Yes , search the JCPDS card number . For example .JCPDS card 19-0629 issued by the International Powder Union.

The XRD operator is providing me the ICDS card number. But in different research article different card number JCPDS is mentioned along with different peaks. So which one to go with.

Dear Abhishek,

please first of all read about the basics of x-ray diffraction .....

There is a lot in the internet....

and second please read about iron oxide nano particles....

for example: Article Synthesis, Characterization and Applications of Iron Oxide N...

Good luck

Analysis of XRD curves with X-pert software is done.

In this software, you can select the best curve of the pattern that is fixed with your curve by searching for the elements in it (Fe, O). By referring to its card, you can see crystal plates and template specifications.

In general, for the same material, the wider peak has the smaller crystalline size.

The longer peaks introduce the movement of material from Amorphous towards crystallization.

Mam I have searched the elements in the software provided by the XRD operator (given by Panalytics) but the elements being shown in some of the samples were very complex means it was showing Fe with some other elements attached with it not purely FE3O4, FeOOH etc.This may be due to presence pf plant extract having different components in it.

Besides this I have got pure Fe in some of my samples with some reference number of ICDS.

But I would like to ask does the software shows the presence of Fe3O4, FeOOH etc. I have tried by putting restriction in software.

Actually we dont't have enough idea to operate software here in our institute so getting the problems.

Dear Abhishek,

according to your explanations above your sample system seems to keep not only iron oxide nano particles but also some other material.

You may share a more detailed description of your sample system and you may share some of the diffraction pattern.

So we could perhaps comment on that in more detail and give hints to you.

Dear Abhishek,

I think for beginners it may be a little difficult to analyze the XRD data. But it is very simple. With more study and experience, you will be friendly with this powerful and most essential characteristics tool. I would like to suggest you to read some basic things which would be very helpful to you. Please follow the below link.

http://prism.mit.edu/xray/Introduction%20to%20XRPD%20Data%20Analysis.pdf

As per your question, it is true for different phases iron oxide different XRD peaks you can observe.

For analysis of XRD the most widely used procedure is,

1. 1st do the XRD and get the .txt, or .csv file and try to plot in Origin software

2. Next, try to find the JCPDS standard card number for your material [Magnetite nanoparticles (JCPDS card no. 00-001-1111)]

3. Try to match the peak position in your origin file and find the planes (hkl)

Hope it helps you…

Is it possible to send a pattern of your samples?

Hope the attached article helps you.

https://www.sciencedirect.com/science/article/pii/S0921883117304260

Dear Abhishek All of aformentioned informations are suitable. However, I like to explain in follow my approach. First of all, for iron oxide, there are different phases involve F2O3, FeO and Fe3O4. These phases have different XRD patterns. Besides, with attention to production technigue, other impure phases can be available in final products such as Fe and FeOH. Furthermore, calibration of XRD equipments can be little different in different organizations that results in little XRD shift for phases. Finally the bigest problem is related to exsistance of different phases and their patterns in final synthesized product. Thus, knowledge of nanoscience and XRD of materials is necessary. You can see part of my approaches and data analysis in my published papers in powder technology, fracture mechanic, powder metallurgy and materials characterization journals for your promotion. References of my published papers also are very useful. Thanks for your attention

I agree with Mohammad Rahaei.

Also, you can find your answer and detect the formed phase by comparing your results (obtained XRD patterns) by JCPDS card numbers.

You must find the JCPDS card numbers of various possible form ( F2O3, FeO and Fe3O4 ) then compare them by your results.