Institute of Physics, National Academy of Science of Ukraine PYROELECTRIC POWER METER VP-1

Features Head Type:Pyroelectric Watt Range:0.002÷2 W Response time:0.5 s Accuracy, %7 Weight:0.7 kg Specific Dimensions:90×200×60 mm 40×60×60 mm

Areas of application - Operational monitoring of lasers and other sources of radiation, both coherent and noncoherent; - Certification of coherent and non-coherent laser sources; - Measurements of laser beam power characteristics in scientific and medical applications.

Patents Ukrainian patent 34740, filed , issued assignee: Institute of Physics

UA Patent

Innovative Aspects and Main Advantages Short time interval between consecutive measurements; Cost effective; Easy to use.

Our proposals Pyroelectric power meter VP-1 measures the mean power of continuous and pulse – periodic electromagnetic radiation of coherent and non-coherent sources Fabrication one sample 1000$

Institute of Physics, National Academy of Science of Ukraine PYROELECTRIC TRASMISSION-TYPE SENSOR

General specification Material of the sensitive elementZnSe Sensitivity, V/W10 -5 ÷10 -2 Spectral Range, μm2÷12 Diameter of the active area, mm10÷20 Transmission factor>0.95

Areas of application Sensitive element of the control-measuring instruments for industrial lasers; Transmitting optical element for feedback systems; Multifunctional element for laser beam focusing and simultaneous measuring of beam's intensity; Laser exit window capable of measuring laser beam intensity.

Innovative Aspects and Main Advantages The distinguishing feature of our transmission-type sensor is the possibility to read out desirable data at any point of the optical system without placement of any extra optical elements. Specific features of the tertiary pyroelectric effect gives advantage to offered sensor by setting the upper limit of the dynamic range up to several kW/cm 2, which is determined by the crystal's resistance to laser radiation in the vicinity of the transparency maximum.

Our proposals The sensor is developed to read both temporal and energy characteristics of radiation beams from the high power industrial lasers operating in a frequency- pulsed mode. Fabrication one sample 1000$

NON-CONTACT SPECTRAL RATIO PYROMETER DPR-1 Institute of Physics, National Academy of Science of Ukraine

General specification Temperature measurement range200 – 3000 °С Accuracy± 5 °С Overall dimensions122 x 114 x Net weight< Measurement time0.25 s Continuous running time 8 h (accumulator) 7x24 H (power network) Distance range0,4 – 50 Power supply 220 V/50 Hz 12 V/130 mA (optional) Warranty period10 years

Advantages High accuracy of temperature measurement across the range; Reliability and stability of measurement results; Measurements not dependent upon environment conditions (pollution by foreign gases, water vapor, dust, partial contamination with oxides, slag, etc.etc.); Accuracy of measurement of temperature for moving, vibrating objects; Measurement of the aluminum melt; Devices are insensitive to magnetic fields and work near induction furnaces; Does not respond to a partial contamination of the lens apparatus; Devices are not sensitive to light radiation when measuring the temperature across the measured range;

Our proposals Fabrication one sample $ Technology transfer.

A device for distant on-the-fly measuring of box temperature in the railway rolling stock Institute of Physics, National Academy of Science of Ukraine

Features Temperature measurement range – 30 – С Accuracy ± 1,5 0 С Ambient temperature – 40 – С Spectral range 7 – 14 µm Velocity range 5 – 300 km/h

UA Patent Ukrainian patent 28580A, filed , issued assignee: Institute of Physics

Advantages railroad safety control systems; subway safety control systems.

Our proposals Fabrication one sample $ Technology transfer.