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| | {{AUC_TURKEY}} | | {{AUC_TURKEY}} |
| − | ==This is AUC_TURKEY from Turkey!== | + | ==This is AUC_TURKEY from Turkey(a big suprise right?)!== |
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| − | Lorem ipsum dolor sit amet, consectetur adipiscing elit. Morbi luctus diam scelerisque finibus volutpat. Etiam egestas ipsum ante, ac viverra felis tempor varius. Curabitur vestibulum malesuada urna. Ut porttitor sapien nunc, a aliquet nibh pellentesque at. Nullam cursus leo non elit commodo efficitur. In vel mi aliquet, suscipit nisl vitae, faucibus odio. Mauris vitae sollicitudin nisl. Vestibulum nec ultricies tellus, eget consequat ex. Quisque leo ipsum, pulvinar eu laoreet sed, feugiat eu erat. Donec enim augue, gravida in tempus vel, vehicula malesuada purus. Proin quis ipsum eu felis convallis ultricies.
| + | The Overview: |
| | + | Heat management and regulation is one of the biggest issues of 21st Century. Especially after the development of the refrigeration technologies, the world has adapted to thermo-regulation systems in real-life application, industry and science. This continuing adaptation has led to the dependence on temperature wise systems and their maintenance. |
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| − | Phasellus volutpat lorem nulla, at viverra neque iaculis quis. Duis ornare odio id tellus malesuada, eget tincidunt enim hendrerit. Mauris dapibus, purus ac pharetra feugiat, est ipsum laoreet nisi, sed euismod ipsum urna vel orci. In a egestas enim. Praesent lacinia cursus justo quis maximus. Suspendisse id odio vehicula, fringilla quam in, volutpat enim. Vestibulum at volutpat lectus. Donec ac nibh augue. Cras at velit quis neque scelerisque sagittis eget eu nisi. Sed accumsan risus sagittis ipsum eleifend porta.
| + | The system we wish design in this occasion hopes to combat the issue of heat regulation that contests scientists and firms alike. 'Enter Project Name' will maintain the temperature of the system at a specific temperature through the functioning of two inversely affecting reactions regulated by the temperature of the system itself. The system stimulates an endothermic reaction pathway in higher temperatures and an exothermic reaction pathway in lower temperatures with one system inhibiting the other during function. The heat conditions of the system will both affect the functioning of 'Enter Project Name' and also be regulated by 'Enter Project Name'. |
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| − | Vestibulum feugiat, metu a pulvinar feugiat, tortor erat viverra nisi, vitae cursus est tellus et est. Aenean euismod metus et arcu sodales, eu vehicula lorem auctor. Cras tempus lacinia lorem, sed fermentum ex tempor non. Etiam gravida eu nisl et cursus. Duis dignissim diam id metus ultrices, eu mattis justo convallis. In quis libero tristique, finibus est vel, vehicula urna. Praesent venenatis nibh vel velit ultricies mattis. Vestibulum ut lacus ac neque sagittis rhoncus. Cras accumsan imperdiet massa, ac commodo dolor ultricies eget. Cum sociis natoque penatibus et magnis dis parturient montes, nascetur ridiculus mus.
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| − | Mauris id nulla non est tempus porta id quis risus. Nulla at volutpat erat, nec iaculis justo. Sed vel quam nulla. Vestibulum vehicula nisi vitae vehicula rutrum. Duis pretium iaculis ex, non aliquam justo. Maecenas porta risus non malesuada ultrices. Proin sapien augue, tincidunt a ligula non, tincidunt accumsan magna. Interdum et malesuada fames ac ante ipsum primis in faucibus. Vivamus sit amet purus viverra diam tempus aliquet. Maecenas sed odio et nibh commodo porta.
