Lighting Research and Technology
Lighting Research and Technology is a journal indexed in SJR in Electrical and Electronic Engineering with an H index of 69. It has an SJR impact factor of 0,625 and it has a best quartile of Q2. It is published in English. It has an SJR impact factor of 0,625.
Metrics
Scimago and CountryOfPapers database fields
SJR Impact
0,625
H-index
69
Docs (year)
83
Docs 3y
172
Total refs
3139
Cites 3y
387
Citable 3y
132
Cites/Doc 2y
2.09
Ref/Doc
37.82
Immediate OA
—
Embargoed OA
NPD
Non OA / Submission
0 €
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Researcher reviews
Best articles by citations
Alerting effects of daytime light exposure -a proposed link between light exposure and brain mechanisms
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View moreColour fidelity for picture gallery illumination, Part 2: Test sample selection -museum tests
View moreBright light effects on working memory, sustained attention and concentration of elderly night shift workers
View moreBook Review: Ultraviolet air disinfection
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View moreBook Review: Introduction to solid state lighting
View moreBook Review: A history of light and colour measurement, science in the shadows
View moreAttenuation of diffuse daylight due to dust deposition on glazing in a tropical urban environment
View moreAnalytical tests for investigating the accuracy of lighting programs
View moreAnalysis of and control policies for light pollution from advertising signs in Taiwan
View moreAlgorithms for calculation of daylight factors in streets
View moreA data-driven approach for the control of a daylight-artificial light integrated scheme
View moreAir-clad optical rod daylighting system
View moreAdvantages and disadvantages of the use of compact fluorescent lamps with electronic control gear
View moreA qualitative study of occupant controlled office lighting
View moreA physical model of the atmospheric aerosol turbidity for estimating the illuminance of direct sunlight
View moreA new retinal photoreceptor should affect lighting practice
View moreA new measure of colour discrimination for LEDs and other light sources
View moreA generalised approach for the estimation of junction temperature and its effect on light output
View moreA framework for predicting the non-visual effects of daylight -Part II: The simulation model
View moreA framework for predicting the non-visual effects of daylight -Part I: photobiology- based model
View moreA field study of occupant controlled lighting in offices
View more