Patents

Method and Apparatus for Detecting Charged Particle Beams and for Dose measurement

Authors: 
Dan Sporea, Laura Mihai, Adelina Sporea, Ion Vata, Ion Rusen
Year: 
2015

Fiber optics dosimeter for ionizing radiation intended to measure in real time the dose rate and the total dose in case of irradiation with radiation

Authors: 
Dan Sporea, Adelina Sporea, Laura Mihai
Year: 
2015

METHOD AND EQUIPMENT FOR DISTRIBUTED MONITORING OF IONISING RADIATION FIELD

Year: 
2015

The invention relates to a method and apparatus for space-distributed monitoring of a ionising radiation field.

DEVICE INTEGRATED WITHIN AN AUTOMATIC STATION FOR ISO-MEASURING LASER-IRRADIATED OPTICAL COMPONENT DESTRUCTION THRESHOLD

Year: 
2014

The invention relates to a device for digitally processing signals which is integrated within a software-hardware operating system of an automatic station which measures the laser-irradiated optical components destruction threshold.

STORING SYSTEM FOR MICRO AND NANO PARTICLES USING DIELECTRIC CONTAINERS AND CAPILARY TUBES

Year: 
2014

The invention relates to a system for maintaining an assembly of solid particles, having sizes in the range of micrometers or nanometers, as a suspension, in a limited and well-defined region, without mechanical contact with the walls of an enclosure or with other supporting element.

EDUCATIONAL KIT FOR ULTRASOUNDS

Year: 
2014

The invention relates to an educational kit intended to be used for studying the use of ultrasounds for obtaining the image of an object.

PASSING DEVICE FOR OPTICAL FIBER SYSTEMS, RESISTANT TO PRESSURE DIFFERENCES

Year: 
2013

The invention relates to a passing device for optical fiber systems, resistant to pressure differences, which allows the transmission of an optical signal, by means of an optical fiber, between two enclosures inside which the gas or liquid pressure is different, or towards the interior of an enclosure inside which the gas or liquid pressure is different from the outside pressure.

HIGHLY EFFICIENT MULTIFUNCTIONAL CW COLASER INSTALLATION FOR THE SYNTHESIS OF CARBON NANOTUBES

Year: 
2013

The invention relates to a highly efficient CW COlaser multifunctional synthesis installation meant for producing nanotubes by laser ablation. According to the invention, the installation comprises a reaction chamber (), a gravitational system () for the recovery of nanotubes, a system () for transferring and processing the laser beam, a vacuuming system (), a cooling system (), a multi-adjustable support assembly (), a high power laser source () and also auxiliary systems consisting of a compressed air source and a process gas source and a process control and power supply panel ().

METHOD FOR SYNTHESIS OF PURE MATERIALS BY LASER ABLATION IN DIRECT FLUX FROM MULTIPLE NON-PARALLEL TARGETS

Year: 
2013

The invention relates to a method of synthesis of pure materials by laser ablation, in direct flux, from multiple non-parallel targets, intended to be used in electronic industry for thin film deposition and for the synthesis of nanometric materials. According to the invention, the method comprises the simultaneous laser ablation of a plurality of non-parallel targets, the confining of the ablation plasmas in a direction which differs from the initial direction and passing the resulting ablation plasma or the precursors thereof through an adjustable aperture(s) trap.

ATMOSPHERIC-PRESSURE PLASMA SYSTEM AND METHOD FOR TREATING INNER SURFACES OF DIELECTRIC TUBES

Year: 
2013

The invention relates to an atmospheric-pressure cold plasma generator system and to a method for modifying the properties of the inner surfaces of small diameter dielectric tubes. The claimed system comprises two electrodes (3 and 6), a small RF cavity electrode (3) placed inside a tube (4) to be treated and a ring-shaped mass electrode (6) mounted outside the tube (4), the two electrodes (3 and 6) being fastened and connected by means of some long and stiff conductors (2 and 7) to an adapter (5) which comprises an RF cable box.

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