0587727 - FZÚ DATA Vědecká data      2024
Tesař, Karel - Luňáčková, J. - Jex, M. - Žaloudková, Margit - Vrbová, R. - Bartoš, M. - Klein, P. - Vištejnová, L. - Dušková, J. - Filová, Elena - Sucharda, Zbyněk - Steinerová, Marie - Habr, Stanislav - Balík, Karel - Singh, A.

OpenData Tesar JMA 12(6) 2024.

Popis: The data provides some numerical values to the graphs and figures in the article: K. Tesar et al., In vivo and in vitro study of resorbable magnesium wires for medical implants: Mg purity, surface quality, Zn alloying and polymer coating, Journal of Magnesium and Alloys 12(6) (2024) 2472-2488. More details are available in the README.txt file.
Klíčová slova: EDS spectra * in vitro data * cell numbers * tensile data
Obor OECD: Biomaterials (as related to medical implants, devices, sensors); Biomaterials (as related to medical implants, devices, sensors) (FGU-C)
DOI: https://doi.org/10.57680/asep.0587727
Handle: https://hdl.handle.net/11104/0354832
Vkladatel: admin
Datum publikování: 19.7.2024
 
Publikace ASEP:
In vivo and in vitro study of resorbable magnesium wires for medical implants: Mg purity, surface quality, Zn alloying and polymer coating

0587552 - FZÚ DATA Vědecká data      2024
Thapliyal, K. - Peřina, J. - Haderka, O. - Michálek, Václav - Machulka, Radek

Data for plots in Experimental photon addition and subtraction in multi-mode and entangled optical fields (Optics Letters (2024)).

Popis: The files are related to the manuscript „Experimental photon addition and subtraction in multi-mode and entangled optical fields“ (submitted to Optics Letters (2024)). Detailed description is contained in the file Description.txt that is included in the dataset.
Klíčová slova: quantum optics * nonclassical states of light * entanglement * photons * quantum correlation
Obor OECD: Optics (including laser optics and quantum optics)
DOI: https://doi.org/10.57680/asep.0587552
Handle: https://hdl.handle.net/11104/0354687
Vkladatel: admin
Datum publikování: 11.7.2024
 

0587383 - FZÚ DATA Vědecká data      2024
Vaněček, Vojtěch - Král, Robert - Křehlíková, Kateřina - Kučerková, Romana - Babin, Vladimir - Zemenová, Petra - Rohlíček, Jan - Málková, Zuzana - Jurkovičová, Terézia - Nikl, Martin

Li2MnCl4_Vanecek_et_al.zip.

