Sensor Technology at Submillimeter Wavelengths for Space Applications

Abstract

Abstract-Our universe is most luminous at far-infrared and submillimeter wavelengths (100 GHz-

The Use Of Optical Sensors To Estimate Pasture Quality

“…limited number of wavebands used to describe a limited number of features such as nitrogen [10] and biomass variation, and leaf area index [11] while hyperspectral sensors such as the ASD Field Spec ® Pro offer fine spectral resolution with numerous and contiguous wavebands across the electromagnetic spectrum which provides detailed information about the object such as detailed biophysical and biochemical information. The importance of high spectral resolution sensor in quantifying the various features with high precision and accuracy is highlighted in [12]. Based on the source of light, these sensors are classified into active and passive sensors.…”

Microwave Signal Propagation on Oil Palm Trees: Measurements and Analysis

“…The longer the distance of the microwave signal travels, the more it gets attenuated until it fades completely [1]. This is due to atmospheric loss, absorption loss [16] and loss caused by transmission lines [18].…”

Water soluble flexible and wearable electronic devices: a review

“…The global adoption of electronics technology has been increased owing to their regular availability, powerful and low-cost ICs. This technology utilization is in every complex array of consumer [4][5][6], space [7,8], military [9], and medical applications [10][11][12][13]. Further, with the rapid development of silicon (Si)-based technologies and assuming the device shell of two years, the issue of the disposability of electronic waste (E-waste) has been a great concern [14].…”