GRK 45: Integrated Fluidical Sensor-Actuator Systems

本课程的目标是在印制板技术和增材技术的基础上设计和实现小型化流体系统的数学公式。随着流体执行器的实现，热驱动泵、热控制阀、滤波器等也包括了压电执行器的集成。由于传感器是测量电化学电导率或pH值的集成结构，生化传感器、光学传感器也是如此，电子信号处理的硬件包括人工神经网络。研究计划的另一个重点是实现用于电化学溶液中电路测量的传感器-执行器系统。通过测量电极的短期加热引发化学反应，并将有可能分析特殊的化学物质（热层技术）。一个特别的目标涉及核酸、DNA片段和生物活性物质的分析。该计划的第三点涉及生物相容性材料的开发和毒物、生物耐受性和生物活性方面的分析。

The goal of this program consists in the mathematical formulation of miniaturized fluidic systems, in the design and realization on the basic of printed board technology and additive technique. As fluidic actuators are realized thermal drived pumps, thermal controlled valves, filter a.s.o. The integration of piezoelectrical actuators is included. As sensors are integrated structures to measure the electrochemical conductivity or the pH value and biochemical sensors, optical sensors a.s.o. The electronically signal processing included the hardware of artificial neural network. An another point of the research program is the realization of sensor-actuator systems for the measuring of circuits in electrochemical solutions. By short-term heating of measuring electrods are initiated chemical reactions and it will be possible to analyse special chemical substances (Hot Layer Technology). A special goal concerned the analyse of nuclein acid, of DNA fragments and biologically active substances. A third point of the program concerned the development of biocompatible materials and analyses in respect of toxicant, biotolerance and bioactivity.