Technology of diamond-like films using in solar batteries

Category Nano-doped diamond-like films

Crystalline, polycrystalline and amorphous semiconductors are used to get photovoltaic effect.

The most common and effective ones under a rate of photoelectric conversion are based on silicon and gallium arsenide.

This project proposes to use an absolutely new material for this purpose – nanostructural doped diamond-like film (DLF).

The main advantage of the proposed technology is an increase of power density and reduction of production cost of the batteries.

Protective coating for metallic and non-metallic parts implanted to the human body

In this project we propose to use an entirely new material for this purpose – nanostructural, doped diamond-like film (APT).

The films have high wear resistance and are completely inert to the environmental activity.

The protective coating may be applied to metallic and non-metallic parts implanted to the human body – for example to the bone tissue.

Innovative technologies for devices and tools on the basis of nanostructural, doped, diamond-like films.

There were developed and manufactured small-sized, power, non-inductive resistors:

– with power capacity up to 500 W, in the body TO247 (PA6) up to 50W and in the original body PA7 – up to 500 W (patents are available).

At this stage, there are developed new technologies and the following products:

Innovative technologies for devices and tools on the basis of nanostructural, doped, diamond-like films.

If you are interested – we will provide additional information and designer’s supervision over implementation of the technology.

Innovative technologies for devices and tools on the basis of nanostructural, doped, diamond-like films.

If you are interested – we will provide additional information and designer’s supervision over implementation of the technology.