A novel approach to solving the temperature stabilization problem of radiometer receivers is discussed, in which the classical temperature stabilization is replaced by a software-based compensation for any local temperature deviations observed. It is shown that a tunnel diode has to be incorporated as a square-law detector in order to validate this new approach. The resulting measurement uncertainty is calculated and an approximation of the effect of aging is given.</p
Total power radiometer has a simple configuration and the best theoretical resolution. Gain fluctuat...
This paper introduces a method for predicting the performance of a radiometer design based on calcul...
Abstract: Total power radiometer has a simple configuration and the best theoretical resolution. Gai...
A novel approach to solving the temperature stabilization problem of radiometer receivers is discuss...
textA radiometer detects electromagnetic radiation and relates it to the temperature of a black bod...
Temperature is an important parameter for industrial process control. With the usual methods we obt...
The article is devoted to investigation of microwave power converter temperature dependence caused b...
The newest innovation to passive microwave remote sensing technology is the inclusion of noise diode...
This paper deals with a stability evaluation of a direct detection radiometer based on a model in Ma...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
A system and method for remotely measuring the temperature of an object using microwave radiometry t...
The paper addresses sensor bias calibration when only differential bias is of interest as in relativ...
This paper proposes a new process of temperature measurement of a material or object at microwave fr...
Instrumentation in a nuclear power plant is critical in monitoring the stability and safety levels o...
This paper deals with the design of ground-based radiometer antennas. In order to investigate the in...
Total power radiometer has a simple configuration and the best theoretical resolution. Gain fluctuat...
This paper introduces a method for predicting the performance of a radiometer design based on calcul...
Abstract: Total power radiometer has a simple configuration and the best theoretical resolution. Gai...
A novel approach to solving the temperature stabilization problem of radiometer receivers is discuss...
textA radiometer detects electromagnetic radiation and relates it to the temperature of a black bod...
Temperature is an important parameter for industrial process control. With the usual methods we obt...
The article is devoted to investigation of microwave power converter temperature dependence caused b...
The newest innovation to passive microwave remote sensing technology is the inclusion of noise diode...
This paper deals with a stability evaluation of a direct detection radiometer based on a model in Ma...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
A system and method for remotely measuring the temperature of an object using microwave radiometry t...
The paper addresses sensor bias calibration when only differential bias is of interest as in relativ...
This paper proposes a new process of temperature measurement of a material or object at microwave fr...
Instrumentation in a nuclear power plant is critical in monitoring the stability and safety levels o...
This paper deals with the design of ground-based radiometer antennas. In order to investigate the in...
Total power radiometer has a simple configuration and the best theoretical resolution. Gain fluctuat...
This paper introduces a method for predicting the performance of a radiometer design based on calcul...
Abstract: Total power radiometer has a simple configuration and the best theoretical resolution. Gai...