Be able to explain all equations in equation booklet.
- Variables, where to use them, constraints
Exam content will be more similar to problem sheets then tutorial problems
May be crossovers between different parts (Ferroelectrics/Perovskites, etc )
There will be three questions, each one will have a main theme
- OSC
- Ferroelectrics
- Nanomaterials
- Laundau
Take a look at tutorial sheets again

Mock Exam Review

Structure should be same as previous exam
One of the question isn’t involved (liquid crystals)
Ratio of triplet/singlets (25%) seems likely to be on test
The content may be different, but marking scheme should be similar
Graph analysis?
- Characterisitc curves of different devices
- Photoelectric cells?

Tips

Time it properly, practice your timing
Make sure that you use the correct terms and jargon
- Dirac cone, Pauli blocking, etc etc

Bonus tips

This is first year with perovskites and quantum dots. So there will be question on perovskites and quantum dots
Good examples in tutorial sheets and problem sheets
3d and 2d perovskites
ion intermixing
bandgap tuning
2d perovskites
- Mix 2 topics, nano-materials and perovskites
- Calculate band shift in perovskites
- Analyze property shift between 2d and 3d
Easily expect question on OSC. At least 1 questions
- May be questions on specific devices
- Advantage/Disadvantage
- Explain how structure/composition effects properties
- twist of backbone, alkyl chains
- knowing the different architectures
- OFETS
- Sketch them, name components
- Name differences and what they are good for
- Analyze graphs, extract efficiencies and etc
What kind of semiconductor? p type, n type
Differentiate between linear and saturation regimes
Approximating mobility in linear and saturation regimes
What actually happens in real device? “Is this reasonable” type questions

Nanomaterials