Recent results in the development of resistance thermometers based on germanium films on gallium arsenide are summarized. Preliminary results in the development of a new generation of radiation-resistant thermometers and multifunction sensors intended for use in the range 0.03 to 500 K in the presence of high magnetic fields are discussed. These sensors have been produced in an international collaboration recently funded through the EU INTAS program
. This paper presents investigations and associated results for characterisation of a giant magneto ...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
GaAs is a wide band gap semiconductor (1.42 eV) with potential use as a room temperature radiation d...
Abstract. The latest achievements in the field of development of resistance thermometers based on th...
Progress is reviewed, in the development of various semiconductor sensors for measurement of tempera...
Low temperature microsensors are designed for cryogenic applications. As a material for the sensors ...
Miniature (1.2 mm diameter x 1.0 mm long) cryogenic temperature sensors have been developed. They ar...
Abstract: Prototype sensors are described that are applicable for pressure, position, temperature, a...
The Ge-film-based photon-counting imaging detector is a key component of optical payload in space we...
We present results of a Au-Ge alloy that is useful as a resistance-based thermometer from room tempe...
Hall effect sensors are used in many applications because they are based on an ideal magnetic field ...
The characteristics of a germanium and a silicon surface barrier detector have been examined at low ...
A principally new diagnostic method has to be developed to allow the magnetic measurements in true ...
The objective of this joint project was the development- and technology-oriented preparation of new ...
In preparation for the new challenges posed by the higher temperature environments which are likely ...
. This paper presents investigations and associated results for characterisation of a giant magneto ...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
GaAs is a wide band gap semiconductor (1.42 eV) with potential use as a room temperature radiation d...
Abstract. The latest achievements in the field of development of resistance thermometers based on th...
Progress is reviewed, in the development of various semiconductor sensors for measurement of tempera...
Low temperature microsensors are designed for cryogenic applications. As a material for the sensors ...
Miniature (1.2 mm diameter x 1.0 mm long) cryogenic temperature sensors have been developed. They ar...
Abstract: Prototype sensors are described that are applicable for pressure, position, temperature, a...
The Ge-film-based photon-counting imaging detector is a key component of optical payload in space we...
We present results of a Au-Ge alloy that is useful as a resistance-based thermometer from room tempe...
Hall effect sensors are used in many applications because they are based on an ideal magnetic field ...
The characteristics of a germanium and a silicon surface barrier detector have been examined at low ...
A principally new diagnostic method has to be developed to allow the magnetic measurements in true ...
The objective of this joint project was the development- and technology-oriented preparation of new ...
In preparation for the new challenges posed by the higher temperature environments which are likely ...
. This paper presents investigations and associated results for characterisation of a giant magneto ...
The semiconductor resistances known as thermistors have more advantages compared with all other temp...
GaAs is a wide band gap semiconductor (1.42 eV) with potential use as a room temperature radiation d...