338 research outputs found
SISTEM INFORMASI MANAJEMEN ORGANISASI KEMAHASISWAAN UNIVERSITAS KH A WAHAB HASBULLAH
No full textBasically every institution or a university must have an activity, from each activity also has its own field - which is organized as an organization. Each activity also has a flow system of submission and reporting activities that are in the 1 highest field. Neither in a Universiatas or a Higher Education must also have activities where in every activity is under the Student Affairs. One of the fields in the University is the Student Executive Board (BEM), this field has the duty to run activities of the University that has been agreed upon rakorgram, this field can be regarded as a government agency of the University and for the field that oversees the submission of programs or activities is the Council Student Representative (DPM).
In every activity has a working system which will have activity submission and activity reporting from that activity will be reported to student affairs. So far, the system of filing and reporting activities are still printing or can still be said to be manual. A systematic or computerized management system is required in this activity to reduce the collection of files by paper or manual. Based on the description, the author took a study entitled "Student Organization Management System (ORMAWA) Universitas KH A. Wahab Hasbullah"
Si nanowires produced by very high frequency plasma enhanced chemical vapor deposition (PECVD) via VLS mechanism
No full textSilicon nanowires (SiNWs) with diameter of about a few nanometers and length of 3 ?m on silicon wafers were synthesized by very high frequency plasma enhanced chemical vapor deposition. Scanning electron microscopy (SEM) observations showed that the silicon nanowires were grown randomly and energy-dispersive X-ray spectroscopy analysis indicates that the nanowires have the composition of Si, Au and O elements. The SiNWs were characterized by high resolution transmission electron microscopy (HRTEM) and Raman spectroscopy. SEM micrographs displayed SiNWs that are needle-like with a diameter ranged from 30 nm at the top to 100 nm at the bottom of the wire and have length a few of micrometers. In addition, HRTEM showed that SiNWs consist of crystalline silicon core and amorphous silica layer
Interview with Ahmed Abd al-Wahab
No full textهذة المقابلة مع أحمد عبد الوهاب السيناريست و الكاتب المصري، يتحدث عن كتاباته الفائزة في السينما. كما يشير إلى هواياتة وأعماله. أجرت المقابلة درية شرف الدين.In this interview, Egyptian author and screenwriter, Ahmed Abd al-Wahab speaks about his work. The interview was conducted by Dorreya Sharaf al-Din
TAREKAT NAQSYABANDIYAH SYAIKH ABDUL WAHAB ROKAN: Sejarah, Ajaran, Amalan, dan Dinamika Perubahan
No full textAbstract:Tarekat Naqsyabandiyah Syaikh Abdul Wahab Rokan: history, teachings, practice and its dynamics of change. The Tarekat Naqsyabandiyah in North Sumatra was first developed by Syaikh Abdul Wahab Rokan. In reality, such teaching of tarekat developed by him has changed the lives of its followers in Babussalam socially to a more prosperous course. In this article, the writer traces the history, teaching and practice of tarekat Naqsyabandiyah Syaikh Abdul Wahab Rokan in Babussalam as well as analyzes the dynamics of change there in. The author argues that the application of the teaching of tarekat Naqsyabandiyah Syaikh Abdul Wahab Rokan which emphasizes that the material world is not the only matter in life has become an avenue for creating a balance between the profane and eternal dimensions of life.Kata Kunci: Tarekat, Naqsyabandiyah, Syaikh Abdul Wahab Roka
Interview with Ahmed Abd al-Wahab
No full textهذة المقابلة مع كاتب السيناريو المصري أحمد عبد الوهاب يتحدث في هذه المقابلة عن أفلام الخيال العلمي في العالم العربي ويشير إلى أهمية إستخدام التكنولوجيا الحديثة في هذا المجال. أجرت المقابلة درية شرف الدين.In this interview, Egyptian author and screenwriter Ahmed Abd al-Wahab speaks about science fiction movies in the Arab world. He explains the importance of using new technology in the scientific field. The interview was conducted by Dorreya Sharaf al-Di
Kontribusi Pemikiran Syaikh Abdul Wahab Rokan Dalam Bidang Pendidikan Agama Islam Di Kabupaten Langkat
