篠原 奈緒子

Shinohara Naoko

  • 准教授
  • 学位:博士(工学)

基本情報

所属

  • Undergraduate School of Architecture and Urban Planning / Department of Architecture and Building Engineering

詳細情報

研究分野

  • Social infrastructure (civil Engineering, architecture, disaster prevention) Construction environment and equipment

受賞

  • Association of Building Engineering and Equipment Environmental and Equipment Design Award 2022
  • The Illuminating Engineering Institute of Japan IEIJ Paper Award Pilot Study on Measurement of Luminance Distribution in LED Floodlights
  • Illuminating Engineering Society Award of Special citation TSU-CITY INDUSTRIALSPORTS CENTER "SAORINA"
  • Illuminating Engineering Society Award of Distinction Tokyo Skytree
  • Internatitnal Asociation of Lighting Designers Award of Merit Tokyo Skytree

論文

EFFECTS OF DUV ON THE RELATIONSHIP BETWEEN PREFERRED ILLUMINANCE AND CORRELATED COLOUR TEMPERATURE

Study on Spatial Impression and Object Visibility by Age of Melanopic Equivalent Daylight Illuminance Control Lighting

DEVELOPMENT OF DAYLIGHT DEVICE WITH VARIABLE OPTICAL PROPERTIES USING NEAR-INFRARED ABSORBING REFLECTORS

EFFECTS OF REPRODUCING DAYLIGHTING ENVIRONMENT IN WORKSPACES USING ELECTRIC LIGHTING EQUIPMENT: Effects of spectral distribution, chromaticity and view

REPRODUCTION OF DAYLIGHTING BY LED LUMINAIRES SIMULATING ILLUMINANCE AND CORRELATED COLOUR TEMPERATURE FLUCTUATION: VERIFICATION OF PHYSIOLOGICAL AND PSYCHOLOGICAL STRESS

REPRODUCTION OF DAYLIT ENVIRONMENT IN WORKSPACES USING LED LIGHTING: VERIFICATION OF THE INFLUENCE OF VIEW FROM A WINDOW

EFFECTS OF LIGHT WITH THE SAME CORRELATED COLOUR TEMPERATURE BUT DIFFERENT COLOUR OF APPEARANCE ON THE IMPRESSION OF A SPACE

PSYCHOLOGICAL AND PHYSIOLOGICAL EFFECTS OF BIOPHILIA THROUGH URBAN OFFICE BUILDING WINDOWS

VISUAL ENVIRONMENT IN A GYMNASIUM USING SMALL LED LUMINAIRES AND DAYLIGHT SYSTEMS

EVALUATION OF VISUAL ENVIRONMENT IN GYMNASIUMS (PART 2) : EXPERIMENT OF GLARE EVALUATION

Pilot Study on Measurement of Luminance Distribution in LED Floodlights

FIELD MEASUREMENTS OF ILLUMINANCE AND LUMINANCE DISTRIBUTION: Evaluation of visual environment in gymnasiums part 1

EVALUATION OF VISUAL ENVIRONMENT IN AN OFFICE WITH NOVEL LED LIGHT FIXTURES

Sky Glow Caused by the Spill Light from Office Buildings

講演・口頭発表等

  • Pilot study on the use of phosphorescent materials for nighttime lighting
  • Study of Installing Monitor Background Lighting in an Office – Difference by Monitor Display Mode Part2: Psychological Effects
  • Study of Installing Monitor Background Lighting in an Office Difference by Monitor Display Mode Part1: Eye Strain
  • The Effect of Melanopic Equivalent Daylighting Illuminance of Lighting on Work Performance.
  • Study on the acquisition of mel-EDI for each age group by daylighting in an office
  • Study on preferred light colors for relaxing space
  • Psychological and physiological effects of melanopic equivalent daylight illuminance during work
  • Study of installing monitor background lighting in an office part2: psychological effects
  • Study of installing monitor background lighting in an office part1: physiological effects
  • A study on effects of lighting design on spaciousness
  • Study of Installing Monitor Background Lighting in an Office Difference by Monitor Display Mode Part1: Eye Strain
  • Physiological effects of light with same white light but different color of appearance ~For relaxation space~
  • Study on Physiological Effects of Installing Monitor Background Lighting in a office.
  • Effects of equivalent melanopic lux variable lighting on impression at work
  • Lighting environment of workplaces in the future – considering from the lighting environment when working at Home
  • Study on preferred light colors during concentrated work
  • A study on an impact of equivalent melanopic lux on wellness in the Office
  • Pilot study on the control lighting of equivalent melanopic lux
  • Effects of chromaticity difference from Planckian Locus duv on appearance of colors and letters

共同研究・競争的資金等の研究課題

Development of practical index for predicting glare degree from LED sports lighting toward elucidation of glare mechanism

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