(in Polish) Studia stacjonarne II stopnia - przedmioty do wyboru (course group defined by Faculty of Chemistry)

• Laboratory - 45 hours
• Lecture - 15 hours

The block is a continuation of the subject Chemia obliczeniowa or Modelowanie molekularne metodami chemii kwantowej.

• Laboratory - 45 hours
• Lecture - 15 hours

• Laboratory - 45 hours
• Lecture - 15 hours

(in Polish) W ramach przedmiotu prowadzone są następujące zajęcia:

- wykład 15 godz.

- laboratorium 45 godz.

Przedmiot ma na celu przekazanie podstawowej wiedzy na temat otrzymywania i charakterystyki nanomateriałów otrzymywanych metodami mokrymi.

• Tutorial - 30 hours
• Lecture - 30 hours

The main aim of the lecture is to familiarize students with the following topics:

I. Elements of Theoretical Mechanics.

II. Elements of Statistical Thermodynamics.

III. Fundamentals of non-relativistic and relativistic quantum mechanics.

IV. Theoretical foundations of atomic spectroscopy.

V. Interaction of nuclear radiation with matter.

• Laboratory - 45 hours
• Lecture - 15 hours

• Laboratory - 45 hours
• Lecture - 15 hours

Familiarization with selected aspects of modern chemical technologies, including the principles of rational use of raw materials and energy, as well as comprehensive management of industrial waste based on selected processes in the field of inorganic technology. The classes also cover topics related to sustainable development, introducing the principles of "green chemistry" to industrial practice and producing energy from renewable sources. The course includes study trips to industrial plants, the aim of which is to familiarize students with the technological process and the implemented pro-ecological solutions.

• Laboratory - 50 hours
• Lecture - 10 hours

The subject of the course is micro- and nanocomposites obtained on the basis of various carriers, such as: TiO2 nanoforms, TiO2 powder, Al2O3 and carbon nanotubes, using coordination compounds of the elements of groups 10 and 11.

The lecture aims to familiarize students with the discussed topics to a degree that allows them to accurately understand and explain the issues raised during the workshop.

The implementation of the laboratory part of the course will include:

1. synthesis of complex compounds of elements of groups 10 and 11 and their spectroscopic characteristics.

2. preparation of carriers, e.g. TiO2 nanoforms

3. obtaining micro- and nanocomposites of carriers with coordination compounds using chemical and physical methods

4. Characterization of the obtained composites using SEM / EDX, AFM, TEM microscopy and IR (DRIFT and ATR) and Raman spectroscopic methods.

5. Testing the luminescent and photocatalytic properties of the obtained composite materials.

• Laboratory - 45 hours
• Lecture - 15 hours

Organic computational chemistry is an extension of basic organic chemistry course. The aim of this course is to demonstrate the rules governing the properties and reactivity of organic molecules with simple tools of computational chemistry in order to make the understanding of organic chemistry easier. After this course the student will be able to predict the direction of basic organic reactions and solve the organic chemistry problems demanding applications of computational chemistry tools. The 3D molecular models are used and the main topics cover among others the factors influencing the stability of organic compounds, prediction of the reactivity, aromaticity indexes, presence of heteroatoms and substituent effect on the molecular properties, tautomeric equilibrium and investigation of organic reaction paths on the example of pericyclic reactions.

• Laboratory - 40 hours
• Lecture - 20 hours

The aim of the course is to acquaint students with the basic methods of processing polymeric materials and research on the mechanical and physical properties of polymers.

• Laboratory - 45 hours
• Lecture - 15 hours

• Laboratory - 45 hours
• Lecture - 15 hours

The course includes the following classes:

- lecture 15 hrs.

- laboratory 45 hrs.

The subject is to provide basic knowledge in the field of generally understood bromatology. In addition, as part of the laboratory, students independently carry out exercises in food products analysis.

• Laboratory - 40 hours
• Lecture - 20 hours

The main goal of the course is to discuss the basic methods of polymer synthesis (polyaddition and polycondensation) of the basic groups of polymers such as polyesters, polyamides, polyolefins, polyurethanes, with particular emphasis on the most popular representatives of the groups mentioned. During the workshop, he will carry out polymer synthesis reactions, taking into account the kinetics of processes, which will allow to expand the knowledge necessary for the technologist's work. In addition, the student will learn the basic terms concerning the characteristics of polymers in a solution, i.e. types of average molecular weights and their meaning, degree of polydispersity, sizes of polymer chains, and intrinsic viscosity. Thephysicochemicalpropertiesofpolymerswillbepresented taking into account the division into neutral polymers and polyelectrolytes. Researchonrheologicalpolymers. Theissuesdiscussedduringthelecturewillthenbethesubjectoflaboratoryclassescarriedoutaspartofthissubject.