Influence of carbon in the Sp¹ state on the Schottky transition Si-Cd

Abstract

This article presents the results of a study of the photoactive film of metal-carbon system as an example cadmium - linear-chain carbon (Cd-LCC). It is shown that when this system is annealed in a nitrogen atmosphere, the addition of cadmium atoms to cumulene carbon chains occurs. Investigation of the properties of the Si-Cd-LCC system doped with nitrogen showed a significant increase in the photoactivity of the Schottky transition in the Si-Cd system.

A structural criterion for simulation of optimalion‐stimulated plasma growth of chained carbon

“…The working pressure in the chamber is about 10 −4 Pa. [4,11] Similar synthesis conditions were used by few Russian groups. [12,13] As the 100-μs simulation time is difficult to achieve on a single node, the entire modeling process will fit inside a single pulse duration. Reasonable consideration of the kinetic, thermal, and chemical processes on a big thermalized surface slab can be achieved with classical Verlet molecular dynamics.…”

“…The working pressure in the chamber is about 10 −4 Pa. [ 4,11 ] Similar synthesis conditions were used by few Russian groups. [ 12,13 ]…”