17/18 January 2007 Wiener Neustadt - Czelo

MARKET APPLICATIONS:
The large applicability of the new monitoring methods and techniques in the exploitation of the under-pressure
plants from different sectors of the industry, from the energetic field, from chemistry, social area , etc. which are
potential users of the results, make these researches to represent an important aspect of the actual economy
strategy.
TYPE OF COLLABORATION SOUGH
We are searching the project coordonator and potential partners
PARTNER PROFILE:
Fields of research or production:
-fluid mechanics, hidraulics and pneumatics, automation, electronics, information, mecatronics, measuring and
control technology, automotive technology, mechanical engineering, environmental technology and others.
Support provided by our organisation: The Precision Mechanics domain which incorporates techniques and
procedures of measurement, equipment and measuring devices in the non-electric field (inclusive the pressure).
2. Profile: RTD: Rrisk analysis in under-pressure plants which represent danger, the increase
safety through the appl
1-INNOVATIVE ASPECTS: This project aims to focusing on the creation of a precise system of control and
calibration for organized nanosystems, micro sensors and ultra-accurate transducers.
Apart from the theoretical investigation the research topic also includes the systematic elaboration of measuring
methods, of mathematic methods, theoretical error computation, error-correcting software, data acquisition and
processing software, measuring protocols as well as applied research activities.
2-MAIN ADVANTADGES/BENEFITS: The project is relevant not only by the final model it proposes but also by
its theoretical insights, its vast experimental investigations, its mathematical models and their software, which
embed experience and knowledge in various mutually enriching fields likely to guarantee subsequent important
accomplishments.
3- TECHNICAL SPECIFICATIONS: . In order to create an efficient production structure, designing them with a
warrant within some specific parameters is required. At his dimensional scale tolerances cover a narrow range
too. Failing to detect extension beyond the tolerance field may have undesirable effects, ending up in
deteriorating the system in which it is used. The production of these systems without rigorous control is
unconceivable. The transition from the laboratory stage to the industrial production stage implies devising a
metrological infrastructure which would pursue the reaching of the parameters in the production flow step by step.
The project aims to design experiment and demonstrate the performances of a measuring system at a nano
scale, which could substantiate further development and to devise an adequate metrological infrastructure.
The experimental model will include an ultra-accurate, controlled displacement system and will be supplied with
optoelectronic, laser and atom level microscope measurement systems displaying the following technical
features:
• Accuracy of displacemen 0.2 nm
• Laser measurement resolution: 1 nm
• Optoelectronic measurement resolution: 10 nm
The experimental model will include the mechanical, the optical and the optoelectronical subensembles, the
optoelectronical measurement subensembles and the algorithms related to (real time) measurement system data
acquisition, data processing and measurement protocol presentation.
4- CURENT STAGE OF DEVELOPMEN The only concerns in the field of nanoscale measuring have been set
forth by researchers at INCDMF and INOE 2000. Together, they have created a prototype laboratory for a system
of laser-based trace processing and equipment specialised in micropositioning of silicium plates in view of
achieving integrated circuits. Researchers at INCDMF Bucharest have investigated issues related to measuring
and calibrating in the nano domain and the adjoining areas; their findings have been imparted via workshops and
patents within INCDMF Bucharest.
5- INTELECTUAL PROPERTY RIGHTS (IPR):
-Technical studies, mathematical models and specialised softwares belong to the manufacturing units
-The papers published or presented at the scientific sessions together with the experiment results will be
employed for professional training as a database within the centre of excellence founded for subsequent
investigation
-The experimental equipment model will be valorised by being donated to the specialised centre of excellence
within INCDMF, together with the manufacturing documentation to be made available to all potential users
-The patented technical solutions will become the property of the legal body with the highest representation.