X-ray diffraction (XRD) patterns for distinct hydroxyapatite samples (doi:10.48788/DVUA/KFKQMN)

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Document Description

Citation

Title:

X-ray diffraction (XRD) patterns for distinct hydroxyapatite samples

Identification Number:

doi:10.48788/DVUA/KFKQMN

Distributor:

DataverseUA

Date of Distribution:

2026-07-15

Version:

1

Bibliographic Citation:

Yevhen Kuzenko; Skydanenko Maksym; Ponomarova Liudmyla; Roman Pshenychnyi, 2026, "X-ray diffraction (XRD) patterns for distinct hydroxyapatite samples", https://doi.org/10.48788/DVUA/KFKQMN, DataverseUA, V1

Study Description

Citation

Title:

X-ray diffraction (XRD) patterns for distinct hydroxyapatite samples

Identification Number:

doi:10.48788/DVUA/KFKQMN

Authoring Entity:

Yevhen Kuzenko (Sumy State University)

Skydanenko Maksym (Sumy State University)

Ponomarova Liudmyla (Sumy State University)

Roman Pshenychnyi (Sumy State University)

Software used in Production:

Proto Control Software, PDPAnalysis

Grant Number:

0126U001407

Distributor:

DataverseUA

Access Authority:

Yevhen Kuzenko

Depositor:

Skydanenko Maksym

Date of Deposit:

2026-07-11

Holdings Information:

https://doi.org/10.48788/DVUA/KFKQMN

Study Scope

Keywords:

Chemistry, Medicine, Health and Life Sciences, X-ray Diffraction (XRD) analysis

Abstract:

This dataset comprises X-ray diffraction (XRD) patterns for 8 distinct hydroxyapatite samples. The data was collected using an AXRD Benchtop diffractometer to determine phase purity, identify crystalline phases, and calculate lattice parameters for each sample.

Kind of Data:

Raw measurement data for each of the 8 samples individually - *.xye. The *.jpeg file provides a visual comparison overlaying the X-ray diffraction (XRD) patterns of all 8 investigated hydroxyapatite samples against a standard reference pattern (from the COD / ICDD database). This comparison clearly illustrates the phase purity, the presence or absence of secondary impurity phases, and variations in the crystallinity degree (indicated by peak intensity and broadening) relative to the ideal stoichiometric hydroxyapatite standard.

Notes:

During data processing using the PDPAnalysis software, the following procedures were carried out: - Background fitting and subtraction. -Diffraction peak searching, including the determination of their exact positions and profiles. -Phase identification by matching the experimental data with the international Crystallography Open Database (COD).

Methodology and Processing

Sources Statement

Data Access

Other Study Description Materials

Other Study-Related Materials

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01 without long Soller.xye

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Powder X-ray diffraction results of hydroxyapatite synthesized in the presence of NaOH.

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02 without long Soller.xye

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Powder X-ray diffraction results of hydroxyapatite synthesized in the presence of NH4OH.

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03 without long Soller.xye

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Powder X-ray diffraction results of hydroxyapatite obtained from porcine bone.

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04 without long Soller.xye

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Powder X-ray diffraction results of hydroxyapatite obtained from bovine bone.

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05 without long Soller.xye

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Powder X-ray diffraction results of hydroxyapatite obtained from human bone diaphysis.

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06 without long Soller.xye

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Powder X-ray diffraction results of hydroxyapatite obtained from human jawbone.

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07 without long Soller.xye

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Powder X-ray diffraction results of hydroxyapatite obtained from human tooth dentin.

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08 without long Soller.xye

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Powder X-ray diffraction results of hydroxyapatite obtained from human tooth enamel.

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Comparison of all samples with the standard.jpg

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Comparison of all samples with the standard.

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README.txt

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