In this paper we present theoretical and experimental studies of the modifications of the thermal spectrum inside a microwave resonator due to a parametric amplification process. Both the degenerate and nondegenerate amplifiers are discussed. Theoretical calculations are compared with measurements performed with a microwave cavity parametric amplifie
Temperature measurement during microwave heating in industrial and commercial processes can improve ...
International audienceMicrowave optomechanical circuitry is attractive for both fundamental research...
Cavity-type coupling structures can be used for industrial microwave radiometric temperature measure...
In this paper we present theoretical and experimental studies of the modifications of the thermal spe...
In this paper we present theoretical and experimental studies of the modi\ufb01cations of the therma...
In this paper, we present the experimental study of a single-mode thermal field carried out using a ...
The development of microwave photon detectors is paving the way for a wide range of quantum technolo...
The most common applicator for the microwave treatment of materials is a multimode cavity. Because o...
Abstract. Two methods to experimentally search for the hidden sector photon, the paraphoton, with mi...
Superconducting circuits have been successfully established as systems to prepare and investigate mi...
At optical frequencies the radiation produced by a source, such as a laser, a black body or a single...
Although microwave enhanced chemistry has become an established research topic, the actual electroma...
A wet thermal paper method for measuring of mode patterns and heat distributions in a high-power mic...
A wet thermal paper method for measuring of mode patterns and heat distributions in a high-power mic...
Statistical properties of the output fluctuations of a photon detector measuring the intensity of ra...
Temperature measurement during microwave heating in industrial and commercial processes can improve ...
International audienceMicrowave optomechanical circuitry is attractive for both fundamental research...
Cavity-type coupling structures can be used for industrial microwave radiometric temperature measure...
In this paper we present theoretical and experimental studies of the modifications of the thermal spe...
In this paper we present theoretical and experimental studies of the modi\ufb01cations of the therma...
In this paper, we present the experimental study of a single-mode thermal field carried out using a ...
The development of microwave photon detectors is paving the way for a wide range of quantum technolo...
The most common applicator for the microwave treatment of materials is a multimode cavity. Because o...
Abstract. Two methods to experimentally search for the hidden sector photon, the paraphoton, with mi...
Superconducting circuits have been successfully established as systems to prepare and investigate mi...
At optical frequencies the radiation produced by a source, such as a laser, a black body or a single...
Although microwave enhanced chemistry has become an established research topic, the actual electroma...
A wet thermal paper method for measuring of mode patterns and heat distributions in a high-power mic...
A wet thermal paper method for measuring of mode patterns and heat distributions in a high-power mic...
Statistical properties of the output fluctuations of a photon detector measuring the intensity of ra...
Temperature measurement during microwave heating in industrial and commercial processes can improve ...
International audienceMicrowave optomechanical circuitry is attractive for both fundamental research...
Cavity-type coupling structures can be used for industrial microwave radiometric temperature measure...