The shot-to-shot fluctuation of the line intensity is a significant challenge in LIBS
applications. LIBS spectra are obtained by spatially integrating the inhomogeneous plasma …

The infrared imaging system with high dynamic range is one of the most prime candidates in
the area of quantitative infrared radiometry and thermometry applications. As the foundation …

A method has been developed to simulate the effects of scattered light on the image quality
of optical systems. The coherent model is based on geometrical optics to take account of …

The suppression level of internal stray radiation is a key criterion for infrared imaging
systems, especially for high-precision cryogenic infrared imaging systems. To achieve …

A long wave infrared imaging system operated for space exploration of faint target is highly
sensitive to stray radiation. We present an integrative suppression process of internal and …

Perception sensor modeling is essential for the safety validation of automated driving
systems in virtual environments. Nevertheless, the community lacks a methodical approach …

In recent years, uncooled infrared focal plane arrays (IRFPAs) have gained importance in
the field of industrial gas leak detection; however, their applications often require the …

Airborne dust monitoring is crucial to characterize the thermal structure and evolution of the
Martian atmosphere and climate. For this purpose, the MicroMED instrument has been …

Airborne infrared optical systems equipped with multiple cooled infrared cameras are
commonly utilized for quantitative radiometry and thermometry measurements. Radiometric …

杂散辐射是红外光学系统设计和检测过程中涉及的一项重要指标. 为了定量测量红外成像系统
内部杂散辐射, 提出一种基于辐射定标的测量方法, 并通过理论推导和实验验证以说明该方法的 …