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In this paper, we introduced Samarandache-2-algebraic structure of Soft Neutrosophic Near-ring namely Smarandache –Soft Neutrosophic Near-ring. A Samarandache-2-algebraic structure on a set N means a weak algebraic structure S1 on N such that there exist a proper subset M of N, Which is embedded with a stronger algebraic structure S2 ,stronger algebraic structure means satisfying more axioms, that is S1 << S2 ,by proper subset one can understand a subset different from the empty set, from the unit element if any , from the Whole set. We define Smarandache - Soft Neutrosophic Near-ring and construct its algorithms through soft neutrosophic (H,A) – subgroup,soft neutrosophic ideal,soft neutrosophic bi-ideal,soft neutrosophic quasi-ideal.For basic concept of near-ring we refer to G.Pilz and for soft neutrosophic algebraic structure we refer to Muhammed Shabir ,Mumtaz Ali,Munazza Naz, and Florentin Smarandache.

Many of the previous research studies on innovation tend to focus on process and product (technological) innovations. It is, however, interesting to note that Organisational and Marketing Innovations (OMIs) could be the necessary prerequisites to optimally utilise and deploy such technological innovations. This study proposes Organisational Ambidexterity as a necessary antecedent to develop the firm’s OMI capabilities. For firms to remain competitive and adaptive to a continuous change in the business environment, Organisational Ambidexterity has been noted to be a necessary attribute, but research on ambidexterity at individual level of analysis is limited. The study intends to develop a framework that promotes effective innovation through shop floor employees’ contributions to Organisational Ambidexterity, OMIs capabilities of Small and Medium-sized Enterprises.

LiMn2O4 has been explored as a cathode material for Li-ion batteries. The usual method to produce LiMn2O4 has been the solid state reaction process. We report the synthesis of spinel phase lithium manganese oxide (LiMn2O4) nanoparticles through a template-free starch-glycine assisted solution combustion synthesis (SCS). The method is a single step method. The resultant powder was characterized by X-ray diffraction (XRD) and field emission scanning electron microscopy (FE-SEM) techniques, which were studied in details to observe the structural and electrochemical properties.

The paper unveils that conversations among the students were characterized by complex exchange of statement of facts, or ideas which often conveyed via the device of declarative. Also, the participants engaged in requests, commands, exclamations and questions. These clause types convey the speakers’ mood using the modal verbs. Modal verbs were used to assess speakers’ attitude towards their propositions. The data for the paper was gotten from live debates produced by Sri Lankan secondary school students. The speeches were taped and transcribed into written variants so as to analyze it. English modals are so complex as they posed difficulty in their comprehension especially to English as a second/foreign language speakers. The polyfunctionality of modal markers seemed to be motivated by the Sri Lankan secondary school students’ discourse community norms, conventions, goals and the grammar of English which were strategized by the speakers’ communicative styles. The participants demonstrated their linguistic proficiencies through mechanisms of unassertiveness, and persuasion so as to avoid total commitments to a particular point of view which they expressed. Overwhelmingly, the paper revealed that declarative clause was utilized.

This study seeks to achieve a complete elucidation of structures of unknown Eudesmane sesquiterpenes from their 13C values. The 13C values for each of the fifteen (15) positions of the skeletons of the Eudesmane compounds were predicted using Generalized Regression Neural Network (GRNN). From the predicted 13C values, GRNN and Scatter Plot methods were used to predict the substituents attached to each position on the skeleton of the Eudesmane compounds. Recognition of the test compounds ranged between 40 and 100%. GRNN and Scatter plots demonstrated great potential for use in the structural elucidation of unknown compounds from 13C values.

Jhelum is the main source of livelihood in the valley. It has been marred by extensive siltation in the past few decades. In absence of conservative measures, the river has lost its carrying capacity. The routing capacity of the Flood Spill Channel which starts from Padshahi Bagh and flows in Srinagar outskirts towards north Kashmir has got reduced to less than 4000 cusecs due to siltation and encroachment over the years. The drainage capacity of the River Jhelum and that of Flood Spill Channel has significantly reduced over time due to massive siltation and because dredging has not kept pace with the rate of siltation . The loss of wetlands that use to absorb water during the floods has resulted in increase in hydrograph peak. As a result Jhelum swells up quickly after just 100mm of rainfall in the catchment, spread over more than 8000 km2. Presently, Jhelum’s maximum water carrying capacity is 60000 cusecs in south Kashmir. In Srinagar city , this capacity is to be restored to 35000 cusecs. The remaining 25000 cusecs is to be diverted through the flood spill channel, whose discharge capacity is also proposed to be increased. As observed in 2014, the discharge recorded in main Jhelum at Sangam was of the order of 1.2 lakh cusecs i.e. double the maximum carrying capacity of river. 60000 cusecs can be mitigated only when spill channel from Padshahibagh to Sopore could carry 25000 cusecs.and main River course, especially through Srinagar city, could take 35000 cusecs. The mitigation of balance 60000 cusecs is the burning problem. Studies on strategic flood management of river Jhelum through tunnel from Dogripora (sangam) to czhal (boniyar) in the State of Jammu and Kashmir, India as an alternative has been considered in the current studies. From the conclusion, it can be ascertained that a extra quantum of water can easily be diverted and floods like 2014 can be avoided