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| − | Donec tristique ornare vehicula. Nunc facilisis dignissim nisi. Proin pretium nibh purus, non euismod turpis aliquam vitae. Curabitur sit amet lobortis risus. Interdum et malesuada fames ac ante ipsum primis in faucibus. Pellentesque eget hendrerit erat. Pellentesque lectus metus, sollicitudin sed leo id, elementum sollicitudin eros. Maecenas interdum vitae elit id pellentesque. In dignissim dui at nulla rhoncus laoreet. Curabitur ac eleifend nunc. Cras vel tortor metus. Pellentesque dapibus, quam sed fringilla viverra, nibh urna accumsan lorem, sed pharetra elit est eu orci. Praesent sed ullamcorper velit. Aliquam quis sodales nibh.Lorem ipsum dolor sit amet, consectetur adipiscing elit. Morbi luctus diam scelerisque finibus volutpat. Etiam egestas ipsum ante, ac viverra felis tempor varius. Curabitur vestibulum malesuada urna. Ut porttitor sapien nunc, a aliquet nibh pellentesque at. Nullam cursus leo non elit commodo efficitur. In vel mi aliquet, suscipit nisl vitae, faucibus odio. Mauris vitae sollicitudin nisl. Vestibulum nec ultricies tellus, eget consequat ex. Quisque leo ipsum, pulvinar eu laoreet sed, feugiat eu erat. Donec enim augue, gravida in tempus vel, vehicula malesuada purus. Proin quis ipsum eu felis convallis ultricies.
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| − | Phasellus volutpat lorem nulla, at viverra neque iaculis quis. Duis ornare odio id tellus malesuada, eget tincidunt enim hendrerit. Mauris dapibus, purus ac pharetra feugiat, est ipsum laoreet nisi, sed euismod ipsum urna vel orci. In a egestas enim. Praesent lacinia cursus justo quis maximus. Suspendisse id odio vehicula, fringilla quam in, volutpat enim. Vestibulum at volutpat lectus. Donec ac nibh augue. Cras at velit quis neque scelerisque sagittis eget eu nisi. Sed accumsan risus sagittis ipsum eleifend porta.
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| − | Vestibulum feugiat, metus a pulvinar feugiat, tortor erat viverra nisi, vitae cursus est tellus et est. Aenean euismod metus et arcu sodales, eu vehicula lorem auctor. Cras tempus lacinia lorem, sed fermentum ex tempor non. Etiam gravida eu nisl et cursus. Duis dignissim diam id metus ultrices, eu mattis justo convallis. In quis libero tristique, finibus est vel, vehicula urna. Praesent venenatis nibh vel velit ultricies mattis. Vestibulum ut lacus ac neque sagittis rhoncus. Cras accumsan imperdiet massa, ac commodo dolor ultricies eget. Cum sociis natoque penatibus et magnis dis parturient montes, nascetur ridiculus mus.
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| − | Mauris id nulla non est tempus porta id quis risus. Nulla at volutpat erat, nec iaculis justo. Sed vel quam nulla. Vestibulum vehicula nisi vitae vehicula rutrum. Duis pretium iaculis ex, non aliquam justo. Maecenas porta risus non malesuada ultrices. Proin sapien augue, tincidunt a ligula non, tincidunt accumsan magna. Interdum et malesuada fames ac ante ipsum primis in faucibus. Vivamus sit amet purus viverra diam tempus aliquet. Maecenas sed odio et nibh commodo porta.
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| − | Donec tristique ornare vehicula. Nunc facilisis dignissim nisi. Proin pretium nibh purus, non euismod turpis aliquam vitae. Curabitur sit amet lobortis risus. Interdum et malesuada fames ac ante ipsum primis in faucibus. Pellentesque eget hendrerit erat. Pellentesque lectus metus, sollicitudin sed leo id, elementum sollicitudin eros. Maecenas interdum vitae elit id pellentesque. In dignissim dui at nulla rhoncus laoreet. Curabitur ac eleifend nunc. Cras vel tortor metus. Pellentesque dapibus, quam sed fringilla viverra, nibh urna accumsan lorem, sed pharetra elit est eu orci. Praesent sed ullamcorper velit. Aliquam quis sodales nibh.
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| | <html> | | <html> |
| | </div> | | </div> |
| | </html> | | </html> |
This is AUC_TURKEY from Turkey(a big suprise right?)!
The Overview:
Heat management and regulation is one of the biggest issues of 21st Century. Especially after the development of the refrigeration technologies, the world has adapted to thermo-regulation systems in real-life application, industry and science. This continuing adaptation has led to the dependence on temperature wise systems and their maintenance.
The system we wish design in this occasion hopes to combat the issue of heat regulation that contests scientists and firms alike. 'Enter Project Name' will maintain the temperature of the system at a specific temperature through the functioning of two inversely affecting reactions regulated by the temperature of the system itself. The system stimulates an endothermic reaction pathway in higher temperatures and an exothermic reaction pathway in lower temperatures with one system inhibiting the other during function. The heat conditions of the system will both affect the functioning of 'Enter Project Name' and also be regulated by 'Enter Project Name'.
