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PDF document for free

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150536_7CSE_2a_materials_science.pdf The modules are tentative and subject to change. Please check the website regularly.

Course Package

Material

s Science - 2A

Name module Materials Science - 2A

Course Code

202000727

Educational programme BSc Chemical Science and Engineering Period First block of the second semester (block 2A)

Study load 15,5 ECTS

Coordinator L.E. Krab-Hüsken

Material Science

block 1A block 1B block 2A block 2B

Chemistry of the Biological Cell

202001554 (3 EC)

Linear Algebra for CSE

202001206 (3 EC)

Materials Science - theory and project

- Quantum Mechanics - Structure and Properties of Materials - Polymer Materials - Project

202000728 (9,5)

Required preliminary knowledge: Basic chemistry, Basic physics, Calculus, Thermodynamics, and molecular

structure. Note: this module has limited capacity. In case of much interest, students will be selected.

Please note, you need t

o register for the courses in Osiris 2 weeks before the start of the block!

202001554 - Chemistry of the Biological Cell

Please note that this course overlaps with "Biochemistry" (5 EC, 202000757). You can do either, but not both.

Proteins are the work horses of life, they are responsible for the processes that make life possible. In this

course we will discuss how proteins enable the processes of life. We will explore the fundamental principles

that allow proteins to function including protein structure and function. We will also discuss how protein

structures have evolved (and are still evolving). The function of proteins comes through their interaction

with proteins and other molecules. We will investigate how specific targets are recognized and how

interactions can result in ultrasensitive responses. Together the topics covered will give you first insights into

how proteins control biological processes. The modules are tentative and subject to change. Please check the website regularly.

202001206 - Linear Algebra for CSE

In this course, we mainly focus on systems of linear equations (linear systems). Many real -life situations can

be modeled as a linear system. Examples are networks (traffic networks, data networks, electrical networks,

etc.), economic models, chemical reactions, cryptography (coding of messages), scheduling, computer graphics, GPS.

Linear Algebra starts with an introduction of linear systems which will be described using a (coefficient-

)matrix. Already in the first week we learn how to solve linear systems systematically, using a row reduction

technique on the coefficient matrix.

In the second week we focus on operations vectors and matrices, such as addition, multiplication, inverse

and transpose. These operations are a fundamental issue in Linear Algebra.

In the third week we deal with sets of vectors with very nice properties: subspaces. It turns out that the

properties of subspaces can tell us a lot about the structure of solution sets of linear systems. Here the concepts of linear combination, linear independence, basis and dimension play an important role.

In the fourth week we introduce the concept of determinant of a square matrix. We explore its properties

and show some interesting interpretations.

The fifth week will be about eigenvectors and eigenvalues of a square matrix. These concepts play a crucial

role in discrete dynamical systems, which arise in many scientific fields. Finally, in the last week, we examine linear transformations and their properties. Some well-known applications in geometry will be treated as well. Much emphasis is laid on the relations among the various concepts. A case study may be implemented in each program, to become acquainted with applications of Linear

Algebra.

202000728 - Materials Science - theory and project

Matter and materials are the central themes in this module: from fundamental quantum matter of which

properties are ruled by the laws of quantum mechanics, via atoms, bonds between atoms, to larger

microscopic and macroscopic structures with mechanical and electrical properties that are used everywhere

in our society. An introduction to quantum mechanics and the quantum chemical description of atoms and molecules is given.

This is complemented by lectures on materials science, in which the structure of materials is described and

discussed, from individual atoms, to unit cells, to microstructures on larger mesoscopic and macroscopic

length scales.

The main mechanical and electrical properties that emerge from this microstructure are also discussed.

Because of the importance of polymers for chemical engineers, their properties are discussed in a series of

lectures. In the Project Materials for Energy all gained knowledge from the theoretical lecture series is

applied in a literature survey on a materials-related topic in the field of energy harvesting, production,

storage, or a closely related area.