ELECTRON, ION, OPTICAL, ACOUSTIC, SONAR AND RADIO WAVE IMAGING SYSTEMS FOR CHARACTERIZING ADVANCED MATERIALS AND MATTER

用于表征先进材料和物质的电子、离子、光学、声学、声纳和无线电波成像系统

• 批准号: RGPIN-2017-03805
• 负责人: Herring, Rodney
• 金额: $ 1.6万
• 依托单位: University of Victoria
• 依托单位国家: 加拿大
• 项目类别: Discovery Grants Program - Individual
• 财政年份: 2017
• 资助国家: 加拿大
• 起止时间: 2017-01-01 至 2018-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=638545
• 关键词: ELECTRON; ION; OPTICAL; ACOUSTIC; SONAR; ELECTRON; ION; OPTICAL; ACOUSTIC; SONAR

This application involves a research program focused on constructing new types of imaging devices and developing their associated methods of imaging to be used to make new measurements of the properties of objects that target climate change, medical imaging and advanced materials technology. Two engineering challenges require funding for the successful development of these imaging devices, a new type of phase array detector and the determination of the transfer function of the imaged objects. The imaging devices requiring the phase array detectors and object transfer functions include a confocal scanning laser holography (CSLH) microscope to make non-invasive, three dimensional (3D) phase images of the 3D temperature distribution within liquids required for mass and heat transfer studies; a scanning transmission electron holography microscope (STEHM) to make phase images of material nanostructures necessary to gain insights into their properties for climate change, quantum computing and atomic specimen manipulations; a recently installed scanning transmission ion microscope (STIM); an imager of the Earth’s atmosphere, the software Defined Radio (SDR) Earth Atmosphere Imager, targeted to measure the properties of the Earth’s atmosphere such as its power, energy and mass transport as well as its 3D temperature, pressure and composition from the surface of the Earth to the Earth’s ionization layer(s); a Software Defined Sonar (SDS) Ocean Imager targeted to measure the energy and mass transport of the upper layers of the ocean as well as their 3D temperature, pressure and composition from the water/air interface to its thermoclines and a Diffuse Acoustic Confocal Imager (DACI) targeted for routine prostate and ovarian examinations with the potential to image, diagnose, treat diseased tissue and monitor the treatment process.

该应用程序涉及一项研究计划，旨在构建新型的成像设备，并开发其相关的成像方法，以对针对气候变化，医学成像和先进材料技术的对象的特性进行新的测量。两个工程挑战需要资助这些成像设备的成功开发，一种新型的相阵列检测器以及确定成像对象的传输功能。需要相位阵列检测器和对象传递功能的成像设备包括共聚焦扫描激光全息（CSLH）显微镜，以使无创，三维（3D）液体中3D温度分布的非侵入性，三维（3D）相位图像质量和热传递研究所需的液体所需的3D温度分布；扫描透射电子全息显微镜（Stehm），以制作必要的材料纳米结构的相位图像，以洞悉其特性，以实现气候变化，量子计算和原子标本操纵；最近安装的扫描传输离子显微镜（stim）；该软件定义的无线电（SDR）地球大气成像仪是地球大气层的成像师，旨在测量地球大气的性质，例如其功率，能量和质量运输以及其3D温度，从地球表面到地球电离层的3D温度，压力和成分；一个软件定义的声纳（SDS）海洋成像仪，该软件旨在测量海洋上层的能量和质量运输以及其3D温度，压力和组成，从水/空气界面到其热线线以及弥漫性的声学共斑影像仪（DACI）靶向的靶标（DACI）靶向常规的前列腺和卵巢疗法，以对图像进行诊断，诊断，诊断，诊断，诊断，诊断，诊断，诊断，诊断，并进行了诊断，并进行了诊断，并进行了诊断。