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Towards an Integrated Chemical Circuit

机译:迈向集成化学电路

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摘要

"Chip laboratories" or "lab-on-a-chip devices" are catch phrases describing a new technology by which chemical processes and systems are miniaturized using microsystem technologies. Scientists dream of repeating the success of microelectronics in chemistry by shrinking entire chemistry and analysis laboratories to fit on a single microstructured chip. Such microfluidic laboratories are full of promise. As they use only tiny quantities of chemicals, they are more environmentally friendly and economical. Besides the advantages of miniaturization, such as improved portability, safety, and reduced reagent consumption, one of the most promising features of chip laboratories is the accelerated speed of reaction and analysis. The most fascinating perspective of this new technology, however, is the ability to create entirely new systems that surpass the performance of conventional chemical devices, just as in the triumph of microelectronics, where an entire new technology was invented rather than just shrinking or improving main-frame computers.
机译:“芯片实验室”或“芯片实验室设备”是描述新技术的流行语,通过该新技术,可以使用微系统技术将化学过程和系统小型化。科学家们梦想着通过缩小整个化学和分析实验室以适合单个微结构芯片来重现微电子学在化学领域的成功。这样的微流体实验室充满了希望。由于它们仅使用少量的化学药品,因此更加环保,经济。除了微型化的优点(如提高便携性,安全性和减少试剂消耗)外,芯片实验室最有前途的功能之一就是加快了反应和分析的速度。然而,这项新技术最令人着迷的观点是能够创建超越传统化学设备性能的全新系统,就像微电子技术的胜利一样,在微电子学领域,人们发明了一种全新的技术,而不是仅仅缩小或改进主电路。机架计算机。

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