Refine search results

All    Any    Exact phrase

Search hint

All - search for events containing all entered keywords

Any - search for events containing any, some, or all of the entered keywords

Exact phrase - search for events where keywords appear exactly as entered





Within of post code (UK Only)

Login for more refinement options

Photovoltaic materials and solar cells made using inorganic materials


Image of three blue heads in profile on grey background

Solar cells - principles of operation, the main designs and methods of fabrication

Date and Time

04 February 2013 - 18:15-20:00


Newcastle, United Kingdom - icon_popup  (See map)


Organised by the Northumbria local network.

About this event

After a brief historical introduction and a discussion of the principles of operation of solar cells, the main designs and methods of fabrication of commercially available solar cells are discussed. The different technologies included are solar cells made using crystalline silicon, multi-crystalline silicon and the III-V compounds, and thin film devices made using hydrogenated amorphous silicon, microcrystalline silicon, cadmium telluride and copper indium gallium diselenide. Advanced cell designs for producing high efficiencies are also discussed including multi-junction devices, intermediate bandgap cells, up/down converter type cells, hot carrier cells and micro-antennae solar cells. The applications of the different cell types are also discussed.

Professor Miles is a Professor of Physics at Northumbria University.

He has also significantly contributed to a wide range of research activities largely based on the development of novel materials for application in thin film photovoltaic solar cell devices.


From 17:30 hours - Refreshments (served in Staff bar)
18:15 Hours - Lecture (Room EBA001)

Are you looking for more events?

You might also be interested in (search more events)

Icon image of speech bubbles

Conference - Mon 23 October 2017 to Thu 26 October 2017

The world’s premier international conference on radar systems. Experience technical sessions on radar systems, bistatic, low frequency and passive radar, target clutter and detection, airborne surveillance, SAR and ISAR, MIMO processing and systems, NCTR, waveform diversity and much more.