Services of Magneto-photonic Laboratory​ ​ ​
No. Service Type​​ Description
1​ Heat treatment in air at temperatures up to 1200 C0 per hour
2​ Heat treatment under vacuum at temperatures up to 700 0C - mbar per hour
3​ Heat treatment under vacuum in inert gas atmosphere at temperatures up to 700 0C per hour
4​ NIR-VIS-UV spectroscopy each test
5​ Measurement of  Kerr and Faraday effects each test
6​ Measurement of Hall effect each test
7​ Measurement of magnetic resistance each test
8​ Measurement of magnetic impedance up to 15 MHz Per 10 frequencies
9​ Evaporative deposition The required materials are provided  by applicant
10​ Evaporative deposition The required materials are provided  by laboratory
11​ Spin Coating The required materials are provided  by applicant
12​ Spin Coating The required materials are provided  by laboratory
13​ Electrochemical deposition The required materials are provided  by applicant
14​ Electrochemical deposition The required materials are provided  by laboratory
15​ Target preparation from basic solid materials The required materials are provided  by applicant
16​ Target preparation from basic solid materials The required materials are provided  by laboratory
 

 

 

Services of Magneto-plasmonic Laboratory​ ​ ​
No.​ Service Type Description
1​ Hysteresis loop measurement  of magneto-optical responses such as Faraday and Kerr rotations per data registration for each sample
2​ Measurement of spectral responses of magneto-optical samples in Faraday and Kerr configurations per data registration for each sample
3​ Measurement of magneto-electrical response of samples per data registration for each sample
4​ Laser deposition of oxide and non-oxide samples in alloy composition Deposition of each sample
5​ Electron beam deposition Deposition of each sample
6​ Thermal deposition Deposition of each sample
7​ Response registration of magnetic and non-magnetic circular dichroism Per sample
8​ Optical thickness measurement Per sample
9​ Nanosecond laser spectroscopy Per sample
 

 

 

Services of Laboratory of Optical Active Devices ​ ​ ​
No.​ Service Type Description
1​ Insertion Loss Per sample
2​ Return loss Per sample
3​ Wavelength Dependent Insertion Loss Per sample
4​ Wavelength Dependent Return Loss Per sample
5​ Polarization Dependent Loss Per sample
6​ Polarization Dependence Return Loss Per sample
7​ Directivity Per sample
8​ Crosstalk Per sample
9​ OTDR (per core) Per sample
10​ Optical Gain Per sample
11​ Gain Flatness Per sample
12​ Noise Figure Per sample
13​ Polarization Dependent Gain Per sample
14 Optical Signal-to-Noise Ratio Per sample
15​ Chromatic Dispersion Per sample
16​ Group Delay Per sample
17​ Polarization-Mode Dispersion Per sample
18​ PDL Per sample
19​ Differential  Group Delay Per sample
20​ WDL Per sample​​
21​ Bit Error Rate Per sample​​
22​ Extinction Ratio Per sample​​
23​ Rise /Fall Time Per sample​​
24​ Jitter Per sample​​
25 Signal to Noise Ratio Per sample​​
26​ Optical Modulation Amplitude Per sample​​
27​ Transfer Bit Rate Per sample​​
28​ Cold Per hour
29​ Damp Heat Per hour
30​ Dry Heat Per hour
31​ Temperature-Humidity Cyclic Test Per hour
32​ Thermal Shock Per hour
 

 

 

Services of Plasma Laboratory​ ​ ​
No.​ Service Type Description
1​ Gas chromatography (GC) Per sample
2​ Deposition and processing with RF (1) Per sample (<2min)
3​ Deposition and processing with RF (2) Per sample (2-5 min)
4​ Ellipsometry Per sample
5​ Atomic Force Microscopy (AFM) Per sample
6​ ATR Per sample
7​ OES Per run
8​ Contact Angle Per hour
 

 

 

Services of Laboratory of Organic and Polymeric Materials​ ​ ​
No.​​ Service Type Description
1​ Spectroscopy (transmission/ absorption) Dependent on the characteristics of film assuming that the material is prepared
2​ Spectroscopy (transmission/ absorption) Dependent on the characteristics of film assuming that the material is prepared
3​ Reflection spectroscopy Dependent on the characteristics of film assuming that the material is prepared
4​ Reflection spectroscopy Dependent on the characteristics of film assuming that the material is prepared
5​ Photoluminescence refection spectroscopy Dependent on the material and film type
6​ Spin coating (1) Dependent on the material and film type
7​ Spin coating (2) Dependent on sample
8​ Deep coating (1) Dependent on sample
9​ Deep coating (2) Dependent on sample
10​ Evaporative coating Dependent on sample
11​ Sample preparation for coating (1) Dependent on sample
12​ Sample preparation for coating (2) Using z-scan configuration
13​ Investigation of induced anisotropy (1) Using z-scan configuration
14​ Investigation of induced anisotropy (2) Using z-scan configuration
15​ Investigation of induced anisotropy (3) Dependent on the sample and desired number of images
16​ Resistance measurement of thin films (1) Dependent on the sample and desired number of images
17​ Resistance measurement of thin films (2) Dependent on the sample and time involved
18​ Refractive index and nonlinear absorption coefficient measurement (1) Dependent on the sample and time involved
19​ Refractive index and nonlinear absorption coefficient measurement (2) Dependent on the sample
20​ Refractive index and nonlinear absorption coefficient measurement (3) Dependent on the sample
21​ Sample analysis by transmitted light microscopy (1) Dependent on the sample
22​ Sample analysis by transmitted light microscopy (2) Dependent on the sample and desired number of images
​23 Ultrasonic bath Dependent on the sample and desired number of images
​24 Ultrasonic bath Perform optical design and  specific configuration for measuring the desired parameter​​
​25 Polymeric films (1) poling Dependent on the characteristics of film assuming that the material is prepared
​26 Polymeric films (2) poling Dependent on the characteristics of film assuming that the material is prepared
​27 Polymeric films (3) poling Dependent on the characteristics of film assuming that the material is prepared
​28 Magnetic stirrer (mixer) Dependent on the characteristics of film assuming that the material is prepared
​29 Magnetic stirrer (mixer) Dependent on the material and film type
​30 Measurement of specific optical parameter of sample Dependent on the material and film type
 

 

 

Services of Laboratory of Solid-State Laser and its Applications ​ ​
No.​ Service Type Description
1​ Power measurement with laser energy Per measurement
2​ Profile registration of Laser ray Per sample
3​ Use of nanosecond pulse YAG laser with power of 200 milijoule Per hour
4​ Use of nanosecond pulse YAG laser with power of 500 milijoule Per hour
5​ Use of femtosecond laser with nanojoule energy Per hour
6​ Ordinary fiber welding Per number
7​ Fiber welding PM Per number
8​ Use of class 10, 000 clean room with the area of 20 m2 Per day
9​ Use of fiber laser with power of 50 watt Per hour
10​ Other services related to use of laser sources -
 

 

 

Services of Laboratory of Laser Spectroscopy​ ​ ​
No.​ Service Type Description
1​ Presentation of LIBS spectrum of solid samples Per sample
2​ Presentation of LIBS spectrum of liquid and gas samples Per sample
3​ Deep elemental analysis Per sample
4​ Laser pulse radiation on sample Per pulse
5​ Presentation of absorption, transmission and reflection spectrum Per sample
6​ Radiation measurement in the spectral region Per sample
7​ Presentation of Raman/LIF spectrum Per sample
 

 

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