Carbon Materials Preparation and Properties

Chemia fizyczna

Analiza instrumentalna

Chemia stosowana i materiałów

Podstawy chemii kwantowej

Chemia organiczna

Czas poświęcony na pracę indywidualną studenta (30 godz.):

- przygotowanie do laboratorium – 20 godz.

- konsultacje i praca z nauczycielem akademickim – 10 godz.

Student:

W1: knows the advanced techniques used in chemical processes – K_W13

W2: knows and understands the theoretical background of various analytical methods and their use in the interpretation of measurement results – KW_12

W3: knows the basic concepts and research methods of modern chemistry of carbonaceous materials – KW_10

W4: knows the principles of proper planning of the experiment and verify the validity of the result – KW_09

Student:

U1: is able to evaluate the conditions of synthesis and modification of carbons, K_U04

U2: interprets the results of the experiments – K_U03, K_U08

U3: can prepare the workplace and plan the process of synthesis – K_U06

U4: has the ability to perform measurements of key chemical properties and is able to develop the experimental results – K_U06

Student:

K1: recognizes the relationship between phenomena and correctly draw conclusions – K_K01

K2: is focused on how to best performance of his duties – K_K03

K3: is focused on acquiring new knowledge, skills and experience – K_K02, K_K05

K4: knows the limits of his own knowledge and abilities – K_K01, K_K05, K_K09

K5: working systematically – K_K06

K6: student establishes cooperation in group – K_K02

Teaching methods searching:

- laboratory:

Student performs tasks, independently, after preparing, basing on the available instructions and recommended literature

Based on the observations and the results of measurements, student writes the appropriate equations, performs calculations, and draws conclusions.

- laboratoryjna

Course consists of a specialized laboratory. Its The aim is to familiarize students with the methods used at the nanoscale for novel carbonaceous materials, which are now becoming one of the basic methods of modern engineering materials.

Treści programowe laboratorium:

1. Functionalization of CNTs (Oxidation, Decoration with proteins, Decoration with other large molecules)

2. Acid-base properties of the surface of carbon materials (TPD, propan-2-ol decomposition, NH3 adsorption)

3. CNT synthesis

4. Graphene synthesis

5. NOx removal over the carbon and carbon-supported catalysts

6. Removal of S-containing compounds over carbonaceous materials

7. Synthesis and properties of „hydrothermal carbons”

8. Synthesis and properties of CNT Based Composites

Literatura podstawowa:

1. W. Przygocki, Fulereny i nanorurki, Wyd, Naukowo-Techniczne, 2001.

2. A. Huczko, Nanorurki węglowe – czarne diamenty XXI wieku, BEL, 2004.

3. P.J.F. Harris, Carbon Nanotube Science: Synthesis, Properties and Applications, Cambridge University Press, 2009

Literatura uzupełniająca:

1. R. Setton et al., Carbon Molecules and Related Materials, Taylor, Londyn, 2002.

2. H. Marsh, F. Rodriguez – Reinoso, Sciences of Carbon Materials, Alicante, 2000.

3. P.J.F. Harris, Carbon Nanotubes and Related Structures. New Materials for the Twenty-First Century, Cambridge University Press, 1999.

K_W09, K_W10, K_W12, K_W13

K_U03, K_U04, K_U06, K_U08

K_K01, K_K02, K_K03, K_K05, K_K06, K_K09,

Grading based on:

- prepared reports based on the results of independently conducted tasks

Threshold required to assess:

- dostateczną: 50 -60 %

- dostateczną plus: 61 – 65 %

- dobrą: 66 – 75 %

- dobrą plus: 76 – 80 %

- bardzo dobrą: 81-100 %

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