Tanner, R J*; Bartlett, D T*; Hager, L G*; Jones, L N; Molinos, C*; Roberts, N J; Taylor, G C; Thomas, D J (2005) Modelling of neutron survey instrument performance and experimental validation of those calculated response data. Radiat. Prot. Dosim., 116 (1-4). pp. 406-410.

Roberts, N J; Bartlett, D T*; Hager, L G*; Jones, L N; Molinos, C*; Tanner, R J*; Taylor, G C; Thomas, D J (2004) Angle dependence of response characteristics of neutron survey instruments. Radiat. Prot. Dosim., 110 (1-4). pp. 187-193.

Tanner, R J*; Bartlett, D T*; Hager, L G*; Jones, L N; Molinos, C*; Roberts, N J; Taylor, G C; Thomas, D J (2004) Practical implications of neutron survey instrument performance. Radiat. Prot. Dosim., 110 (1-4). pp. 763-767.

Tanner, R J*; Thomas, D J; Bartlett, D T*; Hager, L G*; Horwood, N; Taylor, G C* (2002) Effect of the energy dependence of response of neutron personal dosemeters routinely used in the UK on the accuracy of dose estimation. Technical Report. NRPB.

Bartlett, D T*; Tanner, R J*; Tagziria, H; Thomas, D J (2001) Response characteristics of neutron survey instruments. Technical Report. NRPB, UK.

Bartlett, D J*; Tanner, R J*; Thomas, D J (1999) Active neutron personal dosemeters - a review of current status. Radiat. Prot. Dosim., 86 (2). pp. 107-122.

Tanner, R J*; Thomas, D J; Bartlett, D T; Horwood, N (1999) Systematic errors in the readings of track etch neutron dosemeters caused by the energy dependence of response. Radiat. Meas., 31 (1-6). pp. 483-6.

Thomas, D J; Bartlett, D T*; Burke, M; Horwood, N; Tanner, R J*; Taylor, G C (1997) Response characteristics of PADC track-etch and NTA film neutron personal dosemeters for backscatter from standard calibration phantoms. NPL Report. CIRM 7

Tanner, J G*; Witts, D*; Tanner, R J*; Bartlett, D T*; Burgess, P H*; Edwards, A A*; More, B R*; Taylor, G C; Thomas, D J (1995) An assessment of the feasibility of using Monte Carlo calculations to model a combined neutron/gamma electron personal dosemeter. Radiat. Prot. Dosim., 61 (1-3). pp. 183-186.