1,885 research outputs found
Interview with Abdel Hai Adib
لقاء مع الكاتب والسيناريست المصري عبد الحي أديب الحاصل على جائزة أحسن سيناريو لهذا العام عن فيلم "ديسكو ديسكو" حول مشوار حياته مع السينما و بداية علاقته بالكتابة. أجرى هذا اللقاء حسن شمس الدين.An interview with Egyptian writer and screenwriter Abdel Hai Adib, who won the best screenplay award for this year for his movie Disco (Discū Discū), about his cinematic career and his beginnings as a writer and author. Interview conducted by Hassan Shams El Din
Effect of carbon dioxide enrichment on diffusive resistance for gas exchange, water use, and water use efficiency of greenhouse tomatoes
Typescript (photocopy).Three adjacent ventilated mini-greenhouses (MGH) made of clear polyethylene film, transmitting natural solar radiation, were enclosed in a conventional inflated polyethylene greenhouse. In each MGH, an equal number of tomato plants were grown in the Spring and the Fall of 1984, and kept at optimum levels of moisture and nutrients. From 10 to 98 days after emergence, CO2 levels in the mini-greenhouses were maintained at about 340, 700, and 1000 ppmv during the daytime. As CO2 levels in the MGH air increased from 340 to 1000 ppmv, the crop surface resistance, measured with a porometer, increased from about 30 to 100 s/m. CO2 enrichment also increased the ratio between the internal and the external CO2 levels of the leaves from 0.70 to 0.85. From the Fall 1984 data, a linear equation was derived to relate surface resistance to the internal CO2 level with an R-square value of 0.8. At an air exchange rate of 30 m^3/m^2/h in the MGH, the aerodynamic resistance, measured using a heated brass plate, or as computed by the residual method, averaged 225 s/m. This parameter dominated gas exchange by the plants at all CO2 levels. Therefore, the water use as measured by weighing mini-lysimeters (pots) on clear days, decreased only slightly, 15-20%, as result of the CO2 enrichment. This occurred in spite of an increase in leaf temperature of about 1.5 ��C. The leaf area and stomatal density were not markedly affected by CO2 enrichment. Both the instantaneous and the seasonal water use efficiency increased markedly, by about 70%, by growing the plants at a CO2 level of 1000 ppmv rather than 340 ppmv. In part, this was due to the reduction of water use, but mainly to the increase in assimilation rate, in total dry matter, and in the mass of fresh fruit harvested, being 70%, 31%, and 50%, respectively
An integrated microfinancing concept for rural electrification by photovoltaics in developing countries
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The Application of Abraham Maslow's Hierarchical Theory in Islamic Education Learning at Tamanan Elementary School Bantul
This research aims to determine the application of Abraham Maslow's hierarchy of needs theory in Islamic education learning at Tamanan Elementary School Bantul to help teachers understand the desires of their students in learning. The method used is field research, then it is integrated with various related sources. The results of this study are: a) Maslow's hierarchy of needs theory b) Application of Abraham Maslow's Hierarchy of Needs (Humanistic) Theory in Islamic Education learning at Tamanan Elementary School. The conclusion of Maslow's theory of needs aims to make individuals as good human being as possible. This will be very useful in the application of learning so that students can understand themselves and their environment. The students who have reached this level will do various things in order to maximize their potential so that learning can be effective
Financial burden of cancer drug treatment in lebanon
Elias, F., Khuri, F. R., Adib, S. M., Karam, R., Harb, H., Awar, M., ... & Ammar, W. (2016). Financial Burden of Cancer Drug Treatment in Lebanon. Asian Pacific Journal of Cancer Prevention, 17(7), 3173-3177.PublishedN/
City Play: Post-Affordances and the Transformative Power of Place
Landscape architecture research and practice often focus on demand or instrumental value of the land to serve some need, like a healing garden or playground, or the intrinsic value of the land due to unique characteristics, like a protected wilderness or geological phenomenon, but rarely does the discipline concentrate on the transformative power of the environment. Sarkar (2012) suggests that transformative power refers to those unanticipated experiences with the environment that change or transform our worldview.This conference paper is published as Shirtcliff, B., Adib, M., 2018. “City Play: post-Affordances and the transformative power of place.” Paper presented at the Council for Educators in Landscape Architecture, Virginia Tech Blacksburg. Posted with permission.</p
Moh Adib Jauhar PTIK UAS
Mencari jurnal penelitian sesuai intruksi Dari bapak bosenTHIS DATASET IS ARCHIVED AT DANS/EASY, BUT NOT ACCESSIBLE HERE. TO VIEW A LIST OF FILES AND ACCESS THE FILES IN THIS DATASET CLICK ON THE DOI-LINK ABOV
Application of light harvesting materials to silicon photovoltaics
A gas turbine disc has three critical regions for which lifing calculations are essential: the assembly holes or weld areas, the hub region, and the blade-disc attachment area. Typically, a firtree joint is used to attach the blades to the turbine disc instead of a dove-tail joint, which is commonly used for compressor discs. A firtree joint involves contact between two surfaces at more than one location which makes the joint more difficult to design. Large loads generated due to the centrifugal action of the disc and associated blades are distributed over multiple areas of contact within the joint. All of the contacts in a firtree joint are required to be engaged simultaneously when the blades are loaded. However, slight variations in the manufacture of these componentscan have an impact on this loading. It is observed that small changes in the geometric entities representing contact between the two bodies can result in variations in the stress distribution near contact edges and the notch regions. Even though manufacturing processes have advanced considerably in the last few decades, the variations in geometry due to these processes cannot be completely eliminated. Hence, it is necessary to design such components in the presence of uncertainties in order to minimise the variation observed in their performance. In this work, the variations in geometry due to the manufacturing processes used to produce firtree joints between a gas turbine blade and the disc are evaluated. These variations are represented in two different ways using measurement data of firtree joints obtained from a coordinate measuring machine (CMM): (i) the variation for the pressure angle in the firtree joint is extracted from a simple curve fit and (ii) using the same measurement data, the unevenness of the pressure surfaces is represented using a Fourier series after filtering noise components. A parametric computer aided design (CAD) model which represents the manufacturing variability is implemented using Siemens NX. Non-smooth surfaces are also numerically generated by assuming the surface profile to be a random process. Two- and three-dimensional elastic stress analysis is carried out on the firtree joint using the finite element code, Abaqus and the variations observed in the notch stresses with changing pressure angle are extracted. A surrogate assisted multiobjective optimisation is performed on the firtree joint based on the robustness principles. Kriging based models are used to build a surrogate for notch stresses and the non-dominated sorting genetic algorithm-II (NSGA-II) is implemented to perform a multiobjective optimisation in order to minimise the mean and standard deviation of the notch stresses. An iterative search algorithm that updates the Kriging models with equally spaced infill points from the predicted Pareto front is adopted. Finally, a new design of the firtree joint is obtained which has better performance with respect to the variation in the notch stresses due to manufacturing uncertainties
Pengetahuan praktis ragam penyakit mematikan yang paling sering menyerang kita/ Adib
215 hal.; 21 cm
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