A study was made to determine if it would be practical to use a thermistor as the sensing element of a Pirani-type vacuum gauge. It was decided that in spite of the many problems which might arise in such an application, it should be possible to measure pressures in the range of 0.1 to 100 microns provided reasonable controls are placed on the thermistor parameters."Case No. 13.778.22.""TID-4500 (15th Ed.) ; Instruments.""January 1961."Includes bibliographical references (p. 23).A study was made to determine if it would be practical to use a thermistor as the sensing element of a Pirani-type vacuum gauge. It was decided that in spite of the many problems which might arise in such an application, it should be possible to measure pressures in...
The atmospheric pressure range was studied in a region where conventional pressure sensing devices d...
(1) The thermopiles have been constructed by depositing Bi-Te and Bi-Sb on thin colodion films by va...
In this paper we will describe the installation of a low pressure stainless steel horizontal chamber...
Thermistor pressure gauges are characterized by large pressure range, good accuracy and stability, f...
This study presents the development of a pressure measuring unit based on a Pirani gauge and a dedic...
We have designed a hot-plate-type micro-Pirani vacuum gauge with a simple structure and compatibilit...
In this paper, a very simple micro vacuum pirani gauge made of single crystal silicon is presented. ...
International audienceThis article proposes a dimensionless thermal analysis of micro-fabricated mem...
A sensitive micro-Pirani vacuum sensor has been fabricated. With effective schemes of ambient-temper...
To achieve a wide range and high accuracy detection of the vacuum level, for example, in an encapsul...
Vacuum gauges for use in accelerators have to cover about 17 decades of pressure, from 10–12 Pa to 1...
In this paper, a micro vacuum pirani gauge made of single crystal silicon has been developed and its...
The purpose of this investigation was to study the response of the Philips ionization gauge as a fun...
Ce papier présente un capteur de pression basé sur l'effet Pirani, pour des applications de mesures ...
Using a single thermocouple as a heater and temperature sensor simultaneously, we have developed a n...
The atmospheric pressure range was studied in a region where conventional pressure sensing devices d...
(1) The thermopiles have been constructed by depositing Bi-Te and Bi-Sb on thin colodion films by va...
In this paper we will describe the installation of a low pressure stainless steel horizontal chamber...
Thermistor pressure gauges are characterized by large pressure range, good accuracy and stability, f...
This study presents the development of a pressure measuring unit based on a Pirani gauge and a dedic...
We have designed a hot-plate-type micro-Pirani vacuum gauge with a simple structure and compatibilit...
In this paper, a very simple micro vacuum pirani gauge made of single crystal silicon is presented. ...
International audienceThis article proposes a dimensionless thermal analysis of micro-fabricated mem...
A sensitive micro-Pirani vacuum sensor has been fabricated. With effective schemes of ambient-temper...
To achieve a wide range and high accuracy detection of the vacuum level, for example, in an encapsul...
Vacuum gauges for use in accelerators have to cover about 17 decades of pressure, from 10–12 Pa to 1...
In this paper, a micro vacuum pirani gauge made of single crystal silicon has been developed and its...
The purpose of this investigation was to study the response of the Philips ionization gauge as a fun...
Ce papier présente un capteur de pression basé sur l'effet Pirani, pour des applications de mesures ...
Using a single thermocouple as a heater and temperature sensor simultaneously, we have developed a n...
The atmospheric pressure range was studied in a region where conventional pressure sensing devices d...
(1) The thermopiles have been constructed by depositing Bi-Te and Bi-Sb on thin colodion films by va...
In this paper we will describe the installation of a low pressure stainless steel horizontal chamber...