A new three-dimensional atom probe has been developed, in which energy compensation has been included in order to improve the mass resolution of the technique. A first order reflectron is used as its energy compensating device. The incorporation of a reflectron in a three-dimensional atom probe is less straightforward than when used in a conventional atom probe, and special care has to be taken in the design to ensure satisfactory performance, both in terms of mass resolution and spatial resolution. Mass resolutions achieved with this instrument are better than m/Delta m = 500 full width at half maximum and 250 full width at 10% maximum
International audienceMaterials science requires the use of increasingly powerful tools in materials...
R6sum6- Un compensateur en 6nergie de type Posche~ieder pour une sonde?i atomes est &crit. L&apo...
International audienceThe investigation of boron delta layers by tomographic atom probe (3DAP) is us...
A new three-dimensional atom probe has been developed, in which energy compensation has been include...
An advanced 3-dimensional atom probe system has been constructed, based on an optical position-sensi...
An advanced 3-dimensional atom probe system has been constructed, based on an optical position-sensi...
Over the last few years there have been significant developments in the field of three-dimensional a...
A design for a high mass resolution scanning atom probe is described, which utilizes a two-conductor...
In this paper, we present calculations and experimental results obtained using post deceleration of ...
International audienceThe energy-compensated atom probe developed in Rouen is based on the original ...
Specimen heating is shown to occur in the laser-pulsed 3-dimensional atom probe (3DAP), even in the ...
International audienceThe physical architecture and the performance of a quantitative three-dimensio...
International audienceThis paper reports preliminary results showing that the use of femtosecond las...
International audienceMaterials science requires the use of increasingly powerful tools in materials...
R6sum6- Un compensateur en 6nergie de type Posche~ieder pour une sonde?i atomes est &crit. L&apo...
International audienceThe investigation of boron delta layers by tomographic atom probe (3DAP) is us...
A new three-dimensional atom probe has been developed, in which energy compensation has been include...
An advanced 3-dimensional atom probe system has been constructed, based on an optical position-sensi...
An advanced 3-dimensional atom probe system has been constructed, based on an optical position-sensi...
Over the last few years there have been significant developments in the field of three-dimensional a...
A design for a high mass resolution scanning atom probe is described, which utilizes a two-conductor...
In this paper, we present calculations and experimental results obtained using post deceleration of ...
International audienceThe energy-compensated atom probe developed in Rouen is based on the original ...
Specimen heating is shown to occur in the laser-pulsed 3-dimensional atom probe (3DAP), even in the ...
International audienceThe physical architecture and the performance of a quantitative three-dimensio...
International audienceThis paper reports preliminary results showing that the use of femtosecond las...
International audienceMaterials science requires the use of increasingly powerful tools in materials...
R6sum6- Un compensateur en 6nergie de type Posche~ieder pour une sonde?i atomes est &crit. L&apo...
International audienceThe investigation of boron delta layers by tomographic atom probe (3DAP) is us...