Illuminating engineering is at a new horizon where it must think of the 'whole man'. It must specialize in designing the luminous environment but it must help integrate that environment with the thermal and sonic environments. Since it provides the medium for the greatest share of communication of knowledge and the circumstances for work (visual piloting) it should take the lead in study of the total impact on man.
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References
1.
CrouchC. L., ‘New method of determining illumination required for tasks’, Illuminating Engineering, 52, 416, (1958); BlackwellH. R., ‘A specification of interior illumination levels’, Illuminating Engineering, 54, 334 (1959).
2.
ReidK. M., Illuminating Engineering, 53, 456 (1958).
3.
CrouchC. L., ‘Older eyes have special needs’, Better Light Better Sight Bureau News, January/February 1965 and ‘Lighting needs for older eyes’, The Sight-Saving Review, Winter 1965.
4.
WestonH. C., ‘The effect of age and illumination on visual performance with close sights’. British Journal of Ophthalmology (1948).
5.
FisherA. J. and ChristieA. W., ‘The effect on disability glare of the age of the observer and the luminance distribution over the visual field’, DSIR Road Research Laboratory, England, Library Note LB/768/AJF. AWC (1965).
6.
FletcherE. D., ‘An investigation of glare resistance and its relationships to age’, Motorists Vision, Optometric Extension Programme, Duncan, Oklahoma, 5, Nos. 1, 2 & 3 (1952) 5, No. 4 (1953).
7.
WolfErnst. ‘Effects of Age on Peripheral Vision’, Bulletin No. 336, Highway Research Board, Washington D.C.
8.
McFarlandDomeyWarren and Ward, ‘Dark adaptation as a function of age and tinted windshield glass’, Bulletin No, 255, Highway Research Board, Washington D.C.
9.
HopkinsonR. G., ‘A proposed luminance basis for a lighting code’, Trans. Illum. Eng. Soc. (London), 30, 63 (1965).
10.
HopkinsonR. G., and CollinsW. M., ‘An experimental study of the glare from a luminous ceiling’. Trans. Illum. Eng. Soc. (London), 28, 142 (1963).
11.
HelsonH., ‘The role of spectral energy of source and background color on the pleasantness of object colors’. (To be published in Illuminating Engineering.)
12.
CrouchC. L., ‘Derivation, background and use of the “Scissors curve”’, Illuminating Engineering, 60, (1965).
13.
LuckieshM., and GuthS. K., ‘Brightness in visual field at border-line between comfort and discomfort (BCD)’, Illuminating Engineering, 44, 650 (1949).
14.
CottrellC. L., ‘Measurement of visibility’, Illuminating Engineering, 46, 95 (1951).
15.
BlackwellH. R., ‘Specification of interior illumination levels’, Illuminating Engineering, 54, 334 (1959).
16.
BlackwellH. R., ‘A general quantitative method for evaluating the visual significance of reflected glare utilizing visual performance data’, Illuminating Engineering, 58, 161 (1963).
17.
CrouchC. L., and KaufmanJ. E.‘Practical application of polarization and light control for reduction of reflected glare’, Illuminating Engineering, 58, 277 (1963).
18.
American Standard Practice for Industrial Lighting, Illuminating Engineering, 60, 103 (1965).
19.
American Standard Practice for School Lighting Illuminating Engineering, 57, 253 (1962).