The study of the desorption/ionization from the replicas of etched ion tracks

Oleinikov, Vladimir; Zagorski, D.L.; Bedin, S. A.; Volosnikov, A.A.; Emelyanov, P.A.; Kozmin, Yuri; Mchedlishvili, B. V.

doi:10.1016/j.radmeas.2008.04.018

Cited by 13 publications

(2 citation statements)

References 11 publications

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“…It was also shown that intensity of obtained spectra depends on many parameterssome investigations are presented here. Our first results were already reported [20], but here we present our new data.…”

Section: Emission Propertiessupporting

confidence: 56%

Ion Track Matrices: Porous Structure, Deposition of Metals and Emission Properties of Obtained Replicas

Zagorskiy

Bedin

Oleinikov

et al. 2013

DDF

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This paper is devoted to production of metallic micro-and nanowires (Cu, Co, Ni and Fe) using commercial track membranes. Specially prepared matrices were also fabricated and used for this purpose. The process of electrodeposition of these metals into the nanosized pores was investigated and found to be non-linear for small pores. The obtained ensembles of nanowires could be used as the effective templates for emission of molecules in mass-spectrometry. Mass-spectra of test peptide (gramicidin deposited on substrate - ensemble of copper nanowires) was obtained and investigated in different conditions.

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Section: Emission Propertiessupporting

confidence: 56%

Ion Track Matrices: Porous Structure, Deposition of Metals and Emission Properties of Obtained Replicas

Zagorskiy

Bedin

Oleinikov

et al. 2013

DDF

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“…Also membranes can be used to create chemical and biochemical sensors [6]. Lots of research are devoted to the use of track membranes for the production of metal structured replicas [7][8][9][10]. To obtain track membranes, polymer in the form of a film is irradiated by a heavy ion beam (Ar, Kr, Xe, etc.)…”

Section: Introductionmentioning

confidence: 99%

Study of Structure and Optical Density of Track Membranes

Павленко

Черкашина

Manaev

2019

MSF

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This work presents research results of surface, including optical characteristics of poly (ethylene terephthalate) film under the influence of heavy ion radiation and following chemical etching for use as light filter. The optical density of the films and track membranes was determined in the wavelength range of 310-990 nm. Optical density measurements were carried out with gap of 50 nm. Track membrane was researched with the track diameters of 300 nm and concentration of 4·108см-1. It is determined, that the optical density of the initial film and irradiated are comparatively low in the entire researched wavelength range and does not exceed the value of 0.1. It is shown that for the track membrane in the ultraviolet region there is a sharp rise in the optical density values, at the wavelength of 650 nm to the maximum value, and the values gradually decrease in visible color and continue to decrease in the IR region.

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