The Significance of Appendix Preposition (from) in Quoting in General and Refraining from Specifying (Ayah of Magic as a Model)

The research is summarized in the works of the rule ``textual indefinite in general and its appearance in it,'' which means if (from) is added before the negative indefinite, it transfers the general indication from appearance and presumption, to quotation and interruption. On this basis, it is possible to weigh the statements based on general texts, and this includes the ruling on learning and teaching magic. As a dispute occurred among the jurists of the nation regarding the permissibility of his learning and teaching. Every Ayah contained in its context (from the excess) should be examined, considered, and contemplated in light of its significance. _ Are the Ayah's in this unique formula specific? _ In which section of the Shari'a does it most frequently appear? _ What is its relationship to preponderance when there is a difference in rulings? After the research, it was found that one of its most important meanings, connotations, benefits, and purposes is the quotation in general, and the prevention of its specification. Therefore, it is one of the strongest arguments in the jurisprudential dispute, so it frequently comes in the verses of oneness, and the transcendence of God Almighty is the signifier. It is in the field of doctrinal scientific issues that are more famous, and all of this indicates the importance of the rule, and what comes out with this rule is the preponderance of the prohibition of magic in all its forms, in contrast to those who preferred to learn and teach it. In research, guidance is given to the rule ``There is no general but it has been specified'' and to combine the different sayings in a good manner

Orthogonal Symmetric Higher bi-Derivations on Semiprime Г-Rings

   Let M is a Г-ring. In this paper the concept of orthogonal symmetric higher bi-derivations on semiprime Г-ring is presented and studied and the relations of two symmetric higher bi-derivations on Г-ring are introduced

Model tests on single batter piles subjected to lateral soil movement

A series of laboratory tests have been carried out to investigate the lateral response of battered piles under lateral soil movement. Model tests were carried out using instrumented rigid aluminium piles. The piles were embedded in homogeneous sand soil at batter angles &beta = 0°, ±10° and ±20° were subjected to two types of lateral soil movement profile. The results obtained from the study are presented in terms of the bending moment, shear force, soil reaction, pile rotation and lateral deflections along the length of the batter pile. The results of model tests on single vertical and batter piles under horizontal loads showed that the batter angle (&beta) significantly influenced the response of the batter piles. Regardless of the value of sand density, bending moment and deflection with batter angles &beta = +10° or positive batter piles were higher compared then vertical piles and negative batter piles

Total amount of protein in Lilium longiflorum Thunb., Easter lily, styles from 2 days pre-anthesis to 10 days post-anthesis

Call number: LD2668 .T4 1979 A43Master of Scienc

The effect of P and K availability in soil on nutrient concentrations, uptake, and distribution in corn plants throughout the growing season

Field experiments were conducted in 1981 and 1982 to study the effects of low, moderate and high levels of P and K availability in the soil on growth and nutrient uptake by corn plants. In both seasons, 157 kg of N ha(\u27-1) was applied to all experimental plots prior to planting. Corn grain yields were 4940 and 8600 kg ha(\u27-1) in 1981 and 3920 and 6260 kg ha(\u27-1) in 1982 at the low and high fertility levels, respectively. The corn plants were sampled throughout the growing season, separated into different plant parts, and chemically analyzed;The concentrations of P and K in the plants increased and the concentrations of Zn and Mg (except in the stalks and grain) decreased as the levels of P and K availability in the soil increased. The concentrations of other elements--N, S, Ca, Cu, Mn, Fe, Na, and Al--in the plants did not vary consistently among fertility levels except for slight decreases of N and S in the grain and a slight increase of Ca in the stalks as the PK fertility level increased;Changes in nutrient concentrations during the season varied for different elements, for different plant parts and positions on the plants, and at different levels of P and K availability in the soil;Nutrient contents in the plants increased as fertility level increased. After silking, most of the nutrient accumulation was in upper ear shoots;Soil fertility differences did not markedly influence the amounts of nutrients in the grain at early stages of grain development, but later as the grain developed, the amounts of nutrients in the seeds increased as the fertility level increased