Nigeria was ranked 14th in global assessment of under-five mortality rate due to infants poor nutrition. (The Punch 2011) The Wheat, genus Triticum, tribe,Triticeae family, is limiting in lysine but has adequate amount of sulphur-containing amino acids (Adeyeye & Aye 2005).The cultivation of Triticum durum yields well in Nigeria. It is mainly consumed by adults who eatit in bread and other pastries (The Compass 2011).There have been cases of hypersensitive response to wheat gluten causing celiac disease which in children, prompts symptoms like bloating, vomiting, diarrhea or constipation (Nagano et al., 2003). During fermentation some microorganic enzymes hydrolyze and degrade wheat gluten by almost 80% making it hypoallergenic thus preventing the celiac disease (2007 www; mhtml fermented wheat protein and Gluten intolerance/Love to know Assessed on 6/10/2011). Cowpea (Vignaunguiculata(L) Walp.):the black-eyed variety called drum is widely cultivated in Nigeria. It is limiting in methionine. The dry beans is cooked without prior fermentation or dehullingand because the whole beans are unsuitable for infants, the broth or soup of the cooked beans may contain high levels of tannins and phytates extracted from the seed coats of colored beans during cooking thisis served the infants resulting in poor protein digestibility, diarrhea, as the liquid portion (Lyimo et al., 1992). Phytates and tannin are responsible for the low availability of calcium, zinc, iron magnesium and poor protein digestibility from cereals and some leguminous foods.

Education students, as if they were happy, and obtain the necessary skills to solve problems and enable to proper decisions about their personal and social issues, is sightly scholars of Training and practitioners, and policy makers of education. This requires the use of modern teaching methods in education. One of the new methods of teaching that has many applications is discovery. Discovery method is based on learning search process and explains phenomena. In this paper, in order to be familiar with this approach, concepts, nature, structure and teaching methods are defined based on the discovery. Teaching techniques, such as exploratory learning and experimental Teaching methods.

Small sized iron oxide nanoparticles with were successfully synthesized on the surface of cellulose acetate (CA) by precipitation method. The cellulose acetate were dispersed in deionized water, after that ferric and ferrous chloride was added to this mixture and stirred. After the absorption of iron ions on the surface layer of the fibers, the iron formed was reduced with NaOH by a quick precipitation method. The mean diameter and standard deviation of iron oxide synthesized in cellulose/iron oxide nano-composites (CIONC) were 35 ± 2.42 nm. The prepared nanoparticles were characterized by X-ray diffraction (XRD) analysis, scanning electron microscopy (SEM) and vibrating-sample magnetometer (VSM) and FT-IR. XRD indicated the sole existence of inverse cubic spinel phase of magnetic iron oxide nanoparticles. The cellulose acetate/iron oxide prepared by this method has magnetic properties. The removal efficiency of iron and copper from wastewater by the new synthesized cellulose/ iron oxide nanocomposite after treatment were observed to be 92.96 % and 88.44 %, respectively in synthesized solution. Reduction percent of nitrate and phosphate from wastewater were 86.07% and 91.77 %, respectively. The new prepared cellulose/iron oxide nanocomposite had new physical and chemical characterization by new additives methodology that had high removal efficiency of heavy metals, nitrates and phosphates upon 86-92 % of inorganic pollutants. This research concerned with copper and iron removal from wastewater using magnetic nanoparticles of cellulose/iron oxide.

Isomeric Nickel (II) complexes of toluic acid hydrazide-hydrazone, HL have been synthesized through one pot synthesis. The ligand, HL and the complexes were characterized with FTIR, Uv-Vis, NMR and Mass Spectroscopies, Melting point, solubility, metal conductance, percentage metal and elemental analyses and magnetic susceptibility. The solubility test revealed that the compounds were generally soluble in DMSO hence the molar conductance of the complexes in DMSO showed that the complexes are electrolytic in nature. The mass spectroscopy, percentage metal and elemental analyses conformed with the formulated masses, while the compounds were stable at room temperature. The FTIR spectra of the ligand proved it to be bidentate and the ligand, HL coordinated to the Ni(II) ions through while the electronic spectra peaks showed that Ni(II) complex isomer I and Ni(II) complex isomer II assumed tetrahedral and square planar geometries respectively. The NMR spectra of Ni(II) complex isomer I gave broad bands due to paramagnetism while Ni(II) complex isomer II revealed the relevant peaks. The antibacterial activities of the compounds showed the complexes are more active against the ligand, with Ni(II) complex isomer 1 showing greater activity against k.pneumoniea.