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3. Embedding a Recovery Orientation into Neuroscience Research: Involving People with a Lived Experience in Research Activity

Author

Stratford, A, Brophy, L, Castle, D, Harvey, C, Robertson, J, Corlett, P, Davidson, L, Everall, I, Stratford, A, Brophy, L, Castle, D, Harvey, C, Robertson, J, Corlett, P, Davidson, L, and Everall, I

Abstract

This paper highlights the importance and value of involving people with a lived experience of mental ill health and recovery in neuroscience research activity. In this era of recovery oriented service delivery, involving people with the lived experience of mental illness in neuroscience research extends beyond their participation as "subjects". The recovery paradigm reconceptualises people with the lived experience of mental ill health as experts by experience. To support this contribution, local policies and procedures, recovery-oriented training for neuroscience researchers, and dialogue about the practical applications of neuroscience research, are required.

Published
2016

4. Design and operation of a compact 1 MeV X-band Linac

Author

Burt, Graeme, Ambattu, Praveen, Lingwood, Christopher, Abram, Tom, Burrows, I., Corlett, P., Goulden, A., Hartnett, T., Hindley, P., McIntosh, P. A., Middleman, K., Saveliev, Y., Smith, R., White, C., Burt, Graeme, Ambattu, Praveen, Lingwood, Christopher, Abram, Tom, Burrows, I., Corlett, P., Goulden, A., Hartnett, T., Hindley, P., McIntosh, P. A., Middleman, K., Saveliev, Y., Smith, R., and White, C.

Published
2012

5. Design and operation of a compact 1 MeV X-band Linac

Author

Burt, Graeme, Ambattu, Praveen, Lingwood, Christopher, Abram, Tom, Burrows, I., Corlett, P., Goulden, A., Hartnett, T., Hindley, P., McIntosh, P. A., Middleman, K., Saveliev, Y., Smith, R., White, C., Burt, Graeme, Ambattu, Praveen, Lingwood, Christopher, Abram, Tom, Burrows, I., Corlett, P., Goulden, A., Hartnett, T., Hindley, P., McIntosh, P. A., Middleman, K., Saveliev, Y., Smith, R., and White, C.

Published
2012

6. Low energy RF accelerator for various applications

Author

Ambattu, Praveen, Burt, Graeme, Tahir, I., Corlett, P., Moss, Andrew, McIntosh, P. A., Ambattu, Praveen, Burt, Graeme, Tahir, I., Corlett, P., Moss, Andrew, and McIntosh, P. A.

Published
2010

7. Low energy RF accelerator for various applications

Author

Ambattu, Praveen, Burt, Graeme, Tahir, I., Corlett, P., Moss, Andrew, McIntosh, P. A., Ambattu, Praveen, Burt, Graeme, Tahir, I., Corlett, P., Moss, Andrew, and McIntosh, P. A.

Published
2010

8. A superconducting RF vertical test facility at daresbury laboratory

Author

Corlett, P. A., Bate, R., Beard, C. D., Fell, B., Goudket, P., Pattalwar, S., Ambattu, P. K., Burt, G., Dexter, A. C., Tahir, M. I., Corlett, P. A., Bate, R., Beard, C. D., Fell, B., Goudket, P., Pattalwar, S., Ambattu, P. K., Burt, G., Dexter, A. C., and Tahir, M. I.

Abstract

A superconducting RF vertical test facility (VTF) has been constructed at Daresbury Laboratory for the testing of superconducting RF cavities at 2K. When fully operational, the facility will be capable of testing a 9-cell 1.3 GHz Tesla type cavity. The facility is initially to be configured to perform phase synchronisation experiments between a pair of single cell 3.9GHz ILC crab cavities. These experiments require the cavities to operate at the same frequency; therefore a tuning mechanism has been integrated into the system. The system is described, and data from the initial operation of the facility is presented.

Published
2008

9. A superconducting RF vertical test facility at daresbury laboratory

Author

Corlett, P. A., Bate, R., Beard, C. D., Fell, B., Goudket, P., Pattalwar, S., Ambattu, P. K., Burt, G., Dexter, A. C., Tahir, M. I., Corlett, P. A., Bate, R., Beard, C. D., Fell, B., Goudket, P., Pattalwar, S., Ambattu, P. K., Burt, G., Dexter, A. C., and Tahir, M. I.

Abstract

A superconducting RF vertical test facility (VTF) has been constructed at Daresbury Laboratory for the testing of superconducting RF cavities at 2K. When fully operational, the facility will be capable of testing a 9-cell 1.3 GHz Tesla type cavity. The facility is initially to be configured to perform phase synchronisation experiments between a pair of single cell 3.9GHz ILC crab cavities. These experiments require the cavities to operate at the same frequency; therefore a tuning mechanism has been integrated into the system. The system is described, and data from the initial operation of the facility is presented.

Published
2008

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