Microwave Radiometer for Internal Body Temperature Monitoring

用于体内温度监测的微波辐射计

• 批准号: 1202193
• 负责人: Zoya Popovic
• 金额: $ 29.99万
• 依托单位: University of Colorado at Boulder
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2012
• 资助国家: 美国
• 起止时间: 2012-07-01 至 2018-06-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1202193&HistoricalAwards=false
• 关键词: Microwave; Radiometer; Internal; Body; Temperature

Abstract (Proposal No. 1202193) Intellectual Merit: This proposal addresses a new method of integrated design and implementation of an external passive radiometer for monitoring internal body temperature. The goal for the proposed research is to develop a temperature-monitoring device with a potential of being wearable, disposable and inexpensive. The motivating applications are in several areas: (1) medical diagnostics, e.g. monitoring infant brain damage, arthritis, detecting localized tumors and monitoring temperature rise during hyperthermia treatment; (2) monitoring people under stress, e.g., athletes during training/competition, emergency workers and military personnel in hazardous conditions; and (3) manufacturing, e.g., monitoring internal temperature of foods during the manufacturing process. The specific issues addressed in the project are the basic understanding of principles and limitations of near-field microwave radiometry, an engineering approach for monitoring internal body temperature in an environment with radio interference. The anticipated result of the research is development of a wearable and ultimately disposable radiometric thermometer for a wide range of applications, with a spatial resolution on the order of 1cm and temperature resolution of 0.1K. The radiometer data can easily be transmitted using a low-power wireless transceiver for further off-body processing.Broader Impacts: The broader impacts of the proposed research are transformative in several areas. The technical goal of providing a new method of non-invasive monitoring of internal temperature, when applied to a human body, can lead to on-time preventive treatment. Not having access to internal body temperature is not only a problem for various diseases, but also has a considerable impact in national security (military personnel under heavy training; emergency personnel in hazardous conditions). In terms of education and outreach, the broader impacts include multi-disciplinary education at the undergraduate and graduate level, spanning areas of high-frequency analog circuit design, electromagnetic simulations, and metrology. An impact on the institution will be development of core competency in the field and interactions with existing research projects. The PI has been active in outreach, and related to this proposed work plans to add a new module to the existing K-12 outreach, entitled Hot inside?, where children can use a radiometer to ?see? a hot spot inside an object. A collaboration with NIST-Boulder will enhance the metrology component of the research. The international component of the proposed effort includes a collaboration with ETH-Zurich (Switzerland), in the form of student exchanges, software donations and no-cost participation.

摘要（提案编号1202193）知识产权优点：该提案提出了一种用于监测内部体温的外部无源辐射计集成设计和实施的新方法。该研究的目标是开发一种具有可穿戴，一次性和廉价潜力的温度监测设备。激励应用在几个领域：（1）医疗诊断，例如监测婴儿脑损伤，关节炎，检测局部肿瘤和监测高温治疗期间的温度上升;（2）监测压力下的人，例如，在训练/比赛期间的运动员，在危险条件下的紧急工作人员和军事人员;以及（3）制造业，例如，在生产过程中监测食品的内部温度。该项目涉及的具体问题是对近场微波辐射测量的原理和局限性的基本了解，这是一种在无线电干扰环境中监测体内温度的工程方法。该研究的预期结果是开发出一种可穿戴的、最终是一次性的辐射温度计，用于广泛的应用，其空间分辨率为1厘米，温度分辨率为0.1 K。辐射计数据可以很容易地使用低功耗无线收发器进行进一步的离体处理。更广泛的影响：拟议的研究的更广泛的影响是在几个领域的变革。本发明的技术目标是提供一种新的非侵入性监测内部温度的方法，当应用于人体时，可以导致及时的预防性治疗。无法获得内部体温不仅是各种疾病的问题，而且对国家安全也有相当大的影响（军事人员接受繁重的训练;危险条件下的急救人员）。在教育和推广方面，更广泛的影响包括本科和研究生阶段的多学科教育，涵盖高频模拟电路设计，电磁模拟和计量学等领域。对该机构的影响将是该领域的核心竞争力的发展和与现有研究项目的互动。PI一直积极参与外联活动，并与此相关的拟议工作计划是在现有的K-12外联活动中增加一个新的模块，名为“内部热？”，孩子们可以用辐射计来做什么看到没？物体内部的热点与NIST博尔德的合作将加强研究的计量组成部分。拟议工作的国际部分包括与苏黎世联邦理工学院（瑞士）合作，形式是学生交流、软件捐赠和免费参与。