International audienceThis paper describes an alternative of pressure measurements based on a helium absolute refractometer at 532 nm. The Fabry-Perot cavity has been characterized from relevant parameters and the resolution in pressure of this new optical pressure sensor is lower than 0.2 Pa
A novel procedure for a robust assessment of cavity deformation in Fabry-Perot (FP) refractometers i...
Pressure measurement plays a critical role in many scientific and industrial fields. A recent exampl...
This article reports a novel optical fiber extrinsic Fabry-Perot interferometer (EFPI) for probing p...
The refractive index of helium at atmospheric pressure can be determined from ab initio calculations...
An Invar-based Fabry-Perot cavity refractometer equipped with an automated, miniaturized gallium fix...
Pressure measurement plays a critical role in many scientific and industrial fields. A recent exampl...
By measuring the refractivity and the temperature of a gas, its pressure can be calculated from fund...
We present an experimental comparison of gas pressure sensors based on differently structured extrin...
The authors report on the realization of a novel methodology for refractometry-GAs modulation refrac...
The authors report on the realization of a novel methodology for refractometry - GAs modulation refr...
The present report constitutes the D1 report addressed to EURAMET of the first work package ”Pressur...
By measuring the refractivity and the temperature of a gas, its pressure can be assessed from fundam...
The paper describes an optical interferometer realized at INRiM, which works as pressure standard ba...
A novel pressure standard based on optical interferometry has been realized. The paper presents a pr...
A procedure is presented for in situ determination of the frequency penetration depth of coated mirr...
A novel procedure for a robust assessment of cavity deformation in Fabry-Perot (FP) refractometers i...
Pressure measurement plays a critical role in many scientific and industrial fields. A recent exampl...
This article reports a novel optical fiber extrinsic Fabry-Perot interferometer (EFPI) for probing p...
The refractive index of helium at atmospheric pressure can be determined from ab initio calculations...
An Invar-based Fabry-Perot cavity refractometer equipped with an automated, miniaturized gallium fix...
Pressure measurement plays a critical role in many scientific and industrial fields. A recent exampl...
By measuring the refractivity and the temperature of a gas, its pressure can be calculated from fund...
We present an experimental comparison of gas pressure sensors based on differently structured extrin...
The authors report on the realization of a novel methodology for refractometry-GAs modulation refrac...
The authors report on the realization of a novel methodology for refractometry - GAs modulation refr...
The present report constitutes the D1 report addressed to EURAMET of the first work package ”Pressur...
By measuring the refractivity and the temperature of a gas, its pressure can be assessed from fundam...
The paper describes an optical interferometer realized at INRiM, which works as pressure standard ba...
A novel pressure standard based on optical interferometry has been realized. The paper presents a pr...
A procedure is presented for in situ determination of the frequency penetration depth of coated mirr...
A novel procedure for a robust assessment of cavity deformation in Fabry-Perot (FP) refractometers i...
Pressure measurement plays a critical role in many scientific and industrial fields. A recent exampl...
This article reports a novel optical fiber extrinsic Fabry-Perot interferometer (EFPI) for probing p...
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