International Journals of Multidisciplinary Research
Academy (IJMRA)

Abstract:
In this paper we use fractional differential operators , , n Dk x  and D x   to derive a number of key formulas of multivariable H-function. We use the generalized Leibnitz’s rule for fractional derivatives in order to obtain one of the aforementioned formulas, whichinvolve a product of two multivariables H-function. It is further shown that ,each of these formulas yield interesting new formulas for certain multivariable hypergeometric function such as generalized Lauricella function (Srivastava-Dauost)and Lauriella hypergeometric function some of these application of the key formulas provide potentially useful generalization of known result in the theory of fractional calculus.
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Abstract:
Benzoxazole containing moiety S3 was productively synthesized and functional for detection of CN ion. The S3 moleculealtereditscolourfordarkbrowntodarkgreenonaccumulationoftheCN iononlyinDimethylSulfoxidesolvent.Thelimitofdetectionand association constant (Ka) were 0.4 × 106 M and 1.0 × 107 M1 ; and 0.46 × 104 M and 1.0 × 105 M1 resolute by UV-visible spectroscopic titration and fluorescence titration,correspondingly
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Abstract:
In the present paper, different kind of cancer cases have been Statistically analyzed. The estimated figure of patients with cancer in India is 1,392,179 for the year 2020.The collective 5 leading types of cancer are breast, lung, mouth, cervix uteri and tongue. Trends in cancer frequency rate indicated an increase in all types of cancer in both males and females.Data are depicted with the help of graphs and chart.
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Abstract:
Quantitative structure activity relationship (QSPR) models of 75 alkane derivatives were created using quantum chemical descriptors.For molecular modelling and geometry optimization, the CACheprogramme was employed. Using the PM3 approach, MOPAC2002 estimated the values of several quantum chemical descriptors. The boiling points of alkane derivatives may be predicted very precisely throughout this investigation based on the cross validation coefficient and correlation coefficient results. Better results are obtained when total energy is combined with additional quantum chemical descriptors
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Abstract:
Variability among 6 isolates of Bipolaris sorokiniana (Sacc. in Sorokin) Shoem. was studied in respect of morphological and physiological variability. The isolates BS-F-5 and BS-P-3 were found to be fast growing and high sporulating. The isolates BS-DWR-K-1, BS-K-4, and BS-V-6 were found to be medium in growth and sporulation, whereas BS-D-2 was slow growing and least sporulating. Among the phosphorus sources, dipotassium hydrogen orthophosphate was best for growth and sporulation, whereas sodium phosphate was inhibitory for growth and sporulation of all isolates. Among the potassium sources, potassium nitrate was best and potassium sulphate was inhibitory for growth and sporulation of all isolates. Among the vitamins, thiamine supported maximum growth of all isolates, whereas yeast extract supported maximum sporulation. Inositol and calcium pentothenate were found to be inhibitory for growth of all isolates.
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Abstract:
Thin films of 2% Indium doped CdSe0.2Te0.8 were grown by thermal evaporation in a vacuum of 5 × 10−5 torr pressure on a precoated In2O3 coated glass plates. The thin films were characterized by X-ray diffraction (XRD) for structural determination, Optical absorption studies for band gap determination and an aqueous polysulphide comprising of (aq) 1M Na2S+ 1 M NaOH + 1M S was used as a redox electrolyte for fabrication of photoelectrochemical solar cells. The XRD pattern showed that the film exhibited a crystalline nature with zinc blende (cubic) structure with lattice constant 𝑎𝑜= 4.22 Å. The optical absorption studies indicated that the semiconductor exhibits direct band gap with energy gap, Eg≈ 1.45 eV. The doping of 2% indium enhances the conductivity and thus the solar power conversion efficiency of 𝜂= 1.6 % for the as grown thin films was obtained. The fill factor of 5% was obtained under AM 1.5 white light illumination with intensity of 100 mW/cm2 . The quantum efficiency of the photoelectrochemical solar cell was maximum for yellow (𝜆 ≈ 570 𝑛𝑚) was found to be close to 55%. The results are discussed in this paper
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Abstract:
A photosynthetic partner [the phyto-biont]&a fungus [the myco-biont] form lichens, which are composite creatures that include a symbiotic relationship. Lichens differ greatly from cultured fungi&algae in terms of form, physiology,&biochemistry. Lichens are found in some of the most severe settings on the planet,&scientists may utilise them for a variety of economic purposes. A resurgence of interest in lichens as a source ofpharmaco-logically active bio-molecules, has occurred during last two decades. Traditional medicines&further bio-pharmaceutical applications that are concerned with economic relevance have long been interested in the study of lichens&the bioactive chemicals they contain. Symbiotic&bioactive relationships among several types of algae were examined&summarised, as were the lichen's morphological characteristics&symbiotic&bioactive relationships with a wide range of microorganisms, including fungi, viruses,&cancerous cells. A prime focus was placed on the potential of recent advances in lichen&lichen-forming fungus to speed the commercialization of lichen-based goods
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Abstract:
In general, 2D graphics uses a two-dimensional representation of real-world objects, stored as images in the computer for being rendered and manipulated. Transformation, in graphics, is the process of manipulation of images. In this research paper, I have created 2D – Graphics from the generalized hypergeometric function      ' ' ; ; ; , , p q i s j s F a b x a b x  R by using MATLAB software. They can be transformed via multiplication by matrices of generalized hypergeometric function
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Abstract:
Compounds with polar covalent bonds have electrons that are mutually opposite between the bonded atoms. The need for such a bond is usually dictated by the relative electronegativity of the bonded atoms. An unbalanced charge distribution in a polar substance gives a dipole moment, which is the result of the fragmented charges on the bonded atoms and the distance between them.The various spectroscopic methodologies and diffraction strategies do not fully settle the molecular geometry. IR, microwave and Raman spectroscopy can give data about particle evaluation from the subtleties of the vibrational and rotational absorption observed by these structures.
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Abstract:
This study documented some aspects of nest building behaviour and breeding success in Red-wattled Lapwing birds such as structure of nest, nesting building material, clutch size, hatching of eggs and fledging of birds in agricultural fields of Kandhla, Shamli, U.P. India. At the time of breeding season the male bird selected the territory. Both birds build their nest. The nest was a circular depression encircled by stones or pieces of some wood sticks, hard clay or pebbles. The average width and depth of nest was 24.15 × 3.25 cm. It breeds from March to August and majority of eggs are laid in April to June. Female lays 3-4 eggs. Four clutch size in which 15 eggs were recorded in the ground nest. After clutch the eggs, incubation period completed with in 26 to 29 days. The rate of hatching success was 86.6%. After hatching 10 chicks were modified in to fledge of birds from out of 15 young ones, so fledge of birds success was 66.6%. The hatchling were able to fly with in 23 to 30 days after hatching process.
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