Educational innovation in university levels: Crystallography and X - ray diffraction .

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Educational innovation in university levels: Crystallography and X - ray diffraction . A set of advanced seminars ( Bachelor and Master ) on the characterization of materials is offered . The information is accessible ( Spanish and English) both online and offline, from computers or mobile devices. In this way it is intended among other things to encourage independent learning of students.

Formation

$Seminars Crystallography and Diffraction$

How atoms are ordered in the lattice?
It is studied by Crystallography

How atoms are ordered in the lattice?
It is studied by Crystallography
All information needed is included in the
International Tables for Crystallography

How atoms are ordered in the lattice?
It is studied by Crystallography
Each particular structure can be
described using a given Space Group
All information needed is included in the
International Tables for Crystallography

Atoms in 3D-lattices form planes …
- Vertical

Atoms in 3D-lattices form planes …
- Vertical - Horizontal

Atoms in 3D-lattices form planes …
- Vertical - Horizontal
- and in many other directions …

Can we calculate the spacing between planes?
spacing
Atoms in 3D-lattices form planes …
- Vertical - Horizontal
- and in many other directions …

Can we calculate the spacing between planes?
spacing
Yes, we can.
Atoms in 3D-lattices form planes …
- Vertical - Horizontal
- and in many other directions …

Can we calculate the spacing between planes?
spacing
Yes, we can.
For orthogonal systems (square
angles, 90°) it is quite easy.
Atoms in 3D-lattices form planes …
- Vertical - Horizontal
- and in many other directions …

Can we calculate the spacing between planes?
spacing
Yes, we can.
For orthogonal systems (square
angles, 90°) it is quite easy.
To learn about it, see the seminar:
 Spacing in Orthogonal Systems
Atoms in 3D-lattices form planes …
- Vertical - Horizontal
- and in many other directions …

Throwing a
X-ray beam on
… and using
a detector …
Detector

$Throwing a X-ray beam on … and using a detector … Intensity Position of the detector … one gets a signal so-called diffractogramDetector B$

$Throwing a X-ray beam on … and using a detector … Intensity Position of the detector … one gets a signal so-called diffractogramDetector B Each peak is assigned to a plane of the lattice$

$Throwing a X-ray beam on … and using a detector … Intensity Position of the detector … one gets a signal so-called diffractogramDetector B Each peak is assigned to a plane of the lattice If we know the position of the peak, we can calculate the spacing between planes$

$Throwing a X-ray beam on Intensity Position of the detector Detector B If we know the spacing of all planes, then we can get the index of the planes, as well as the centering of the unit cell. … and using a detector … … one gets a signal so-called diffractogram$

$Intensity Position of the detector Detector B If we know the spacing of all planes, then we can get the index of the planes, as well as the centering of the unit cell. It is easy to do it in the cubic system. To learn about it, see the seminar:  Indexing in the Cubic System … and using a detector … … one gets a signal so-called diffractogram$

$Intensity Position of the detector Detector B Finally, if we know the width of the peaks, we can calculate the particle size, and an average of the defects in the lattice … and using a detector … … one gets a signal so-called diffractogram$

$Intensity Position of the detector Detector B Finally, if we know the width of the peaks, we can calculate the particle size, and an average of the defects in the lattice  Scherrer Equation It is easy to calculate the particle size. To learn how, see the seminar:  Williamson-Hall Equation … and using a detector … … one gets a signal so-called diffractogram$

In my Web site
you can find more resources on
Chemistry and Characterization.
DoCienTia

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Educational innovation in university levels: Crystallography and X - ray diffraction .

1. Seminars Crystallography and Diffraction

2. How atoms are ordered in the lattice? It is studied by Crystallography

3. How atoms are ordered in the lattice? It is studied by Crystallography All information needed is included in the International Tables for Crystallography

4. How atoms are ordered in the lattice? It is studied by Crystallography Each particular structure can be described using a given Space Group All information needed is included in the International Tables for Crystallography

5. How atoms are ordered in the lattice? It is studied by Crystallography Each particular structure can be described using a given Space Group All information needed is included in the International Tables for Crystallography To learn more about Space Groups, see the following Seminars:  Space Group Overview  Space Group Symbol  Getting the Table of Equivalent Positions

6. Atoms in 3D-lattices form planes …

7. Atoms in 3D-lattices form planes … - Vertical

8. Atoms in 3D-lattices form planes … - Vertical - Horizontal

9. Atoms in 3D-lattices form planes … - Vertical - Horizontal - and in many other directions …

10. Can we calculate the spacing between planes? spacing Atoms in 3D-lattices form planes … - Vertical - Horizontal - and in many other directions …

11. Can we calculate the spacing between planes? spacing Yes, we can. Atoms in 3D-lattices form planes … - Vertical - Horizontal - and in many other directions …

12. Can we calculate the spacing between planes? spacing Yes, we can. For orthogonal systems (square angles, 90°) it is quite easy. Atoms in 3D-lattices form planes … - Vertical - Horizontal - and in many other directions …

13. Can we calculate the spacing between planes? spacing Yes, we can. For orthogonal systems (square angles, 90°) it is quite easy. To learn about it, see the seminar:  Spacing in Orthogonal Systems Atoms in 3D-lattices form planes … - Vertical - Horizontal - and in many other directions …

14. Throwing a X-ray beam on

15. Throwing a X-ray beam on … and using a detector … Detector

16. Throwing a X-ray beam on … and using a detector … Intensity Position of the detector … one gets a signal so-called diffractogramDetector B

17. Throwing a X-ray beam on … and using a detector … Intensity Position of the detector … one gets a signal so-called diffractogramDetector B Each peak is assigned to a plane of the lattice

18. Throwing a X-ray beam on … and using a detector … Intensity Position of the detector … one gets a signal so-called diffractogramDetector B Each peak is assigned to a plane of the lattice If we know the position of the peak, we can calculate the spacing between planes

19. Throwing a X-ray beam on … and using a detector … Intensity Position of the detector … one gets a signal so-called diffractogramDetector B Each peak is assigned to a plane of the lattice If we know the position of the peak, we can calculate the spacing between planes To learn about it, see the seminar:  Bragg Equation

20. Throwing a X-ray beam on Intensity Position of the detector Detector B If we know the spacing of all planes, then we can get the index of the planes, as well as the centering of the unit cell. … and using a detector … … one gets a signal so-called diffractogram

21. Intensity Position of the detector Detector B If we know the spacing of all planes, then we can get the index of the planes, as well as the centering of the unit cell. It is easy to do it in the cubic system. To learn about it, see the seminar:  Indexing in the Cubic System … and using a detector … … one gets a signal so-called diffractogram

22. Intensity Position of the detector Detector B Finally, if we know the width of the peaks, we can calculate the particle size, and an average of the defects in the lattice … and using a detector … … one gets a signal so-called diffractogram

23. Intensity Position of the detector Detector B Finally, if we know the width of the peaks, we can calculate the particle size, and an average of the defects in the lattice  Scherrer Equation It is easy to calculate the particle size. To learn how, see the seminar:  Williamson-Hall Equation … and using a detector … … one gets a signal so-called diffractogram

24. In my Web site you can find more resources on Chemistry and Characterization. DoCienTia