Physiochemical Properties and Environmental Levels of Legacy and Novel Brominated Flame Retardants

Polybrominated diphenyl ethers (PBDEs) and ‘novel’ brominated flame retardants (NBFRs) are synthetic chemicals widely used in consumer products to enhance their ignition resistance. Since in most applications, these chemicals are used additively, they can transfer from such products into the environment. PBDEs have been classified as significant pollutants in the environment. Knowledge of PBDE and NBFR physicochemical properties provides information about their potential environmental fate and behaviour. This chapter highlights the most important physiochemical properties such as molecular weight, vapour pressure, octanol/air partitioning coefficient, octanol/water partition coefficient, water solubility and organic carbon/water partitioning coefficient that influence the distribution pattern of these contaminants in the environment. In addition, this chapter provides an evaluation of the concentrations of these chemicals in various environmental media such as indoor and outdoor air, indoor dust, soil and sediment, sewage sludge, biota and food, and human tissues

Client and employee perceptions of Islamic banking in Saudi Arabia

EThOS - Electronic Theses Online ServiceGBUnited Kingdo

Female Iraqi Academics In Iraqi Kurdistan: Roles, Challenges & Capacities

This report is based on research carried out by a team of researchers based in Erbil, Iraqi Kurdistan, supervised and coordinated by Professor Nadje Al- Ali, Centre for Gender Studies, School of Oriental and African Studies (SOAS), University of London. The research team consists of Muzhda Muhammed (Department of Social Work, Salahaddin University), Hataw Kareem (Sociology Department, Salahaddin University), Dlaram Salih (Sociology Department, Salahaddin University) and Kawther Akreyi (independent gender consultant). The project is part of and funded by the wider DelPHE Iraq programme that has encouraged cooperation between British and Iraqi universities for capacity building purposes.1 The research presented in this report aimed to study the specific problems and challenges faced by female academics in Iraqi Kurdistan. In addition, the research project was intended to introduce a group of Iraqi Kurdish academics to qualitative research methods as well as gender as a concept of analysis. More broadly, the partnership between SOAS and Salahaddin University is meant to develop and modernize the curriculum and research capacity at Salahaddin University. Additionally, through developing policy recommendations based on the research findings as well as capacity building the project hopes to contribute to improving the opportunities for and representation of female professionals in the Iraqi Kurdish Higher Education (HE) sector. Finally, the project aims to increase sensitivity and awareness about gender issues both within the HE sector as well as within society more widely. The report will provide the main research findings as well as recommendations

Structural and Thermal Unusual Properties in Invar Behavior of Ni-Mn Alloys

           ان تأثير الانفار يكون للمعادن الانتقالية بثلاثة ابعاد مثل Ni و Mn والمحضرة بسلسلة من المتراكب ذو النظام الثنائي  Ni1-xMnx مع x = 0.3, 0.5, 0.8  تم باستخدام تقنية ميتالورجيا المساحيق. في هذا العمل تم تناول توصيف الخصائص التركيبية والحرارية والتي تم اختبارها تجريبياً بواسطة حيود الأشعة السينية ومعامل التمدد الحراري وتقنيات مقياس المغنطيسية الاهتزازية (VSM). أظهرت النتائج أن معامل التمدد الحراري السلبي المجهول متغير في التركيب. وقد اوضحت النتائج ان هناك علاقة بين عدم الاستقرارية والبروم المغناطيسية مع تشوه الشبيكة على بعض المعادن الفيرومغناطيسية.The Invar effect in 3D transition metal such as Ni and Mn, were prepared on a series composition of binary Ni1-xMnx system with x=0.3, 0.5, 0.8 by using powder metallurgy technique. In this work, the characterization of structural and thermal properties have been investigated experimentally by X-ray diffraction, thermal expansion coefficient and vibrating sample magnetometer (VSM) techniques. The results show that anonymously negative thermal expansion coefficient are changeable in the structure. The results were explained due to the instability relation between magnetic spins with lattice distortion on some of ferromagnetic metals.   &nbsp