Lithium CPS based on carboxylic fabric with CNT synthesized on its fibers’ surface

Zaurbekova, Z.; Chikhray, Y.; Ponkratov, Y.; Baklanov, V.; Abdullin, K.; Kulsartov, T.; Gordienko, Y.; Tazhibayeva, I.; Skakov, M.; Mukanova, A.; Z., Zaurbekova

Lithium CPS based on carboxylic fabric with CNT synthesized on its fibers’ surface

Date

2017-01-01

Authors

Zaurbekova, Z.

Z., Zaurbekova

Chikhray, Y.

Ponkratov, Y.

Baklanov, V.

Abdullin, K.

Kulsartov, T.

Gordienko, Y.

Tazhibayeva, I.

Skakov, M.

Publisher

Materials Today: Proceedings

Abstract

Abstract The paper describes a technique of CNT synthesis on the fibers of carboxylic fabric. It consists of three operational stages: creation of the experimental facility based on high-temperature quartz flow reactor; validation of synthesis modes of CNT homogeneous layers, and CNT synthesis on the fibers of carboxylic fabric. An overview of the technology of lithium CPS production based on CNT-reinforced carboxylic fabric is given. It includes a development of experimental device for lithium CPS production, development and definition of technological procedures for CPS matrix filling with liquid lithium and manufacturing of prototype lithium CPS sample on basis of CNT-reinforced carboxylic fabric.

Keywords

Fusion facilitiy, Lithium capillary-porous system (CPS), Carbon nanotubes (CNT), Carboxylic fabric, Mock-up of lithium diverter, Lithium

Citation

Z. Zaurbekova, Y. Chikhray, Y. Ponkratov, V. Baklanov, K. Abdullin, T. Kulsartov, Y. Gordienko, I. Tazhibayeva, M. Skakov, A. Mukanova, Lithium CPS based on carboxylic fabric with CNT synthesized on its fibers’ surface, In Materials Today: Proceedings, Volume 4, Issue 3, Part A, 2017, Pages 4524-4533