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Proposal of a Cost-Saving and Risk Prevention Mechatronic System for Water Consumption Systems of Buildings

100%
Karayel D., Ozkan S., Atali G., Ceylan N., Kilic R.
Acta Physica Polonica A
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2017
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vol. 132
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issue 3
604-607
EN
This study aims to develop an integrated control system to prevent the indoor loss of water. In general, these losses occur while using the hot water, because of forgetting to close the water batteries during the water cuts, or due to faults in washing machines, dishwashers and indoor plumbing systems. In this study, a specialized solution is developed for each type of losses. Then, the developed three subsystems were combined and transformed into an integrated system. This study shows that water losses in the housing can be prevented by using advanced technologies. There are similar systems in practice, but this study is different from the others with regard to its holistic approach, addressing all three problems together. The contribution of the system to economic and social life will be great, when water saving and environmental damage are considered.
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Design and Production Considerations on a Button Type Beam Position Monitor for Use of TAC-TARLA Facility

64%
Tural Gundogan M., Kaya C., Yavas O.
Acta Physica Polonica A
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2017
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vol. 132
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issue 4
1333-1339
EN
Turkish Accelerator and Radiation Laboratory in Ankara (TARLA) facility is a superconducting linac-based infrared free-electron laser light source in the frame of Turkish Accelerator Center (TAC). Construction of the facility premises was completed in 2009, with a continued progress of hardware and infrastructure installation until today. In this respect, a button type beam position monitor (BPM) is designed, produced and tested for use of TARLA facility. Antenna simulations and mechanical design studies based on TARLA electron beam parameters are carried out by the software computer simulation technology. In this paper, its design and production highlights are discussed in detail, and the original results are summarized.
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