Materials Today Communications

The data contains nanoindentation measurements and elliposmtric spectra.

Substitution of cobalt for calcium in hydroxyapatite resulted in CoHA with a higher effective atomic number. This study evaluated various medical imaging characteristics of round CoHA ingots in porcine phantom to demonstrate the feasibility of using CoHA ingots as a radiotherapy marker. CoHA was compressed into round ingots and then implanted into phantom of porcine liver and gelatin phantom of porcine vertebra along with three commercially available radiotherapy markers. The phantom were scanned and photographed using a routine x-ray imager, magnetic resonance imager, computed tomography (CT) imager, and ultrasound imager, respectively, followed by image analysis in ImageJ software. CoHA ingots could be clearly identified with general imaging instruments (X-ray, CT, and ultrasound) and the image size did not change. There were some metal artifacts in the magnetic resonance images. CoHA ingots can be used with most medical imaging instruments to help quickly identify the location and extent of soft-tissue tumors, and are biodegradable, that is, they can be self-absorbed by the body over time to avoid interference with follow-up disease screening

FTIR raw data used to generate Figure 5: Optical images and FTIR results for (a) electrospun fiber mats ES and (b) after folding and hot pressing HP

Ab initio calculations for heterojunctions

These are the output files for the three molecular systems namely, Tetracyanoquinodimethane (TCNQ)-σ-Pentacene, Tetracyanoquinodimethane (TCNQ)-σ-Coronene and Tetracyanoquinodimethane (TCNQ)-σ-Diphenylpentacene modeled in this study.

determination of activation energy by Arrhenius Method

Experimental data

Multihysteresis data of EPDM/S2 and NR/S with varying carbon black content.

DatainBrief

This file contains supplementary information and processed data useful for supporting the findings presented in the manuscript