Explanation/Annotation:For checking-measuring equipment; high speed stamps; information processing; materials processing; research activities; medicines and biochemistry; stereolithography; holographic.
Detailed model description:Advantages:
excellent ray quality and radiation stability; high coherence; low divergence; reliability and long service life; the low energy consumption.
there is with separate and simultaneous radiation at the wavelength 0, 44 micrometres and 0, 32 micrometres.
with simultaneous oscillation on two wavelengths has a capacity of linearly- polarised radiation from 5 to 40 megawatts in the line 0, 32 micrometres and îò20 to 150 megawatts in the line 0, 44 micrometres.
with single-wavelength lasing 0, 44 micrometres has a capacity of linearly- polarised radiation within a range of From 50 to 180 megawatts.
with single-wavelength lasing 0, 32 micrometres has a capacity of linearly- polarised radiation in the range between 5 to 35 megawatts.
basic design is the optics holder from ñïåðèíâàðà, to which the discharge tube, sealed by Brewster angle windows is fastened.
technical characteristics:
emission wavelength, micrometre . 0, 32, 0, 44
radiation power, megawatt, typical. 40, 150
spectral distribution. ÒÅÌ00, ÒÅÌmn
polarization. 100: 1
divergence, mrad, not more. 1, 5, 0, 9
beam diameter, MM, not more. 2, 5
Ïîòðåáëÿåìà the capacity, the computer engineering, not more. 1000
radiator clearances power source, MM, not more. 1510õ160õ190 460õ450õ140
radiator mass power source, kg, not more. 20 10 |