Popis: All data are stored in compresed .zip file called "Li2MnCl4_Vanecek_et_al.zip". Descriptive names are used for each file. Images are stored as ".png" files. Data are sored as tab delimeted text files ".txt".
Following files are contained in "Li2MnCl4_Vanecek_et_al.zip":
Abs_Li2MnCl4_Ce.txt - two column (xy type) absorption data for Li2MnCl4:Ce sample
Abs_Li2MnCl4_Eu.txt - two column (xy type) absorption data for Li2MnCl4:Eu sample
Abs_Li2MnCl4_undoped.txt - two column (xy type) absorption data for undoped Li2MnCl4 sample
Fig_1.png - portable network graphic file with collage of photos of as-gwon crystals and respective cut and polished samples
Fig_9_PL_decay_Li2MnCl4_Eu_ex_339nm_em_405nm.txt - photoluminescence decay kinetics data for Li2MnCl4:Eu measured with excitation wavelength of 339 nm and emission wavelength of 405 nm. Instrument response function and result of convolutional fitting are included in columns 1-2 and 5-6 respectively.
PLE_Li2MnCl4_Ce_em_670nm.txt - two column (xy type) photoluminescence exitation spectra for Li2MnCl4:Ce sample measured with emission wavelength of 670 nm
PLE_Li2MnCl4_Ce_em_770nm.txt - two column (xy type) photoluminescence exitation spectra for Li2MnCl4:Ce sample measured with emission wavelength of 770 nm
PLE_Li2MnCl4_Eu_em_410nm.txt - two column (xy type) photoluminescence exitation spectra for Li2MnCl4:Eu sample measured with emission wavelength of 410 nm
PLE_Li2MnCl4_Eu_em_670nm.txt - two column (xy type) photoluminescence exitation spectra for Li2MnCl4:Eu sample measured with emission wavelength of 670 nm
PLE_Li2MnCl4_Eu_em_770nm.txt - two column (xy type) photoluminescence exitation spectra for Li2MnCl4:Eu sample measured with emission wavelength of 770 nm
PLE_Li2MnCl4_undoped_em_620nm.txt - two column (xy type) photoluminescence exitation spectra for undoped Li2MnCl4 sample measured with emission wavelength of 620 nm
PL_Li2MnCl4_Ce_ex_330nm.txt - two column (xy type) photoluminescence emission spectra for Li2MnCl4:Ce sample measured with excitation wavelength of 330 nm
PL_Li2MnCl4_Ce_ex_370nm.txt - two column (xy type) photoluminescence emission spectra for Li2MnCl4:Ce sample measured with excitation wavelength of 370 nm
PL_Li2MnCl4_Ce_ex_450nm.txt - two column (xy type) photoluminescence emission spectra for Li2MnCl4:Ce sample measured with excitation wavelength of 450 nm
PL_Li2MnCl4_Eu_ex_280nm.txt - two column (xy type) photoluminescence emission spectra for Li2MnCl4:Eu sample measured with excitation wavelength of 280 nm
PL_Li2MnCl4_Eu_ex_340nm.txt - two column (xy type) photoluminescence emission spectra for Li2MnCl4:Eu sample measured with excitation wavelength of 340 nm
PL_Li2MnCl4_Eu_ex_445nm.txt - two column (xy type) photoluminescence emission spectra for Li2MnCl4:Eu sample measured with excitation wavelength of 445 nm
PL_Li2MnCl4_undoped_ex_330nm.txt - two column (xy type) photoluminescence emission spectra for undoped Li2MnCl4 sample measured with excitation wavelength of 330 nm
PL_Li2MnCl4_undoped_ex_370nm.txt - two column (xy type) photoluminescence emission spectra for undoped Li2MnCl4 sample measured with excitation wavelength of 370 nm
PL_Li2MnCl4_undoped_ex_420nm.txt - two column (xy type) photoluminescence emission spectra for undoped Li2MnCl4 sample measured with excitation wavelength of 420 nm
PL_Li2MnCl4_undoped_ex_450nm.txt - two column (xy type) photoluminescence emission spectra for undoped Li2MnCl4 sample measured with excitation wavelength of 450 nm
RL_BGO_reference_PMT.txt - two column (xy type) radioluminescence spectra for Bi4Ge3O12 reference sample measured with photomultiplier tube as photodetector
RL_Li2MnCl4_Ce_CCD.txt - two column (xy type) radioluminescence spectra for Li2MnCl4:Ce sample measured with chrage coupled device as photodetector
RL_Li2MnCl4_Ce_glued.txt - two column (xy type) numerically glued (photomultiplier tube and chrage coupled device) radioluminescence spectra for Li2MnCl4:Ce sample
RL_Li2MnCl4_Ce_PMT.txt - two column (xy type) radioluminescence spectra for Li2MnCl4:Ce sample measured with photomultiplier tube as photodetector
RL_Li2MnCl4_Eu_CCD.txt - two column (xy type) radioluminescence spectra for Li2MnCl4:Eu sample measured with chrage coupled device as photodetector
RL_Li2MnCl4_Eu_glued.txt - two column (xy type) numerically glued (photomultiplier tube and chrage coupled device) radioluminescence spectra for Li2MnCl4:Eu sample
RL_Li2MnCl4_Eu_PMT.txt - two column (xy type) radioluminescence spectra for Li2MnCl4:Eu sample measured with photomultiplier tube as photodetector
RL_Li2MnCl4_undoped_CCD.txt - two column (xy type) radioluminescence spectra for undoped Li2MnCl4 sample measured with chrage coupled device as photodetector
RL_Li2MnCl4_undoped_glued.txt - two column (xy type) numerically glued (photomultiplier tube and chrage coupled device) radioluminescence spectra for undoped Li2MnCl4 sample
RL_Li2MnCl4_undoped_PMT.txt - two column (xy type) radioluminescence spectra for undoped Li2MnCl4 sample measured with photomultiplier tube as photodetector
XRPD_Li2MnCl4_Ce.txt - two column (xy type) X-ray powder diffraction data for Li2MnCl4:Ce sample
XRPD_Li2MnCl4_Eu.txt - two column (xy type) X-ray powder diffraction data for Li2MnCl4:Eu sample
XRPD_Li2MnCl4_undoped.txt - two column (xy type) X-ray powder diffraction data for undoped Li2MnCl4 sample

Klíčová slova: x-ray diffraction * absorption * steady state photoluminescence * photoluminescence kinetics * radioluminescence
Obor OECD: Condensed matter physics (including formerly solid state physics, supercond.)
DOI: https://doi.org/10.57680/asep.0587383
Handle: https://hdl.handle.net/11104/0354572
Vkladatel: admin
Datum publikování: 3.7.2024
 

0587258 - ÚVGZ DATA Vědecká data      2024
Vítek, Petr

Ramanova spektra extremofilních řas.
[Raman spectra of extremophile algae.]

