Name of course:
Nanoscale self-assembly and micro- and nanopatterning
Coordinator of course:
prof. dr hab. inż. J.Lewiński
Type of course:
Optional
Level of education:
Second cycle studies
Programme:
Technologia Chemiczna
Group of courses:
Obieralne
Code of course:
Nominal semester:
3 / AY 2019/2020
Number of ECTS credits:
1
Number of hours of student’s work to achieve learning outcomes:
1. godziny kontaktowe 15h, w tym: a) obecność na zajęciach - 15 h 2. zapoznanie się z literaturą - 15 h 3. przygotowanie się do egzaminu i obecność na egzaminie - 15h Razem nakład pracy studenta: 15h+15h+15h=45 h, co odpowiada 1 punktowi ECTS.
Number of ECTS credits on the course with direct participation of academic teacher:
1. obecność na wykładach 15 h, Razem: 15 h, co odpowiada 1 punktom ECTS.
Language of course:
english
Number of ECTS credits on practical activities on the course:
Planowane zajęcia nie mają charakteru praktycznego (0 punktów ECTS).
Form of didactic studies and number of hours per semester:
  • Lecture15h
  • Exercise type of course0h
  • Laboratory0h
  • Project type of course0h
  • Computer lessons0h
Preliminary requirements:
-
Limit of students:
-
Purpose of course:
The aim of the lecture is to familiarize students with the novel techniques in preparation of nanoscale devices.
Contents of education:
MICRO AND NANOPATTERNING: -Micro-contact printing and related techniques. -Nanolithography, dip-pen, nanoskiving, and others. NANOSCALE SELF-ASSEMBLY: -Forces between nanoscale objects –from van der Waals to exclusion forces. -Examples of nanoscale self-assemblies: DNA-nanoparticle crystals, crystals of “nanoionics particles”, metastable nanoparticle assemblies, supraspheres, etc. THE FUTURE OF NANOSCIENCE: -Nanosystems – can nanotechnology approach the complexity of life? -The basics of reaction-diffusion processes in biology and in nanomaterials -Molecular machines.
Methods of evaluation:
Egzamin pisemny
Exam:
no
Literature:
-
Website of the course:
ch.pw.edu.pl
Notes:
-

Effects of education