№ files_lp_4_process_3_079823
File format: docx Character count: 1044 File size: 23 KB
Year: 2026
Institution: Center for Biomedical Optics and Photonics, College of Physics and Optoelectric Engineering, Shenzhen University
Authors: Chenshuang Zhang, Yong Zhang, Danying Lin, Bin Yu, Junle Qu
Field: Biomedical imaging, Optical microscopy
Document type: Research article
Target audience: Neuroscientists, biomedical researchers
Methodology: Adaptive optics-based multi-focus structured illumination microscopy (AO-MSIM)
Key findings: Achieved 150nm spatial resolution at 500μm depth in thick brain tissue
Correspondence: [email protected]
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Expression of Interest for The Visual Amenity and Benefits of Traffic Sign Illumination Project
Year: 2016
Region / City: London
Topic: Traffic Sign Illumination Research
Document Type: Invitation to Tender
Organization: Transport for London (TfL)
Author: Transport for London (TfL)
Target Audience: Research firms, Tenderers
Period of Activity: February 2016
Approval Date: February 2016
Modification Date: N/A
Illumination Details for Ambient Light–Responsive Digital Displays and Nighttime Power Save Mode
Subject: Display illumination and brightness control
Topic: Ambient light monitoring and luminance regulation
Document type: Technical description
Technology: Digital display systems with automatic brightness adjustment
Light sensor: In-built ambient light sensor
Maximum luminance at night: 280 cd/sq.m
Recommended luminance reference: Institute of Lighting Professionals guidelines
Maximum luminance for displays up to 10 sq.m in suburban and urban areas: 600 cd/sq.m
Nighttime operation: Power save mode between 2am and 5am with backlight turned off
Daytime visibility control: Automatic luminance increase during daylight hours
Seasonal adjustment: Brightness changes according to seasonally adjusted dawn and sunset times
Operational principle: Automatic luminance control based on ambient lighting conditions and time of day
Topics: superresolution multi-focal Illumination