Nano granular materials (NGM) material, methods and arrangements for manufacturing said material and electrical components comprising said material

Method for manufacturing high current density carrying nano granular material comprising conducting nano crystals embedded in a matrix, wherein the matrix consists of insulating carbon-free material, comprising directing a high enemy electron, ion or photon beam on a sample producing secondary electrons, supplying multiple inorganic molecules and metallic precursor gas, dissociating the inorganic molecules and metallic precursor gas by the secondary electrons resulting in the deposition of the insulating matrix and metallic nano crystals embedded therein.

Arrangement for manufacturing high current density carrying nano granular material comprising conducting nano crystals embedded in a matrix, wherein the matrix consists of insulating carbon-free material, comprising, in a vacuum chamber, an electron, ion or photon beam source as a deposition system and a computer controlled multiple inorganic molecules and metallic precursor gas supply system.

Arrangement for manufacturing elongated forms of high current density carrying mine granular material comprising conducting nano crystals embedded in a matrix, wherein the matrix consists of insulating carbon-free material, comprising in a vacuum chamber an electron, ion or photon beam source as a deposition system and a computer controlled multiple inorganic molecules and metallic precursor gas supply system and comprising further a transport system for the elongated material in order to move the material through a reaction area.

Arrangement for manufacturing high current density carrying nano granular material comprising conducting nano crystals embedded in a matrix, wherein the matrix consists of insulating carbon-free material, characterized by electron, ion or photon beam shadow mask image projection using a deposition system having a computer controlled multiple inorganic molecules and metallic precursor gas supply system and the anode drop of a gas discharge areal energy source to deposit in a structured fashion NGM material for arrays of field emission electron or ion sources, for sheets, for long wire deposition, for power cables, for multiple pixel aerial photon detectors, for fast imaging in the IR, visible and X-ray regime, as well as for solar cells.

Method for manufacturing nano granular high current density carrying nano granular materials comprising conducting nano crystals embedded in a matrix, wherein the matrix consists of insulating carbon-free material, wherein especially tip arrays are used replicated with nano-imprint lithography means and then supplied with field emitter tips by high field material deposition using a deposition system having a computer controlled multiple inorganic molecules and metallic precursor gas supply system, with the refined method of measuring the electron field emission current in very short times compared to the tip growth process during the tip growth process in an intermediate step and to stop at a pre-defined emission current the growth for all parallel growing tips by a computer evaluation of the emission at a pre-defined emission current.