Integrating spectrophotometric and XRD analyses in the investigation of burned dental remains.

@article{Rahmat2020IntegratingSA,
  title={Integrating spectrophotometric and XRD analyses in the investigation of burned dental remains.},
  author={Rabiah A. Rahmat and Melissa A. Humphries and Jeremy J. Austin and Adrian M. T. Linacre and Mark D. Raven and Peter Self},
  journal={Forensic science international},
  year={2020},
  volume={310},
  pages={
          110236
        }
}
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References

SHOWING 1-10 OF 71 REFERENCES

Evaluation of crystalline indexes obtained through infrared spectroscopy and x-ray diffraction in thermally treated human tooth samples.

Understanding the Crystallinity Indices Behavior of Burned Bones and Teeth by ATR-IR and XRD in the Presence of Bioapatite Mixed with Other Phosphate and Carbonate Phases

We have critically investigated the ATR-IR spectroscopy data behavior of burned human teeth as opposed to the generally observed behavior in human bones that were subjected to heat treatment, whether

Spectrophotometric analysis of color changes in teeth incinerated at increasing temperatures.

The Potential of X‐Ray Diffraction in the Analysis of Burned Remains from Forensic Contexts *

TLDR
The experimental results from the 57 human bone sections and 12 molar teeth determined that the growth of hydroxylapatite crystallites is a direct and predictable function of the applied temperature, which follows a nonlinear logistic relationship.

Thermal stability of mineralized and demineralized dentin: a differential scanning calorimetric study.

TLDR
Findings indicated that the thermal stability of collagen in dentin is lower than collagen in uncalcified connective tissue, and it is suggested that in calcified collagen, the apatite crystallites may have intruded into spaces of the cross links of intra- and inter-fibrils, and in so doing, destroyed the crosslinks.

Influence of Heating Regimes on Dimensional and Colorimetric Changes of Teeth

...