Frantsevych Institute for Problems of Materials Science of NAS of Ukraine is a leading center of scientific and technical developments in the field of theoretical foundations of new materials formation, technology for production and manufacture of products from these materials with special properties to meet the needs of nuclear energy, electronics, aircraft, general chemical, transport and agricultural engineering , direct conversion of energy into electrical, quantum electronics, instrument engineering, automation and other fields of technology. The Institute carries out fundamental research and technological developments in the fields of: powder metallurgy and composite materials; physical chemistry of inorganic compounds and solid chemistry; soldering of dissimilar materials; solid state physics; physics of high pressure phases; physicochemistry and technology of structural and functional ceramics; nanostructured materials. The institution has developed the scientific basis of advanced technologies for obtaining, processing and combining materials with a specified set of properties.
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31 to 40 of 51 Results
Ag2CdSnS4_Sn_4d.jpg
Ag2CdSnS4_Sn_4d.jpg
Dec 16, 2025 - Analysis of Ag2CdSnS4 Compound by X-ray photoelectron spectroscopy
JPEG Image - 654.4 KB - MD5: 8080e36e5c0e8bef91dfa6966969fc8b
DataimageSnspectra lines
Ag2CdSnS4_VB.txt
Dec 16, 2025 - Analysis of Ag2CdSnS4 Compound by X-ray photoelectron spectroscopy
Plain Text - 5.3 KB - MD5: 66c6d5d0338fc06da15ec0576a96937a
Dataspectra linesVB
Ag2CdSnS4_surv.jpg
Ag2CdSnS4_surv.jpg
Dec 16, 2025 - Analysis of Ag2CdSnS4 Compound by X-ray photoelectron spectroscopy
JPEG Image - 835.1 KB - MD5: 5444c567d2ef717f607645639f2cbf59
Dataimagespectra lines
Ag2CdSnS4_surv.txt
Dec 16, 2025 - Analysis of Ag2CdSnS4 Compound by X-ray photoelectron spectroscopy
Plain Text - 12.8 KB - MD5: c60fe00f718b704f2be4aa716bdc0063
Dataspectra lines
ReadMe_En_Ag2CdSnS4.txt
Dec 16, 2025 - Analysis of Ag2CdSnS4 Compound by X-ray photoelectron spectroscopy
Plain Text - 7.3 KB - MD5: 030b63cefd38f699ad9c323883145556
ReadMe_Ag2CdSnS4
XPS experiment dataset for crystal Tl3PbBr5
Oct 6, 2023 - UHV ANALYSIS SYSTEM Centre
O.Y. Khyzhun; N. M. Denysyuk, 2023, "XPS experiment dataset for crystal Tl3PbBr5", https://doi.org/10.48788/DVUA/IVKESW, DataverseUA, V1
The X-ray photoelectron core-level and valence-band spectra for pristine and Ar+-ion irradiated surfaces of a Tl3PbBr5 single crystal grown by the Bridgman–Stockbarger method have been measured. The present X-ray photoelectron spectroscopy (XPS) results reveal high chemical stabi...
Tl3PbBr5-4d.txt
Oct 6, 2023 - XPS experiment dataset for crystal Tl3PbBr5
Plain Text - 12.2 KB - MD5: 6c7f81d412b38f0778143498c1c81fc2
Data
contains data obtained for common 4d - electrons, uncoated surface
Tl3PbBr5-4f.txt
Oct 6, 2023 - XPS experiment dataset for crystal Tl3PbBr5
Plain Text - 7.0 KB - MD5: 63f9951cb9452a23e07ed1d7c06e0c99
Data
contains data obtained for total 4f - electrons, uncoated surface
Tl3PbBr5-Ar_4d.txt
Oct 6, 2023 - XPS experiment dataset for crystal Tl3PbBr5
Plain Text - 11.8 KB - MD5: 6cb3c04647f3580c7c808a5a0419acbd
Data
contains data obtained for total 4d - electrons, after surface treatment with argon
Tl3PbBr5-Ar_4f.txt
Oct 6, 2023 - XPS experiment dataset for crystal Tl3PbBr5
Plain Text - 7.1 KB - MD5: f8d66a2b06b8e76f9e218946a1863d3e
Data
contains data obtained for total 4f - electrons after surface treatment with argon
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