Differential Pumping Aperture

Jodie Kuhn

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RF Hexapole Transfer Lens

RF Hexapole Transfer Lens

1: the upper figure shows one of the differential pumping section Differential pumping tutorial model Head vs pressure

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(IUCr) Development of a differential pumping system for soft X-ray
(IUCr) Development of a differential pumping system for soft X-ray

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RF Hexapole Transfer Lens
RF Hexapole Transfer Lens

Differentially pumped vacuum systems for spectroscopic imaging

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1: The upper figure shows one of the differential pumping section
1: The upper figure shows one of the differential pumping section

Sketch of the differential pumping system with camera positions

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Head vs Pressure - Empowering Pumps and Equipment
Head vs Pressure - Empowering Pumps and Equipment

Understanding pump head and total head for pump performance

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Understanding pump head and total head for pump performance - Atlas
Understanding pump head and total head for pump performance - Atlas

Detailed optics of condenser lens in TEMs/STEMs
Detailed optics of condenser lens in TEMs/STEMs

Waters Micromass Q-Tof Micro Differential Pumping Aperture | eBay
Waters Micromass Q-Tof Micro Differential Pumping Aperture | eBay

High-order harmonic generation setup, including a variable aperture at
High-order harmonic generation setup, including a variable aperture at

(IUCr) Development of a differential pumping system for soft X-ray
(IUCr) Development of a differential pumping system for soft X-ray

The components of the mechanical solution for the aperture-downstream
The components of the mechanical solution for the aperture-downstream

Why is the sampling and trapping efficiency 100 times better than
Why is the sampling and trapping efficiency 100 times better than

Figure S4. Finite element model geometry and mesh in full view of the
Figure S4. Finite element model geometry and mesh in full view of the


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