MUMBAI,UNIVERSITY

Mumbai-400 076, India, Applied Chemistry Division, Mumbai University Institute of Chemical Technology, Matunga, Mumbai-400 019, India, Chemistry and Physics of Materials Unit, Jawaharlal Nehru Center of Advanced Scientific Research, Jakkur, Bangalore-560 064, India,... 

Source From Nanda G.S. PhD Thesis, Mumbai University. 

Sanghvi, S.H., PhD Thesis, Electrical and magnetic field effects on cellular systems to develop instmment for biomedical appUcations, Mumbai University, 2004. 

Department of Chemical Engineering Institute of Chemical Technology Mumbai University Mumbai, Maharashtra, India... 

Abstract The laboratory courses in chemistry at tertiary level are expected to (i) expose students to experimental techniques and skills, (ii) allow sufficient practice to master these techniques and (iii) also provide opportunities to students as investigators of the experimental work. The present paper discusses and analyses the laboratory courses in organic chemistry, prescribed by Mumbai University, one of the oldest Universities of India for (i) the content, (ii) skills/technical demands of the experiments, (iii) weightage with respect to time and marks, (iv) evaluation criteria used for assessment of students, and (v) the changes it has undergone over time. 

The practical syllabus in organic chemistry as prescribed by Mumbai University introduces various experiments in a phased manner. Table 2 lists the type of experiments included in undergraduate (UG) and postgraduate (PG) syllabi. 

Department of Physics, Mumbai University, Mumbai, India Koshy George... 

Pangarkar VG. 2004. Lecture notes for Science Engineering Research Council School on Multifunctional reactors for Process Intensification. Funded by the Department of Science and Technology, Government of India, Mumbai University Institute of Chemical Technology, Mumbai, India, July 12-16. 

A.B.Samui completed his Masters and Ph.D (Chemistry) from Calcutta University and Mumbai University (India) respectively. The author is working as research scientist in Naval Materials Research Laboratory, Mumbai, India and is currently leading a group of scientists for development of Smart Materials. He has edited one special issue of Defence Science Journal (India) on Naval Materials. He is in the Editorial Board of two open access journals and has authored about 70 peer reviewed articles as well as book chapters. 

I express my profound respect and appreciation to my guru/mentor/advisor. Prof. D. W. Rangnekar, who brought me to this wonderful world of color science in the Dyestuff Technology Department of Mumbai University Institute of Chemical Technology (MUICT), where I laid the foundation stone for my research career in dye chemistry. 

Department of Geology, University of New Brunswick, Fredericton, NB, E3B 5A3 Canada Indian Institute of Geomagnetism, New Panvel, Navi Mumbai- 410 218, India... 

Food Engineeringcwd Technoh Department, Institute of Chemical Technolo, University of Mumbai, Matunga,... 

Mrinalini Walawalkar is a Reader at the University Institute of Chemical Technology, Mumbai. Previously she was a Scientific Officer at IIT-Bombay and an Alexander-von-Humboidt Fellow at Bochum and Gottingen Universities. Her current research interests are in the area of inorganic materials. 

Pore AS. Studies in membrane separations. M. Chem. Engg. Thesis, University of Mumbai, Mumbai, India, 2005. 

Gupta, SK. Actinides Recovery Using Membrane Based Extraction Technique, MSc thesis (Research), University of Mumbai, 2003. Gupta, SK. et al. Non-dispersive extraction of Am(III) using PC-88A as an extractant, at DAE Symposium on Nuclear and Radiochemistry (NUCAR-2003) BARC Trombay, Mumbai, February 10-13, p. 133, 2003. 

Roy, S.C., Extraction studies of trans-actinium elements through microporous membrane, PhD thesis. University of Mumbai, Mumbai, 2007 (submitted). 

Department of Chemistry, University of Mumbai, Santacruz(E), Mumbai-400098, India... 

Elvin-Lewis, M. 2002. Neem From ethnodentistry to dental products A review of its antiodonto-pathic potential. In Proceedings of World Neem Conference, University of British Columbia, Vancouver, Canada, (H. Behl, ed.), pp. 176-186. Neem Foundation, Mumbai, India. Elvin-Lewis, M. 2003. New therapeutic discoveries from ethnomedical and ethnobotanical data. 

M/s Oxford University Press, Appollo Bunder, Mumbai (Bombay). 

Photocathode-based picosecond electron accelerators are conceptually simpler than pre-bunched thermionic systems, although they require reasonably powerful, multicomponent femtosecond or picosecond laser systems to drive the photocathode. In addition, the availability of synchronized laser pulses allows the development of advanced detection capabilities with unprecedented time resolution. The combination of ease of use and powerful detection methods has stimulated strong interest in photocathode gun systems. Since the installation ofthe first photocathode electron gun pulse radiolysis system at BNL [5,13], four additional photocathode-based facilities have become operational and two more are in progress. The operational centers include the ELYSE facility at the Universite de Paris-Sud XI in Orsay, France [7,8], NERL in Tokai-Mura, Japan [9,10], Osaka University [11,12], and Waseda University in Tokyo [13]. Facilities under development are located at the Technical University of Delft, the Netherlands, and the BARC in Mumbai, India. 

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