< Author: Anthony Carter Teaching | Powell Group

Teaching

This course will be hosted via Zoom, please follow the details below.

Lecture Times:
20-04-21 Lecture Recording

27-04-21 Lecture Recording

04-05-21 Lecture Recording

11-05-21 Lecture Recording

25-05-21 Lecture Recording

01-06-21 Lecture Recording

22-06-21 Lecture Recording

29-06-21 Lecture Recording

06-07-21 Lecture Recording

Click here to join the Zoom lecture
This course will be hosted via Zoom, please follow the details below.

Lecture Times:
Apr 28, 2020 11:30
May 5, 2020 11:30
May 12, 2020 11:30
May 19, 2020 11:30
May 26, 2020 11:30
Jun 2, 2020 11:30
Jun 9, 2020 11:30
Jun 16, 2020 11:30
Jun 23, 2020 11:30
Jun 30, 2020 11:30
Jul 7, 2020 11:30
Jul 14, 2020 11:30
Jul 21, 2020 11:30
Jul 28, 2020 11:30
Aug 4, 2020 11:30
Click here to join the Zoom lecture


Lecture Slides:
Introduction to biogeochemical cycles, parts 1 & 2
Introduction to biogeochemical cycles, parts 1 & 2 open
Biogeochemical cycles – evolution part 1
Biogeochemical cycles – evolution part 1 open
Biogeochemical cycles – evolution part 2
Biogeochemical cycles – evolution part 2 open
Important Biomolecules part 1
Important Biomolecules part 1 open
Biogeochemical Cycles 2019
Biogeochemical Cycles 2019 open
Interesting Videos

Interesting Videos open
This new course will be held differently from planned due to the problems with Covid-19. We have decided to delay the start to a time where it is more likley that we will be able to hold the course in a more interactive format than an e-course can provide. The teaching time of the course will therefore be extended to take this into account. The details are as follows:
Course starts on 03.06.2020 and ends on 22.07.2020 running from 09:45 to 12:00 on Wednesdays with a "comfort break" at 10:45-11:00.
Place: Zoom: Link Here.

Course Details:
Materials based on molecular transition metal cluster building block units are discussed. The clusters are polynuclear coordination clusters (CCs) or polyoxometalates (POMs) which can be used to form hybrids. These can be discreet zero-dimensional nanoscale units or can be arranged into one, two or three dimensional networks. Hybrids include the recently identified area of POMOFs (POMs organised into Metal Organic Frameworks – MOFs) as well as giant CC-POM hybrids which use the POMs as inorganic super ligands for functional CCs.
The synthesis and properties of these materials will be discussed. In particular, functions such as catalysis, magnetic and optical properties, use as contrast agents and electrochemical properties will be described.