A six-channel biotelemetry reciever design and construction.

Koray, Tarık


A six-channel PAm/fm biotelemetry transmitter design and construction.
Özmen, Orhan; Department of Electrical Engineering (1978)
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A frost sensor system using MEMS technology
Zaffar, Salman; Akın, Tayfun; Department of Electrical and Electronics Engineering (2003)
A Subsonic (Turboprop) Engine Inlet Design and Optimization
Özer, Sevda; Mehmet Haluk, Aksel; Department of Mechanical Engineering (2022-1)
Intake is a duct designed to convey air to the engine compressor, with low flow distortions and a suitable Mach number for stable operations; it decelerates the stream and increases its static pressure. Unfortunately, this pressure recovery implies an adverse gredient along the duct that leads to flow seperation on walls causing losses and non-uniformities [1]. Within this study a turboprop engine air inlet geometrical optimization has been done. The details of the root cause of the engine integration losse...
A multilayer tissue engineered meniscus substitute
Halili, Albana Ndreu; Hasırcı, Nesrin; Hasırcı, Vasıf Nejat (2014-04-01)
Various methods have been tried to treat the main meniscus problem, meniscal tears, for which we believe tissue engineering could be a viable solution. In this study, a three dimensional, collagen-based meniscus substitute was prepared by tissue engineering using human fibrochondrocytes and a collagen based-scaffold. This construct was made with 3 different collagen-based foams interspaced with two electrospun nano/microfibrous mats. The top layer was made of collagen type I-chondroitin sulfate-hyaluronic a...
Citation Formats
T. Koray, “A six-channel biotelemetry reciever design and construction.,” Middle East Technical University, 1978.