO RICHES EN DÉFAUTS PRÉSENTANT UNE PHOTOSTABILITÉ AMÉLIORÉE, UN POUVOI
INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
-
Patent No. :
EP3340962A4
Filed :
29-07-2016
Published :
27-03-2019
Published
COMPLEXE AVOBENZONE-NANOCRISTAUX DE ZNO RICHES EN DÉFAUTS PRÉSENTANT UNE PHOTOSTABILITÉ AMÉLIORÉE, UN POUVOIR ANTI-UVA À LARGE SPECTRE ET UN POTENTIEL DE MASQUAGE | ENHANCED PHOTOSTABILITY, EXTENDED RANGE UVA FILTERING AND CAMOUFLAGING POTENTIAL OF AVOBEN
INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
IN
-
Patent No. :
WO2017037731A1
Filed :
29-07-2016
Published :
09-03-2017
Published
METHODS OF PREPARATION OF HIGH PERFORMANCE ZNO VARISTORS AND IMPROVED COMPOSITIONS
INTERNATIONAL ADVANCED RESEARCH CENTRE FOR POWDER METALLURGY AND NEW MATERIALS
IN | INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
-
Patent No. :
IN339072B
Filed :
03-09-2015
Published :
26-06-2020
Published
ENHANCED PHOTOSTABILITY, EXTENDED RANGE UVA FILTERING AND CAMOUFLAGING POTENTIAL OF AVOBENZONE-DEFECT RICH ZnO NANOCRYSTALS COMPLEX
INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
-
Patent No. :
IN317778B
Filed :
29-08-2015
Published :
09-08-2019
Published
A METHOD FOR SYNTHESISING DEFECT RICH NANOCRYSTALS OF VARIABLE SIZE WITH ENHANCED DEFECT LUMINESCENCE
INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
-
Patent No. :
IN312101B
Filed :
26-11-2013
Published :
03-05-2019
Published
PAN-PEO gels with improved conductance and solvent retention
INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
Powai
Mumbai
Maharashtra
IN | Balaji Ramamurthy
Coimbatore
IN | Kulkarni Ajit R.
Mumbai
IN | Srinivasa Raman S.
Mumbai
IN | BALAJI RAMAMURTHY | KULKARNI AJIT R | SRINIVASA RAMAN S | INDIAN INSTITUTE OF TECHNOLOGY BO
-
Patent No. :
US8871390B2
Filed :
10-06-2011
Published :
28-10-2014
Published
具有改善的导电性和溶剂保留的PAN-PEO凝胶 | with improved conductivity and solvent retention of PAN-PEO gel
印度孟买技术研究院 | INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
IN
-
Patent No. :
CN103069635B
Filed :
27-08-2010
Published :
25-11-2015
Published
GELS PAN-PEO À CONDUCTANCE ET RÉTENTION DE SOLVANT AMÉLIORÉES | PAN-PEO GELS WITH IMPROVED CONDUCTANCE AND SOLVENT RETENTION
INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
IN | BALAJI Ramamurthy
IN | KULKARNI Ajit R.
IN | SRINIVASA Raman S.
IN
-
Patent No. :
WO2011154766A1
Filed :
27-08-2010
Published :
15-12-2011
Published
PAN-PEO GELS WITH IMPROVED CONDUCTANCE AND SOLVENT RETENTION
INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
-
Patent No. :
IN201001751I3
Filed :
08-06-2010
Published :
07-06-2013
Published
Polyurethane gel electrolytes with improved conductance and/or solvent retention
INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
Mumbai
IN | Balaji Ramamurthy
Tamilnadu
IN | Kulkarni Ajit R.
Mumbai
IN | Srinivasa Raman S.
Mumbai
IN | BALAJI RAMAMURTHY | KULKARNI AJIT R | SRINIVASA RAMAN S | INDIAN INSTITUTE OF TECHNOLOGY BOMBAY
-
Patent No. :
US8673503B2
Filed :
04-06-2010
Published :
18-03-2014
Published
Scholarly Publications
Glass formation region and lithium ion conduction in the oxyfluorophosphate glasses
Fast ion conducting lithium glasses-Review
Electrode effects in lithium conducting oxyfluorophosphate glasses
Quenched glasses in the system LiFLi2OAl(Po3)3
Dielectric properties of glasses in the lif-li2o-ai(P03)3system
Lithium conducting glassy solid electrolytes in the LiFLi2 OAl(PO3)3 system
LONG TIME RELAXATION PROCESSES IN GLASSY SOLIDS. II. beta RELAXATION IN FAST ION CONDUCTING GLASSES.
Scopus: 1
High conductivity and mechanical loss due to mobile fluoride ions in PbF2MnF2Al(PO3)3 glasses
Showing 1 to 8 of 232 publications