Argus Nanosensors Inside Plants
Harpreet Singh Sareen
控制论、假肢与植入体设计 Argus Nanosensors Inside Plants 由 Harpreet Singh Sareen Argus is a water quality monitoring system based on a living plant. Nanosensors are injected into the leaves, where they remain within the intercellular space. The sensors produce a visible glow of a specific light wavelength. When lead from the surrounding water reaches the leaves, the glow is reduced, indicating that the water contains impurities. The plant samples water continuously and needs no electricity. A result appears within fifteen minutes to two hours, which is faster than laboratory testing.
A' Design Award 银奖 获奖作品
Argus Nanosensors Inside Plants 由 Harpreet Singh Sareen 创作，是 A' 控制论、假肢与植入体设计奖 的备受赞誉的获奖作品。Argus Nanosensors Inside Plants 于 2021 荣获 A' Design Award 银奖，与其他出色设计一同在 Industrial Design Award Winners 展示。深入了解项目细节，发现 Harpreet Singh Sareen 的其他作品，了解 Argus Nanosensors Inside Plants 为何能在众多参赛设计中脱颖而出。
关于 Argus
控制论、假肢与植入体设计 Argus Nanosensors Inside Plants 由 Harpreet Singh Sareen Argus is a water quality monitoring system based on a living plant. Nanosensors are injected into the leaves, where they remain within the intercellular space. The sensors produce a visible glow of a specific light wavelength. When lead from the surrounding water reaches the leaves, the glow is reduced, indicating that the water contains impurities. The plant samples water continuously and needs no electricity. A result appears within fifteen minutes to two hours, which is faster than laboratory testing. Argus 荣获 A' Design Award 银奖，这是 A' Design Award & Competition 的一项卓著荣誉。A' Design Award 银奖 获奖设计将创造力与先进的设计融为一体，由大型评审团经过公平、合乎伦理、择优且独立客观的学术评审，选为各自类别中品质出众的参赛作品。评审依据预先制定并公开的评价标准，按照盲审同行评议流程，对提名项目进行投票。
