2015
DOI: 10.1016/j.nimb.2014.12.055
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Conceptual design and sample preparation of electrode covered single glass macro-capillaries for studying the effect of an external electric field on particle guiding

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Cited by 2 publications
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“…Existing research can be classified into two categories depending on the diameter d of the capillaries used for guiding: nanocapillaries (d < 1 µm) and macrocapillaries (d > 1 µm) [19]. Recent efforts in macrocapillary transport include the use of external electric fields to guide the ions in conjunction with the guiding effect to improve efficiency of transport [20], use of conical capillaries for guiding antiparticle beams [21] and the use of curved glass capillaries to achieve large bending angles [22]. In this paper, we have studied the transport of singly-charged ions through straight and conical sections of insulating as well as metallic macrocapillaries.…”
Section: Introductionmentioning
confidence: 99%
“…Existing research can be classified into two categories depending on the diameter d of the capillaries used for guiding: nanocapillaries (d < 1 µm) and macrocapillaries (d > 1 µm) [19]. Recent efforts in macrocapillary transport include the use of external electric fields to guide the ions in conjunction with the guiding effect to improve efficiency of transport [20], use of conical capillaries for guiding antiparticle beams [21] and the use of curved glass capillaries to achieve large bending angles [22]. In this paper, we have studied the transport of singly-charged ions through straight and conical sections of insulating as well as metallic macrocapillaries.…”
Section: Introductionmentioning
confidence: 99%