Egyptian Art

The main purpose of this thesis is to create an interactive CD to show Egyptian art with text, graphics, music and 3D animation. This project is designed for the people who are interested in Egyptian art, symbols, gods, time periods, hieroglyphs. This report will touch upon the subject and significance of the project, the areas covered in the research, and the procedure as well as the outcome of the project. Multimedia is a class of computer-driven interactive communication systems which create, store, transmit, and retrieve visual and auditory networks of information. One of the most important claims of multimedia is that, because it combines the technology of video, audio and computers, it offers a unique environment for interactivity, learner control and student interest and motivation. Multimedia packages should be kept simple, clear, concise and consistent. All information should be provided on the screen. Colors, graphics, animation, and sound maintain student\u27s interest without being distractive. Multimedia makes learning fun. People who use this technology love it since they can see the things and learn from it easily because of its game-like quality. Using this technology is more interesting and fun than using a book when it comes to getting all this information across. This thesis provides general information about Egyptian Art. The animation, graphics, images, illustrations, and text needed advanced computer skills to create this interactive project. The final work is in the form of a CD-ROM. The target users will be anyone above the age of 7 to up. The program provides students with the material and its presentation is interesting enough for them to be willing to become mentally and emotionally involved. The program\u27s use of basic graphic design as well as a variety of stimuli such as color, sound, and animation in both its presentation and feedback screens greatly enhances its effectiveness

Establishment and first years Nazilli Sümerbank print factory

Nazilli Sümerbank Basma Fabrikası Cumhuriyetin ilk Basma Fabrikasıdır. Mustafa Kemal Atatürk tarafından açılışı gerçekleştirilen fabrika, ürettiği basmalarla ülkede tekstil alanında büyük bir açığı kapatacaktır. Bunun yanında fabrika ile Nazilli ilçesi ve çevresinde gözle görülür şekilde gelişim hareketleri fark edilecektir. Kente yeni bir kimlik kazandıran fabrika, başta kurulduğu mahalle, olmak üzere birçok yapıya ve kültürel etkinliklere ismini verecektir. Nazilli Cumhuriyet’in ilkleriyle Nazilli Sümerbank Basma Fabrikası sayesinde tanışacak, bugünkü modern yapısına kavuşacaktır. Fabrikanın bünyesinde bulundurduğu sosyo-kültürel unsurlar, zamanla ilçede de etkisini gösterecek, halk daha önce adını dahi bilmediği birçok faaliyeti bizzat yaşayarak öğrenecektir. Nazilli bu sayede ülkedeki pek çok şehirden daha önce kalkınmış şehirlerarasında yer alacaktır.Nazilli Sumerbank Print Factory is the first print factory of the Republic of Turkey. The factory was opened by the greatest leader Mustafa Kemal Ataturk and has filled the big gap in the textile industry of the country with producing great products. It has also helped Nazilli and the surrounding towns prosper. The factory modernized the city; and from the street of where the factory was established, lots of buildings and cultural events then followed and were named after the factory.Nazilli would be introduced with the benefits of the republic system with Nazilli Sumerbank Print Factory truly made the city what it is today. The people(nation) would be living and learning the socio-cultural activities brought forth by the factory. Nazilli came to be one of the most rapidly developed cities in the country

Quantum Accumulation in Photosynthetic Oxygen Evolution

Three independent methods have been used to determine the size of the quantum accumulation unit in green plant photosynthesis. This unit is defined as that group of pigment molecules within which quantal absorption acts must take place leading to the evolution of a single O(2) molecule. All three methods take advantage of the nonlinearity of oxygen yield with light dose at very low dosages. The experimental values of this unit size, based on an assumed model for the charge cooperation in O(2) evolution, ranging from 800 to 1600, suggest that there is either limited energy transfer between energy-trapping units or chemical cooperation among oxygen precursors formed in several neighboring energy-trapping units. Widely diffusible essential precursors to molecular oxygen are ruled out by these results. Inhibition studies show that O(2) evolution is blocked when 3-(3,4-dichlorophenyl)-1,1-dimethylurea (DCMU) is added to chloroplasts after two preliminary flashes and before a third flash which would have yielded O(2) in the absence of DCMU. This experiment is interpreted as evidence that the site of DCMU inhibition is on the oxidizing side of system II. Pretreatment of chloroplasts with large concentrations of Tris, previously believed to destroy O(2) evolution by blocking an essential reaction in the electron chain between water and system II, may be alternately interpreted as promoting the dark reversal of the system II light-induced electron transfer

Reconstruction of midfoot bone and soft tissue loss with chimeric partial scapula and latissimus dorsi muscle flap and short perforator-based skin flap following gunshot injuries: Report of two cases

Introduction: In this report we present two cases of gunshot injury related midfoot defects, reconstructed with a chimeric partial scapula and latissimus dorsi muscle flap and short perforator-based skin flap. The first case, a 14 years old male, had 10 × 8 cm medial plantar and 6 × 4 cm dorsal foot defects and the second case, a 55 years old female, had only 8 × 6 cm dorsal foot defect. In both cases the defects were associated with fractures, one with lateral cuneiform and cuboid with 90% bone loss and the other with navicular bone, respectively. After 6 months, the patients could walk well without support, and radiographs confirmed bony union. A chimeric partial scapula and latissimus dorsi muscle flap and short perforator-based skin flap may be used for the reconstruction of combined bony and soft tissue defects of the midfoot and to promote bone healing. © 2016 Wiley Periodicals, Inc. Microsurgery 36:598–603, 2016. © 2016 Wiley Periodicals, Inc