  The methods of carbon nanotubes (CNTs) growth inside nanoporous materials are
among the best candidates to fabricate CNTs with controlled geometrical
parameters. We report obtaining CNTs by pyrolysis of sugar water and show that
this chemical reaction is better suited for various applications than other
known template methods. The diameter of the obtained CNTs, their alignment, and
the distance between them can be controlled by choosing the bendable nanoporous
template (chrysotile). Electron microscopy shows good crystalline quality of
the obtained approximately 10 {\mu}m long CNTs after the template etching.
Quasi-metallic transport is observed in this material after annealing CNTs
under inert atmosphere.
