Crystallography - Selected Topics

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

konwersatorium: zaliczenie ćwiczeń praktycznych lub testów pisemnych

wykład: test pisemny

ocena końcowa z przedmiotu jest średnią arytmetyczną ocen z wykładu i knwersatorium (wagi: 0.5 + 0.5)

efekty uczenia się dotyczące:

- wiedzy i umiejętności będą weryfikowane na egzaminie;

- kompetencji społecznych będą sprawdzane poprzez bieżącą ocenę odpowiedzi na pytania kontrolne;

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.

T

Lecture with elements of mutlimedial presentation

Conversatory:

1. Practical courses

2. Problem method - discussion and work in groups

Conversatory: passing practice exercises or written tests;

Lecture: final written test.

The final grade in the subject is the arithmetic mean of grades from the lecture and the conversatory (weights: 0.5 + 0.5)

1. Subject and scope of crystallography research.

2. Theory of symmetry, crystallographic notation.

3. Point and translational symmetry of crystals.

4. Methods of crystallization.

5. X-ray diffraction of crystals - the Laue's and Bragg's approaches, symmetry of the diffraction effect.

5. Crystal lattice, Bravais lattices and crystalographic systems.

6. Basic terms and laws of crystal chemistry, close packing model,

7. Stages of X-ray diffraction analysis and methods of description crystal structures.

C. Giacovazzo, HL Monaco, D Viterbo, F Scordari,G Gilli, G Zanotti M Catti - "Fundamentals of Crystallography" (1992) Oxford University Press.

IUCR websites (International Union of Crystallography):

http://reference.iucr.org/dictionary http://www.iucr.org/education/pamphlets.