The control system and adaptation of the combustion engine will see an engine-power increase at the same time minimising exhalation and enhancing spark safety.
The main goal of the project is to improve adhesive surface properties under conditions of contact with the living tissue and to increase the life-time of artificial implants in a human body by depositing protective coatings.
The main goal of the project is to improve and optimise surface properties of advanced metallic materials through the physical and chemical deposition of thin and hard layers and combinations thereof.
To introduce and redevelop/adapt wooden house frame building technology with suitable foundations, design and production technology in northwest russia, to enhance the market, quality of life and environment.
The economical and technical optimisation of district heating systems will be developed, tested and implemented. The basic technological infrastructure for achieving optimisation will be internet and intranet applications.
Research and development by russian orthopedists into a method for surgically repairing birth defects of the skeleton, particularly those affecting the length of the extremities.
Development of a mathematical-physical model describing the phenomena accompanying glass shield penetration; determination of work direction to ensure glass manufacturing offering optimum protective properties.
Coated conductors are becoming available in sufficient lengths for insert coils, shieldings and current leads for electro-magnets. The project addresses the technical problems arising from the use of the new material.
The erp system for smes will be developed, tested and promoted. It will be simple to install and maintain, as well as being user friendly and incorporating new technologies. It will run on a desktop, lan (local area network) and intranet.
The aim is non-invasive measuring of cardiovascular respiratory and autonomic nervous system dynamics. The systolic force, minute cardiac force, heart rate, variability of the heart rhythm and respiratory frequency are all measured.