Popis: Surová spektroskopická data z programu WIRE 3.X. (1) soubor bodových Ramanových spekter a (2) soubor Ramanovského mapování.
[Raw spectroscopic files from WIRE 3.X software. (1) A set of single Raman spectra, and (2) Raman imaging data file.]
Klíčová slova: Raman * spectroscopy * imaging
Obor OECD: 1. Natural Sciences
DOI: https://doi.org/10.57680/asep.0587258
Handle: https://hdl.handle.net/11104/0354504
Vkladatel: Vítek, Petr
Datum publikování: 27.6.2024
 

0586898 - FZÚ DATA Vědecká data      2024
Remeš, Zdeněk - Babčenko, Oleg - Jarý, Vítězslav - Beranová, Klára

Dataset for Enhanced photoluminescence of plasma treated recycled glass particles.
Verze 2      

Popis: Figure 1. Recycled soda-lime glass powder is a sustainable material that is also often considered as a filler in cement-based composites. The changes in the surface properties of the glass particles due to the treatments were analyzed by X-ray photoelectron spectroscopy (XPS) and optical spectroscopy. We have found, that there is a relatively high level of carbon contamination on the surface of glass particles (around 30 at.%), so plasma technology and thermal annealing were tested for the surface cleaning. Room temperature plasma treatment was not sufficient to remove carbon contamination from the surface of recycled glass particles.
Instead, the room temperature plasma treatment of recycled soda-lime glass particles leads to a significant enhancement of their room temperature photoluminescence (PL) by increasing the intensity and accelerating the decay of the photolu-minescence. The enhanced blue PL after room temperature plasma treatment was attributed to the presence of carbon contamination on the glass surface and associated charge surface and interfacial defects and interfacial states. Therefore, we propose blue photoluminescence under UV LED as a fast and inexpensive method to indicate carbon contamination on the surface of glass particles.

Figure 2. The normalized FTIR absorbance spectra measured in FTIR spectrometer with ATR accessory after low pressure plasma treatment at room temperature (a) and at 500°C (b).

Figure 3. IR Raman spectra measured in FTIR spectrometer with 1064 nm laser excitation after low pressure plasma treatment at room temperature (a) and at 500°C (b).

Figure 4. C 1s (a), and O 1s (b) XPS spectra (from top to bottom) for the “As received” sample, the samples treated in H2, O2, and N2 plasma at room temperature, annealed in H2, O2, and N2 atmosphere at 500°C, and annealed in H2, O2, and N2 plasma at 500°C. Dots represent measured data, black lines results of fits, colored lines fitting components. Peaks shaded by grey originate from carbon-oxygen contamination.

Figure 5. Ratio of selected components derived from fitting XPS spectra. We use following labels for simplification: BO: Si-O-Si bridging oxygen, NBO: Si-O-M non-bridging oxygen, H2O: oxygen from hydrous species bound to silicon (H2O, Si-OH), CO: carbon-oxygen contaminations (C-O(H), C=O, COOH), C: atomic concentration of carbon normalized to 1. The absolute uncertainty was esti-mated to be of ± 0.2 and not included in the graph for better clarity. It should be noted that a sub-stantial portion of the uncertainty is given by a systematic approach of data analysis (same in all cases) resulting in high reliability of data trends.

Figure 6. PL spectra of treated glass powder oxygen plasma. “RT plasma”, resp. “500°C plasma” represents the PL spectra measured after room temperature, resp. 500°C O2 plasma treatment, The PL spectra of as received and annealed at 500°C in O2 atmosphere (no plasma) glass powder were added for comparison.

Figure 7. PL spectra of room temperature H2 plasma treated glass powder using sinusoidal UV LED excitation at frequency of 100 kHz (a). The curve with error bars corresponds to the spectrally re-solved mean PL decay time τ calculated from the phase shift between the excitation and the emis-sion spectra. The time resolved PL emission measured by TCSPC at 450 nm is shown in (b). The instrumental response function measured at the excitation pulse wavelength (excitation pulse shape) and fitted curve were added for comparison. All measurements were done at RT.

Popis změny dat: A .tif file called Figure 1 was added to the dataset.
Klíčová slova: recycling * silicon dioxide * glass * plasma * annealing * photoluminescence * Raman spectroscopy * X-ray photoelectron spectroscopy
Obor OECD: Condensed matter physics (including formerly solid state physics, supercond.)
DOI: https://doi.org/10.57680/asep.0586898
Handle: https://hdl.handle.net/11104/0354272
Vkladatel: admin
Datum publikování: 18.6.2024