NATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGIES, INTERNATIONAL STANDARDS REGISTER OF BIOLOGICAL SYSTEMS 

In accordance with the electron technologies, technologies of biocryopreparation and bionanotechnologies (gene engineering) developed by us, to consider the standards register of biological systems, add and approve new classes. Register classified on the element-structural and functional basis of biological systems.

Bank of Bio-Matrices at heightened level nativity (approximated to the state of a living biological organism by a certain moment of vital activity process). Attained level nativity – molecular-atomic without deterioration activity radicals of chemical compounds.

Database – static and dynamic parameters of the element-structural and functional basis of biological systems.

Correspondingly standards register of crystals, new materials and semiconductor devices may be considered. 

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THE WORK IS IN THE SPHERE OF BIOLOGY (MEDICINE), CRYSTALLOGRAPHY AND PHYSICS OF SEMICONDUCTORS

The purpose of work is.

• Revision the International Standards Register of Biological systems, Crystals, New materials and Semiconductor devices, addend and approved New class.
• Creation a small-size ultra-modern Institute of Crystallography AS of Armenia, equipped with unique industrial pattern equipment with departments of the physical and biological problems (on a turnkey basis).

1. Analytical Instrument-Making.

• Electron technologies.
• High-resolution scanning (transmission) electron microscopy and spectroscopy (contrast shaping dynamical theory).

Practical output.

• Development and creation of the New Generation of High-resolution scanning (transmission) electron microscopes with spectrometers.
• Employment of the high-resolution scanning electron microscope in the capacity of electron-hole pairs injector (determination surface recombination velocity, lifetime and diffusion length of minority carriers in n-p junctions of semiconductor devices).
• Development and creation of crystals, new materials and semiconductor devices.

2. Preparation.
   Technologies of biocryopreparation.

Practical output.

• Receipt of high-native biomatrices and biopreparations.
• Creation of the Bank of Bio-Matrices and Database of biological systems.

3. Cloning and reanimation of high-native biomatrices.

• Bionanotechnologies (Gene engineering).
• Sensitive bionanotechnologies.

Practical output.
Development and creation of the New class of a living biological systems (Human, Weapon).