Abstract:
La présente invention concerne le domaine de l'instrumentation analytique par rayons X (RX). Elle concerne plus précisément un dispositif de délivrance d'un faisceau de rayons X à haute énergie, typiquement supérieure à 4 keV, pour des applications analytiques par rayons X.
Abstract:
L'invention concerne un système (1) de délivrance de faisceau de rayons X comprenant un bloc source (100) émettant un faisceau source de rayons X, des moyens de conditionnement (500) permettant de conditionner le faisceau source en direction d'un échantillon. Le système (1) comporte des moyens de stabilisation (800) agencés de manière à stabiliser thermiquement une zone du système (1) située en aval du bloc source (100), pour limiter des transferts thermiques vers les moyens de conditionnement en vue de prévenir des perturbations thermiques au niveau des moyens de conditionnement (500).
Abstract:
The invention relates to a system (1) for delivering an X-ray beam, comprising a source block (100) that emits a source X-ray beam and conditioning means (500) for conditioning the source beam sent towards a specimen. The system (1) includes stabilization means (800) designed to thermally stabilize a region of the system (1) lying downstream of the source block (100), in order to limit heat transfer towards the conditioning means for the purpose of preventing thermal perturbations in the conditioning means (500).
Abstract:
The invention relates to X-ray analytical instruments (RX), more precisely a device for providing a high energy X-ray beam, typically above 4 keV, for X-ray analysis applications. The device comprises an X-ray tube with a turning anode and an X-ray lens for shaping the beam.
Abstract:
The invention relates to X-ray analytical instruments (RX), more precisely a device for providing a high energy X-ray beam, typically above 4 keV, for X-ray analysis applications. The device comprises an X-ray tube with a turning anode and an X-ray lens for shaping the beam.
Abstract:
The invention relates to a system (1) for delivering an X-ray beam, comprising a source block (100) that emits a source X-ray beam and conditioning means (500) for conditioning the source beam sent towards a specimen. The system (1) includes stabilization means (800) designed to thermally stabilize a region of the system (1) lying downstream of the source block (100), in order to limit heat transfer towards the conditioning means for the purpose of preventing thermal perturbations in the conditioning means (500).