Due to extreme conditions, the near-space region is vastly underused and can be utilized for
various scientific uses. The unconstrained orbital mechanism and low fuel consumption …

Computational imaging using coded apertures offers all-electronic operation with a
substantially reduced hardware complexity for data acquisition. At the core of this technique …

Near-space is recognized as the atmospheric region from 20 to 100 km above the Earth's
surface. Near-space vehicles offer several advantages compared to low earth orbit satellites …

Near-space is defined as the atmospheric region from about 20 kilometer (km) to 100 km
above the Earth's surface; near-space vehicles offer several advantages to Low Earth Orbit …

Wind and temperature observation in near space has been playing an increasingly
important role in atmospheric physics and space science. This paper reports on the near …

1. 27 μm 波段O2 (a1∆ g) 气辉的辐射强度高, 自吸收效应弱, 是反演临近空间大气温度的理想
目标源. 基于O2 分子气辉光谱理论以及“剥洋葱” 算法, 利用扫描成像大气吸收光谱仪 …

Near space environment is the airspace at 20–100 km, where complex conditions such as
low temperature, low pressure, high wind speed, and solar radiation exist. Temperature, as …

This paper investigates the performance of integrated wireless sensor and multibeam
satellite networks (IWSMSNs) under terrestrial interference. The IWSMSNs constitute sensor …

Remote sensing is a method of monitoring the natural heterogeneity of vegetation. Although
satellite based remote sensing has been a popular method for monitoring the earth's …

Near space is the region of Earth's atmosphere that lies between 20km to 100 km above sea
level, which is of interest for military surveillance purposes, as well as to commercial …