No full textFrom the results of observations made by the author at the research location, information was obtained that the concept of Shaykh Abdul Wahab Rokan's thought in the field of Islamic religious education was through the concept of thought in the field of Sufism and the establishment of the Naqsabandiyah tariqat in Besilam. The results of these observations were developed into research formulations about the contribution of Shaykh Abdul Wahab Rokan's thought in Langkat. The purpose of this study was to determine the influence of the contribution of Sheikh Abdul Wahab Rokan's thought in the field of Islamic Agaranlitema Education in Langkat. The research method used is qualitative research through data collection techniques based on observations, interviews and documentation. After conducting interviews with informants, it was concluded that Shaykh Abdul Wahab Rokan's role in supporting the development of Islamic religious education in Langkat was as follows: The establishment of the Azizi mosque as a means for Muslims to carry out fardhu prayers and as a place of recitation from the master teacher, royal mufti in preaching so that da'wah communication can run effectively. Place of Education in the form of building Madrasah Jam'iyah Mahmudiyah. Naqsabandiyah Order in Basilam. The development of Islamic religious education during the time of Shaykh Abdul Wahab Rokan, namely that it had developed rapidly, namely the construction of madrasa buildings that were used for the process of managing education, teachers in charge of teaching also received facilities from the sultanate of Langkag so that the process of implementing Islamic religious education was carried out by the Shaykh Abdul Wahab Rokan with a style of modernization education approach so that the implementation of education in madrasas does not only run traditionally in the form of learning and teaching in the Koran house, the house of suluk but religious education adopts a teaching style among the Dutch colonialists but the use of the curriculum still maintains an Arabic School-based religious education curriculum
Monitoring and quantifying crack-based light damage in masonry walls with digital image correlation
No full textRecent, induced earthquakes in the north of the Netherlands have led to a large number of damage claims. Many claims can be considered to fall into the category of ‘light damage’ to the ubiquitous, unreinforced masonry structures in the region. To evaluate and predict the behaviour of cracks, characteristic of light masonry damage, caused by seismic or other actions, an experimental campaign, linked to the validation of computational models, has been pursued. To accurately capture the initiation of visible cracks, wider than 0.1 mm, Digital Image Correlation (DIC) was applied to monitor the entire surface of full-scale wall panels and smaller specimens. Moreover, an optimised speckle pattern and solving algorithm was developed to be able to monitor not only the initiation, but also the propagation of the cracks during subsequent (repeating) loading cycles. In this approach, the crack data is then used to characterise the intensity of damage with a single scalar; the parameter, denoted Ψ and comprising the number, width and length of the cracks, is used to evaluate the progression of light damage in experiments and finite element models. A description of the DIC technique applied and of the development and usage of the damage parameter for masonry is presented herein.Accepted Author ManuscriptApplied MechanicsEmerging Material
of Antioxidant Capacity, Anti-collagenase and Anti-elastase Assays of Malaysian
No full textdoi:10.4172/2329-6836.1000132 Copyright: © 2014 Wahab NA, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited
The role of catalyst metals to the growth of SI nanowire
No full textThe metal catalyst plays an important role on the catalytic growth. The growth mechanism of silicon nanowires synthesized with several metal catalysts via chemical-vapordeposition (CVD) is discussed by using vapor–liquid–solid (VLS) mechanism. However, the growth of silicon nanowires is chiefly affected by the compound decomposition, gas stream, and temperature difference. Silicon nanowires were fabricated on single crystalline silicon wafer. VLS growth of needle-like silicon nanocones via atmospheric pressure chemical vapor deposition from SiCl4 and using Ga, Al, Pt, Au, and Pb catalysts are reported. Scanning electron microscopy and transmission electron microscopy reveal different shapes due to differences of metals catalyst. For all of catalysts the nanocones are composed of an oxide shell with a Si core. In this growth mechanism, the gradual etching of the Ga, Al catalyst leads to a gradual decrease of the catalyst volume, and hence the tapered Si nanowire morphology. The growth rates were higher with Pt than with Au under all processing conditions. Also the rate determining step is the incorporation of Si atoms in the lattice at the liquid/solid interfaces and, furthermore, the metal catalysts affect this step, resulting in different activation energy. Using Pb resulting the flower-like SiO2 nanostructures were formed. Unlike any previously observed results using Ga, Al, Pt, and Au as catalyst, the molten Pb-catalyzed VLS growth exhibits many amazing growth phenomena. The silicon oxide nanowires grow out perpendicularly from the surface of the metal Pb balls. For each ball, numerous nanowires simultaneously nucleate, grow at nearly the same rate and direction, and simultaneously stop growing. Hence the type of metals play an important role to the shape of Si nanowire formed
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