Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester.

Natalie Curran; Katherine Joy; Raymond Burgess; Jamie Gilmour; Patricia Clay; John Pernet-Fisher; Francesca Mcdonald; D. Martin; Sarah Crowther; Lorraine Ruzie-Hamilton; Mark Nottingham; Grenville Turner

Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester.

Natalie Curran, Katherine Joy, Raymond Burgess, Jamie Gilmour, Patricia Clay, John Pernet-Fisher, Francesca Mcdonald, D. Martin, Sarah Crowther, Lorraine Ruzie-Hamilton, Mark Nottingham, Grenville Turner

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Original language	English
Title of host publication	Moon 2020-2030
Subtitle of host publication	A new method for characterising inversion transients in metal-oxide-semiconductor devices is reported. The technique uses Isothermal Deep Level Transient Spectroscopy to separate generation currents from various sources. The combination of activation graphs with Zerbst plots gives a complete characterisation of devices with dimensions down to sub-micron levels. © 1988 Les Editions de Physique.
Publication status	Published - Dec 2015
Event	Moon 2020-2030: A New Era of Coordinated Human and Robotic Exploration. ESA-ESTEC - Noordwijk, Netherlands Duration: 14 Dec 2015 → 16 Dec 2015

Conference

Conference	Moon 2020-2030: A New Era of Coordinated Human and Robotic Exploration. ESA-ESTEC
Country/Territory	Netherlands
City	Noordwijk
Period	14/12/15 → 16/12/15

Cite this

Curran, N., Joy, K., Burgess, R., Gilmour, J., Clay, P., Pernet-Fisher, J., Mcdonald, F., Martin, D., Crowther, S., Ruzie-Hamilton, L., Nottingham, M., & Turner, G. (2015). Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester. In Moon 2020-2030: A new method for characterising inversion transients in metal-oxide-semiconductor devices is reported. The technique uses Isothermal Deep Level Transient Spectroscopy to separate generation currents from various sources. The combination of activation graphs with Zerbst plots gives a complete characterisation of devices with dimensions down to sub-micron levels. © 1988 Les Editions de Physique.

Curran, Natalie ; Joy, Katherine ; Burgess, Raymond et al. / Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester. Moon 2020-2030: A new method for characterising inversion transients in metal-oxide-semiconductor devices is reported. The technique uses Isothermal Deep Level Transient Spectroscopy to separate generation currents from various sources. The combination of activation graphs with Zerbst plots gives a complete characterisation of devices with dimensions down to sub-micron levels. © 1988 Les Editions de Physique.. 2015.

@inproceedings{a1471ddbfa354b4fbf41975095d71fd7,

title = "Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester.",

author = "Natalie Curran and Katherine Joy and Raymond Burgess and Jamie Gilmour and Patricia Clay and John Pernet-Fisher and Francesca Mcdonald and D. Martin and Sarah Crowther and Lorraine Ruzie-Hamilton and Mark Nottingham and Grenville Turner",

year = "2015",

month = dec,

language = "English",

booktitle = "Moon 2020-2030",

note = "Moon 2020-2030: A New Era of Coordinated Human and Robotic Exploration. ESA-ESTEC ; Conference date: 14-12-2015 Through 16-12-2015",

}

Curran, N, Joy, K , Burgess, R , Gilmour, J, Clay, P, Pernet-Fisher, J, Mcdonald, F, Martin, D, Crowther, S , Ruzie-Hamilton, L , Nottingham, M & Turner, G 2015, Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester. in Moon 2020-2030: A new method for characterising inversion transients in metal-oxide-semiconductor devices is reported. The technique uses Isothermal Deep Level Transient Spectroscopy to separate generation currents from various sources. The combination of activation graphs with Zerbst plots gives a complete characterisation of devices with dimensions down to sub-micron levels. © 1988 Les Editions de Physique.. Moon 2020-2030: A New Era of Coordinated Human and Robotic Exploration. ESA-ESTEC, Noordwijk, Netherlands, 14/12/15.

Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester. / Curran, Natalie; Joy, Katherine ; Burgess, Raymond et al.

Moon 2020-2030: A new method for characterising inversion transients in metal-oxide-semiconductor devices is reported. The technique uses Isothermal Deep Level Transient Spectroscopy to separate generation currents from various sources. The combination of activation graphs with Zerbst plots gives a complete characterisation of devices with dimensions down to sub-micron levels. © 1988 Les Editions de Physique.. 2015.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

TY - GEN

T1 - Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester.

AU - Curran, Natalie

AU - Joy, Katherine

AU - Burgess, Raymond

AU - Gilmour, Jamie

AU - Clay, Patricia

AU - Pernet-Fisher, John

AU - Mcdonald, Francesca

AU - Martin, D.

AU - Crowther, Sarah

AU - Ruzie-Hamilton, Lorraine

AU - Nottingham, Mark

AU - Turner, Grenville

PY - 2015/12

Y1 - 2015/12

M3 - Conference contribution

BT - Moon 2020-2030

T2 - Moon 2020-2030: A New Era of Coordinated Human and Robotic Exploration. ESA-ESTEC

Y2 - 14 December 2015 through 16 December 2015

ER -

Curran N, Joy K , Burgess R , Gilmour J, Clay P, Pernet-Fisher J et al. Maximising Science Return of Past and Future Lunar Exploration at The University of Manchester. In Moon 2020-2030: A new method for characterising inversion transients in metal-oxide-semiconductor devices is reported. The technique uses Isothermal Deep Level Transient Spectroscopy to separate generation currents from various sources. The combination of activation graphs with Zerbst plots gives a complete characterisation of devices with dimensions down to sub-micron levels. © 1988 Les Editions de Physique.. 2015