Goodman, T M; Servantes, W R; Woolliams, E R; Sperfeld, P*; Simionescu, M*; Blattner, P*; Källberg, S*; Khlevnoy, B*; Dekker, P* (2015) Final Report on the Euramet-PR-K1.a-2009 comparison of spectral irradiance 250 nm to 2500 nm. NPL Report. OP 12

Darrodi, M M*; Finlayson, G*; Goodman, T M; Mackiewicz, M* (2015) Reference data set for camera spectral sensitivity estimation. J. Opt. Soc. Am. A, 32 (3). pp. 381-391.

Dury, M R; Arneil, T C*; Machin, G; Goodman, T M (2014) Size-of-source effect sensitivities in radiometers. Int. J. Thermophysics, 35 (6-7). pp. 1391-1400.

Levick, A P; Greenwell, C L; Irland, J; Woolliams, E R; Goodman, T M; Bialek, A; Fox, N P (2014) A spectral radiance source based on a supercontinuum laser and wavelength tunable bandpass filter: the spectrally tuneable absolute irradiance and radiance source. Appl. Opt., 53 (16). pp. 3508-3519.

Dury, M R; Goodman, T M; Lowe, D H; Machin, G; Woolliams, E R (2013) Development of a new radiometer for the thermodynamic measurement of high temperature fixed points. AIP Conf. Proc., 1552. pp. 65-70.

Goodman, T M (2012) Photometry. pp. 217-255.

Fotios, S*; Goodman, T M (2012) Proposed UK guidance for lighting in residential roads. Lighting Res. Technol., 44 (1). pp. 69-83.

Eadie, E*; Miller, P; Goodman, T M; Moseley, H* (2009) Calibrated spectral radiant exposure measurement of intense pulsed light (IPL) sources at the near-field limit of ocular exposure. Lasers Surg. Med., 41 (S21). p. 52.

Goodman, T M (2009) Measurement and specification of lighting: a look at the future. Lighting Res. Technol., 41 (3). pp. 229-243.

Eadie, E*; Miller, P; Goodman, T M; Moseley, H* (2009) Time resolved measurement shows a spectral distribution shift in an intense pulsed light system. Lasers in Med. Sci., 24 (1). pp. 35-43.

Goodman, T M (2009) Transmission illuminance proxy HDR imaging: A new technique to quantify luminous flux comment 2 discussion. Lighting Res. Technol., 41 (1). pp. 47-48.

Shaw, M J; Goodman, T M (2008) Array based goniospectroradiometer for measurement of spectral radiant intensity and spectral total flux of light sources. Appl. Opt., 47 (14). pp. 2637-2647.

Eadie, E*; Miller, P; Goodman, T M; Moseley, H* (2008) A comparison of emission spectra from intense pulsed light sources using novel fast spectroscopy techniques. Lasers Surg. Med., 40 (S20).

Barton, H*; Goodman, T M; Miller, P; Gibbs, D R; Jones, F (2007) Guideline document for the optical measurement of LED clusters. Technical Report.

Goodman, T M (2007) Comment on:" Making the move to a unified system of photometry" by M. S. Rea and J. D. Bullough. Lighting Res. Technol., 39 (4). pp. 405-406.

Goodman, T M; Freiding, A*; Eloholma, M*; Ketomaki, J*; Halonen, L*; Walkey, H*; Alferdinck, J*; Varady, G*; Bodrogi, P* (2007) Mesopic visual efficiency I: Detection threshold measurements. Lighting Res. Technol., 39 (4). pp. 319-334.

Goodman, T M; Walkey, H*; Orrevetelainen, P*; Barbur, J*; Halonen, L*; Alferdinck, J*; Freiding, A*; Szalmas, A* (2007) Mesopic visual efficiency II: reaction time experiments. Lighting Res. Technol., 39 (4). pp. 335-354.

Goodman, T M; Várady, G*; Freiding, A*; Eloholma, M*; Halonen, L*; Walkey, H*; Alferdinck, J* (2007) Mesopic visual efficiency III: Discrimination threshold measurements. Lighting Res. Technol., 39 (4). pp. 355-364.

Goodman, T M; Forbes, A B; Walkey, H*; Eloholma, M*; Halonen, L*; Alferdinck, J*; Freiding, A*; Bodrogi, P*; Varday, G*; Szalmas, A* (2007) Mesopic visual efficiency IV: A model with relevance to night-time driving and other applications. Lighting Res. Technol., 39 (4). pp. 365-388.

Goodman, T M (2007) Response to comments on Mesopic Visual Efficiency I, II, III and IV. Lighting Res. Technol., 39 (4). pp. 391-392.

Goodman, T M; Gibbs, D R; Cook, G* (2006) Better lighting for improved human performance, health and well-being and increased energy efficiency - a scoping study for CIE-UK. NPL Report. DQL-OR 019

Miller, P; Goodman, T M; Hall, S (2006) Standardardization requirements and safety concerns drive LED test and measurement developments. LED Magazine Review (April). 11, 14-15

Pegrum, H M; Woolliams, E R; Fox, N P; Hanson, A R; Gibbs, D R; Servantes, W R; Goodman, T M (2005) Realising a primary spectral irradiance scale on deuterium lamps in the ultraviolet. In: UVNet Workshop, 20-21 October 2005, Davos, Switzerland.

Hopkinson, G R*; Goodman, T M; Prince, S R (2004) A guide to the use and calibration of detector array equipment.

Goodman, T M; Rayner, D (1999) Software Support for Metrology: interim status report on the optical radiation area. NPL Report. CISE 33/99

Goodman, T M; Toivanen, P*; Nyberg, H*; Ikonen, E* (1999) International comparison of luminous intensity units between the NPL (UK) and the HUT (Finland). Metrologia, 36 (1). pp. 15-18.

Goodman, T M (1998) Using broad band radiometers for measurements on sources. In: International Commission on Non-ionizing Radiation Protection (ICNIRP) - Measurement of Optical Radiation Hazards, September 1998, Gaithersburg, MD, USA.

Goodman, T M (1997) Making measurements in the Mesopic region. In: Proc. NPL-CIE-UK Conference, Visual scales; Photometric and Colorimetric aspects, March 1997.

Gibbs, D R; Duncan, F J; Lambe, R P; Goodman, T M (1996) Ageing of materials under intense UV radiation. Metrologia, 32 (6). pp. 601-607.

Goodman, T M (1995) Accurate measurements - how the CIE can help. Light. Equip. News (April). p. 2.

Harrison, N J; Goodman, T M; Fox, N P; Martin, J E; White, M* (1995) Establishment of a new absolute irradiance scale at NPL, using a radiometrically calibrated black body. In: Proc. 23rd Session of the CIE, 1 - 8 November 1995.

Lambe, R P; Goodman, T M (1995) The realisation and dissemination of UV source measurement scales in the UK; meeting the needs of the measurement community. In: Spectrophotometry, luminescence and colour; science and compliance.(Burgess, C, and Jones, D G, eds). Amsterdam, Elsevier, pp. 155-157.