| Analysis Code | Analysis Name | Explanation | Price |
|---|---|---|---|
| 10-01-01 | TEM Analysis | The device is not available for use | |
| 10-02-01 | SEM Analysis | An average of 6 samples can be investigated in 1 hour. The samples should not contain moisture/oil. Please make an appointment for SEM (https://mamrandevu.iyte.edu.tr/). | 360TL/hr |
| 10-02-02 | EDX Analysis | An average of 6 samples can be investigated in 1 hour. The samples should not contain moisture/oil. Please make an appointment for SEM-EDX (https://mamrandevu.iyte.edu.tr/). | 432TL/hr |
| 10-02-03 | STEM Analysis | An average of 2 samples can be investigated in 1 hour. The samples should not contain moisture/oil and should be prepared on TEM grid. Please make an appointment for SEM-STEM (https://mamrandevu.iyte.edu.tr/). | 576 TL/hr |
| 10-02-04 | ESEM Analysis | An average of 3 samples can be investigated in 1 hour. Please make an appointment for SEM-ESEM (https://mamrandevu.iyte.edu.tr/). | 576 TL/hr |
| 10-02-05 | WETSTEM Analysis | Please make an appointment for SEM2 machine only Wednesday. You should contact the lecturer for sample suitability (https://mamrandevu.iyte.edu.tr/). | 720 TL/hr |
| 10-02-06 | SEM - User | People who have taken SEM training and have been granted a right to use it can make an online appointment. | 72 TL/hr |
| 10-03-01 | AFM Analysis | The sample size should be maximum 1 cm X 1 cm X 0.5 cm. The sample should not contain moisture/oil. Powder sample cannot be analyzed. Please make an appointment (https://mamrandevu.iyte.edu.tr/). | 504 TL/hr |
| 10-03-02 | Fulid Cell | The sample should be maximum 1 cm X 1 cm X 0.5 cm. The sample must be fixed to the surface. The sample should not contain moisture/oil. Powder sample cannot be analyzed Please make an appointment (https://mamrandevu.iyte.edu.tr/). | 720 TL/hr |
| 10-03-03 | Peak Force QNM | The sample size should be maximum 1 cm X 1 cm X 0.5 cm. The sample should not contain moisture/oil. Powder sample cannot be analyzed. Please make an appointment (https://mamrandevu.iyte.edu.tr/). | 1440 TL/hr |
| 10-03-04 | Indentation | The sample size should be maximum 1 cm X 1 cm X 0.5 cm. The sample should not contain moisture/oil. Powder sample cannot be analyzed Please make an appointment (https://mamrandevu.iyte.edu.tr/). | 1440 TL/hr |
| 10-04-01 | STM | The sample size should be maximum 1 cm X 1 cm X 0.5 cm. The sample should not contain moisture/oil. Samples must be conductive. Powder sample cannot be analyzed. Please make an appointment (https://mamrandevu.iyte.edu.tr/). | 1440 TL/hr |
| 10-11-01 | XRF | The sample should be at least 1 g. Particle size should be less than 100 microns. (If it is not in the desired size, the grinding option should be selected) Solid samples 32 mm or 40 mm diameter, maximum 10 mm height should be. When Fusion is desired, "Loss of Ignition" and "Fusion" pre-preparation processes should be selected. When the necessary preparation procedures are not selected, additions will be made by the expert. | 180 TL/piece |
| 10-12-01 | XRD Fast Scan Analysis (Standard), 0.08 ∘∕s , ∼17min | The amount of the sample must be the 1/4 of an eppendorf tube. Sample must be in fine powder form (100µ >). Scan range must be specified in the request form. | 144 TL/piece |
| 10-12-02 | XRD MediumScan Analysis (Standard), 0.04 ∘∕s, ∼ 33min | The amount of the sample must be the 1/4 of an eppendorf tube. Sample must be in fine powder form (100µ >) Scan range must be specified in the request form. | 168 TL/piece |
| 10-12-03 | XRD Low Scan Analysis (Standard), 0.02 ∘∕s, ∼65min | The amount of the sample must be the 1/4 of an eppendorf tube. Sample must be in fine powder form (100µ >) Scan range must be specified in the request form. | 216 TL/piece |
| 10-12-04 | Crystal Structure Analysis | XRD Analysis must have been acquired in IYTE CMR | 168 TL/piece |
| 10-14-01 | Spectrofluorometer (Solid Samples) | Laser Sources for LifeTime Measurements: EPLED - 300 ± 10 nm; EPL - 450 ± 10 nm; EPLED - 560 ± 10 nm Solid samples should be prepared as thin films. | 144 TL/hr |
| 10-14-02 | Spectrofluorometer (Liquid Samples) | Laser Sources for LifeTime Measurements: EPLED - 300 ± 10 nm; EPL - 450 ± 10 nm; EPLED - 560 ± 10 nm Amount of sample should be at least 100 μL. Liquid samples should be sent with their solvent. Samples should be sent with cuvettes. | 144 TL/hr |
| 10-15-01 | SEDIGRAPH (Analysis of Particle Size and Distribution Machine) | The sample should be at least 100 g. The solid and colloids, emulsion, dry powder and powder mass samples in a liquid with known proporties can be analyzed. | 288 TL/piece |
| 10-21-01 | TGA Analysis - up to 800 ° C, 80 min | Sample amount should be between 10-20 mg. The device reaches a maximum of 800 °C. | 288 TL/piece |
| 10-21-02 | TGA - up to 800 ° C,after 80 min | Sample amount should be between 10-20 mg. The device reaches a maximum of 800 °C. | 360 TL/piece |
| 10-21-03 | TGA Analysis - up to 1200 ° C, 120 min | Sample amount should be between 10-20 mg. The device reaches a maximum of 1200 °C. | 360 TL/piece |
| 10-21-04 | TGA Analysis - up to 1200 ° C, after 120 min | Sample amount should be between 10-20 mg. The device reaches a maximum of 1200 °C. | 432 TL/piece |
| 10-22-01 | DSC Analysis | Sample amount should be between 5-10 mg. The device works between -40 °C and 350 °C. | 288TL/piece |
| 10-23-01 | Dilatometer | The sample should have a maximum diameter of 5 mm and a height of 10-20 mm. | 240TL/piece |
| 10-31-01 | BET Analysis | Sample amount should be at least 300 mg. Degas conditions must be specified. | 336TL/piece |
| 10-31-02 | BET (Adsorption/Desorption) | Sample amount should be at least 300 mg. Degas conditions must be specified. | 504TL/piece |
| 10-32-01 | Tensile | The thickness of the samples should be 8 mm maximum. The lecturer should be contacted. | 216TL/piece |
| 10-32-02 | Compression | The lecturer should be contacted. | 216TL/piece |
| 10-32-03 | High Temperature Tensile Testing | The lecturer should be contacted. | 432TL/piece |
| 10-33-01 | Lecturer Report | It is prepared by the lecturer who is the expert of the device. | 720TL/piece |
| 10-33-02 | Faculty Member Report | It is prepared by member of teaching of IZTECH | 1440TL/piece |
| Coating | 24 TL/piece | ||
| XRF Fusion | 72TL/piece | ||
| Milling | 60TL/piece | ||
| Loss of Ignition | 72TL/piece |