DIFFERENTIAL INFRARED IMAGING SPECTROSCOPIC CAMERA

泄漏看不见的有毒气体，如甲烷、一氧化碳和 氨，在工作场所构成威胁。最先进的设备 专为气体泄漏检测而设计，价格昂贵，且不显示空间 瓦斯浓度分布。回应美国国立卫生研究院对人类的关切 物理光学公司建议，工作场所的安全和健康 研制了一种差分式红外成像光谱相机。 DIISC将集成一个声光可调滤光器，一个现代的 红外观察系统和用于图像/数据的高级计算机软件 正在处理。将这些先进技术结合在一起将产生 移动、高度灵敏的工具，实现快速、准确和可靠 危险气体泄漏的可视化。这一系统将减少时间 修复泄漏的燃气管道所需的。将对DIISC进行测试 甲烷泄漏的可视化。 建议的商业应用： 拟议的差分红外成像光谱相机将是 广泛适用于政府部门和环境管理 在工作场所进行气体泄漏监测的公司。

Leakage of invisible toxic gases, such as methane, carbon monoxide, and ammonia, pose a threat in the workplace. State-of-the-art devices designed for gas leak detection are expensive and do not display spatial distribution of gas concentration. In response to NIH concerns for human safety and health in the workplace, Physical Optics Corporation proposes to develop a Differential Infrared Imaging Spectroscopic Camera (DIISC). The DIISC will incorporate an acousto-optic tunable filter, a modern infrared viewing system, and advanced computer software for image/data processing. Combining these advanced technologies will result in a mobile, highly sensitive tool for fast, precise, and reliable visualization of hazardous gas leakage. This system will reduce the time required to repair leaking gas pipes. The DIISC will be tested with visualization of methane leakage. PROPOSED COMMERCIAL APPLICATIONS: The proposed differential infrared imaging spectroscopic camera will be widely applicable to government departments and environmental management companies performing gas leakage monitoring in the workplace.