Samples of arrays of nanowires are produced from iron, iron–cobalt and iron–nickel alloys
via matrix synthesis based on polymer track membranes with pore diameters ranging from …

Fe 1-x Co x nanowires are obtained by electrochemical deposition into the pores of track-
etched membranes. The characteristics of the growth process that allow controlling the …

The authors describe a way of obtaining iron-nickel nanowires 5 μm long and 100 nm in
diameter using template synthesis based on track membranes. The actual length of the …

Ensembles of metal nanowires are prepared by the template method. The influence of
electrodeposition conditions on the properties of the obtained samples is studied for some …

The role of the macro-and microdistribution factors in the electrodeposition of metals and
alloys on the components of electronic devices has been studied. There are three types of …

The effect of the electrolyte composition, mass-transfer conditions, pore diameter, interpore
distance, and electric parameters on the formation of an ensemble of nanowires during the …

The mechanism of forming an ensemble of nanowires by electrodeposition into the pores of
polymer membranes in the mode of a constant measured potential difference between the …

The relationship between the leveling power of electrolytes, the primary current distribution,
and the microdistribution of the metal deposition rate is considered. For electrolytes with …

Nanowires (NW) of iron group metal alloys (Fe-Ni, Fe-Co) were obtained using matrix
synthesis technique based on polymer track matrixes. The galvanic process was …

Рассмотрен механизм процесса формирования ансамбля нанопроволок
электроосаждением в поры полимерных мембран в режиме постоянной измеряемой …