Services

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​