Rp 350.000
SERVICE DESCRIPTION | Analysis using XRF was carried out based on the identification and enumeration of characteristic x-rays that occurred from the photoelectric effect event. The photoelectric effect occurs because the electrons in the target atom (sample) are exposed to…
- Laboratorium Karakterisasi Lanjut Kimia Maju II
- KST Serpong (Bacharuddin Jusuf Habibie)
Gedung 456 KST BJ Habibie, Tangerang Selatan, Banten 15314 - 08119811561
- labkarserpong@brin.go.id
Marketing Office
Deputi Bidang Infrastruktur Riset dan Inovasi BRIN
layanan_sains@brin.go.id
Analysis using XRF was carried out based on the identification and enumeration of characteristic x-rays that occurred from the photoelectric effect event. The photoelectric effect occurs because the electrons in the target atom (sample) are exposed to high-energy rays (gamma radiation, x-rays). If the light energy is higher than the binding energy of electrons in the orbit of K, L or M of the target atom, the electron of the target atom will come out of its orbit. Thus the target atom will experience an electron vacuum. This electron vacuum will be filled by electrons from the outer orbitals followed by the release of energy in the form of x-rays. The x-ray produced is a combination of a continuous spectrum and a specific energy spectrum (discreet) originating from the target material which is hit by electrons. The characteristic x-rays produced from the event are captured by the semi-conductor detecto
X-Ray Fluorescence (XRF) is similar to XRD but the difference is the fluorescence used for analysis. A mining material, simply made homogeneous by grinding and compacting or melting, is printed into a kind of bead or like a coin so, of course with certain weighing. XRF is more accurate than quantitative XRD / amount. XRF can provide data in both elemental and oxide forms. The analysis is also relatively fast because it is simultaneous (several elements or oxides can be analyzed at once in one run). The cost is relatively cheap too. The drawback: can not be analyzed for elements or oxides in low levels (<0>
More info:
https://wa.me/628119811561
Additional information:
- Samples that have been tested will be stored in the laboratory for a maximum of 3 months.
- Samples not taken within this time will be destroyed
- Maximum payment time is one month (1 month) after the Billing Code is issued
Application Requirements:
X-Ray Fluorescence (XRF) is similar to XRD but the difference is the fluorescence used for analysis. A mining material, simply made homogeneous by grinding and compacting or melting, is printed into a kind of bead or like a coin so, of course with certain weighing. XRF is more accurate than quantitative XRD / amount. XRF can provide data in both elemental and oxide forms. The analysis is also relatively fast because it is simultaneous (several elements or oxides can be analyzed at once in one run). The cost is relatively cheap too. The drawback: can not be analyzed for elements or oxides in low levels (<0>
More info:
https://wa.me/628119811561
Additional information:
- Samples that have been tested will be stored in the laboratory for a maximum of 3 months.
- Samples not taken within this time will be destroyed
- Maximum payment time is one month (1 month) after the Billing Code is issued
Application Requirements:
- Photo
- Other Supporting File
| File Name | File Size | |
|---|---|---|
| Service SOP file | 0.15 MB | |
| Template Photo | 0 MB | |
| Template Other Supporting File | 0 MB |
