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IMPACT OF EIGENVALUES ON THE ELECTRON-PHONON COUPLING STRENGTH OF INDIUM AND ITS BINARY ALLOYS Journal of Biological ,Pharmaceutical And Chemical ResearchJournal of Biological ,Pharmaceutical And Chemical Research2394-3076201633 S. K. Chakrabarti Page No. 1-4 1 Indium is a trivalent metal. Though chemically not so reactive, it often forms complexes within its binary alloys. In this theoretical work we have studied the impact of eigenvalues on the electronphonon coupling strength of indium. We have also dealt with the same for two binary alloys of it viz. indium-magnesium and indium-zinc. First of all we have computed the non-local screened form factor for each of them. For this purpose initially the orthogonalised plane wave parameter is considered as unity. Thereafter Vashishta-Singwi form of exchange and correlation are employed. For indium the Clementi eigenvalues being not available, the experimental energy values have been taken besides the Herman-Skillman core energy eigenvalues. Our results are quite satisfactory for the metal. For the alloys our results lie within the range of values as obtained by other researchers. Our computation reveals that the superconducting state parameter can be reasonably reproduced by Harrisons first principle pseudopotential technique along with McMillans formalism provided a proper choice of the core energy eigenvalues is made. Key words: Superconducting state parameter, Orthogonalised plane wave parameter, Core energy eigenvalue, Non-local screened form factor, Harrisons first principle pseudopotential. http://www.jobpcr.com/archive-abs.php?arc=271http://www.jobpcr.com/archive/JOBPCR-2016-3-3-046-1-4.pdf

The severe corneal abscess : report of 14 cases Journal of Biological ,Pharmaceutical And Chemical ResearchJournal of Biological ,Pharmaceutical And Chemical Research2394-3076201633 Y.Bennouk[1]; A.Chekabab[2]; S.Louaya[3]; M.Kriet[4] ;K.Reda[5]; A.Oubaaz[6] Page No. 5-11 1 Aim: Present the clinical, microbiological and therapeutic corneal abscesses treated in the ophthalmology department of the Military Hospiltal of Rabat (Morocco).Methods: We conducted a retrospective study over 4 years in patients hospitalized at the military hospital in Rabat for severe corneal abscess.Results: Fourteen patients had a unilateral corneal abscess. The average age was 46.28 years. Was male predominance. The average period of consultation was 7 days. The average length of hospital stay was 19 days. A risk factor was identified in 78.5% of cases with contact lens wear (21.4%), the closed eye injury (21.4%) and eye surgery (14.2%). The removal of corneal helped isolate the causative organisms in 78.5%, coagulase negative Staphylococcus and Pseudomonas aeruginosa were the species most frequently encountered. All patients received broad-spectrum antibiotics after appropriate to the sensitivity. The anatomical evolution was good for 13 patients (92.8%), with one case of evisceration.Functional recovery after treatment was good for one patient and seven patients were scheduled for a cold corneal transplant.Discussion: The delay of consultation after the onset of functional symptoms, the importance of inflammation in the anterior chamber, the virulence of the organism and poor initial visual acuity was correlated with an unfavorable functional outcome.Conclusion: Thecornealabscessis a serious disease of thecornea, anurgenttherapeutic careandguidedbymicrobiological diagnosisisacrucial factor forvisual prognosis. Key words: Corneal abscess, epidemiology, infectious agents, risk factors, treatment. http://www.jobpcr.com/archive-abs.php?arc=273http://www.jobpcr.com/archive/JOBPCR-2016-3-3-047-5-11.pdf

IMPACT OF EIGENVALUES ON THE ELECTRON-PHONON COUPLING STRENGTH OF INDIUM AND ITS BINARY ALLOYS Journal of Biological ,Pharmaceutical And Chemical ResearchJournal of Biological ,Pharmaceutical And Chemical Research2394-3076201633 S. K. Chakrabarti Page No. 12-15 1 Indium is a trivalent metal. Though chemically not so reactive, it often forms complexes within its binary alloys. In this theoretical work we have studied the impact of eigenvalues on the electronphonon coupling strength of indium. We have also dealt with the same for two binary alloys of it viz. indium-magnesium and indium-zinc. First of all we have computed the non-local screened form factor for each of them. For this purpose initially the orthogonalised plane wave parameter is considered as unity. Thereafter Vashishta-Singwi form of exchange and correlation are employed. For indium the Clementi eigenvalues being not available, the experimental energy values have been taken besides the Herman-Skillman core energy eigenvalues. Our results are quite satisfactory for the metal. For the alloys our results lie within the range of values as obtained by other researchers. Our computation reveals that the superconducting state parameter can be reasonably reproduced by Harrisons first principle pseudopotential technique along with McMillans formalism provided a proper choice of the core energy eigenvalues is made. Key words: Superconducting state parameter, Orthogonalised plane wave parameter, Core energy eigenvalue, Non-local screened form factor, Harrisons first principle pseudopotential http://www.jobpcr.com/archive-abs.php?arc=274http://www.jobpcr.com/archive/JOBPCR-2016-3-3-049-12-15.pdf