Coordination Polymers 1. Introducing: Coordination Polymers
Coordination polymers are a fantastically diverse class of molecular materials. Here we look at a few examples of their unique structures and properties.
More details | Watch nowCoordination Polymers 2. How to Make a Coordination Polymer
Making a coordination polymer is a complicated process with many potential variables. Here we look at the advantages of a few different synthesis methods.
More details | Watch nowCoordination Polymers 3. Studying Coordination Polymer Formation
Exploiting the unique properties of coordination polymers requires full understanding of their formation. Here we look at how in-situ x-ray diffraction helps to uncover some of the details.
More details | Watch nowIs Nano-Silicon Brittle or Ductile?
This presentation compares the mechanical properties of bulk- and nano-silicon.
More details | Watch nowAdvanced anode materials and their storage mechanisms at atomic level
The choice of material for anodes in cells is often of critical importance to their functioning. This talk looks in detail at their behaviour at the atomic level.
More details | Watch nowIn-situ studies of spin-coating
Jonathan describes the production of thin films of mixed polymers by the spin-coating method. His detection methods include the fluoro-optostrobometer.
More details | Watch nowSustainable materials: with both eyes open
One third of the world's carbon emissions are emitted by industry. Most industrial emissions relate to producing materials, and steel and cement are by far the most important contributors. The industries that make materials are energy-intensive, so h....
More details | Watch nowCarbon electronics
From structure and topology, to mechanical and electronic properties, a seemingly simple change in bonding between carbon atoms can conceive a plethora of material types. With diamond and graphite known since antiquity, better understanding of the sy....
More details | Watch nowSustainable materials: with both eyes open
Dr Julian Allwood is leader of the Low Carbon Materials Processing Group in the Department of Engineering at the University of Cambridge. One third of the world's carbon emissions are emitted by industry. Most industrial emissions relate to produci....
More details | Watch nowMaking cheaper solar cells using crisp packet technology
A demonstration of how using crisp packet manufactiring techniques can help prouduce cheaper solar energy.
More details | Watch nowSki Technology
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