1) light environment
光环境
1.
KTV light environment design and artistic performance;
KTV光环境设计及其艺术表现
2.
Artificial light environment design of hotel lobbies;
酒店建筑大堂人工光环境设计探讨
3.
Simulation and evaluation of light environment in ecological residential area;
生态住区光环境模拟与评价
2) luminous environment
光环境
1.
A method for evaluating quality of cabin luminous environment;
船舶舱室光环境质量评价方法
2.
Analysis of luminous environment of landscape architecture in campus and its amelioration;
谈校园景观建筑光环境的分析与改善
3.
Through the investigation of lighting conditions of 18 classrooms out of 9 middle or primary schools, the article reflects the existing problems of luminous environment of classrooms in the countryside.
本文通过对九所中小学校的十八间教室进行采光和照明情况的调查,反映该地区农村教室光环境的现状和问题,比较中小学光环境的不同特点,分析近年照明改造的情况,并根据教室光环境的要求和当地的实际情况,提出了一些改进建议。
3) lighting environment
光环境
1.
From three aspects: material environment,modern foundation of art museum and lighting environment rational analysis is made on finnish museum of modern art in order to fine architecture s rationality.
回顾了理性主义的演变过程,从场地物质环境、艺术博物馆现代功能、光环境三方面对芬兰现代艺术博物馆做了理性分析,以求探寻建筑理性的踪影。
2.
Adequate lighting environment for public readi ng in universities is necessary to ensure work efficiency and students health.
本文通过对北方工业大学教室、图书馆等环境中照度、照度均匀度等光环境参数的测量与计算,对该校公共阅读光环境进行了评价,并提出了照明改进方案。
3.
The interior illuminance standard is put forward,and several pieces of practical advice for how to control the interior natural lighting environment are also given.
本文从当前迫切的老龄化问题入手,在对老年人居室天然光环境进行研究的基础上,对不同条件下室内计算点照度(采用美国Lumen-micro软件进行计算)和照度均匀性加以计算,提出老年人居室适宜的照度标准,并就室内天然光环境的设计提出一些可行的建
4) light regimes
光环境
1.
Leaf morphology and photosynthetic characteristics of seedlings of a deciduous and an evergreen broad-leaved species under different light regimes in subtropical forests;
不同光环境下亚热带常绿阔叶树种和落叶阔叶树种幼苗的叶形态和光合生理特征
2.
In this paper,the light response and acclimation of leaf inclination in three different light regimes(open,gap and understory) was compared.
对比研究了旷地、林窗及林下3种光环境下喜树幼苗叶悬挂角和叶柄角的光响应与适应性,结果表明:(1)在旷地、林窗和林下,光、热等生态因子的差异显著;(2)对于不同的光环境,喜树幼苗的叶悬挂角和叶柄角在旷地的变化幅度最大,林窗下次之,林下最小;(3)夏季晴天,在旷地、林窗和林下,喜树幼苗的叶悬挂角与叶柄角分别在16:00、14:00和12:00左右达到“峰”值,叶悬挂角分别约为140°、128°和112°,叶柄角分别约为67°、59°和55°;同时,在3种光环境下,夏季晴天喜树幼苗的叶悬挂角与叶柄角的日变化还表现出一定的协同互作关系,以叶悬挂角和叶柄角同时增大或减小来避开或捕获光辐射,这样即保证了喜树叶片有效避开强光,也确保喜树叶片对适度光辐射的最大利用。
3.
The effects of different light regimes(such as open,gap and understory) on the phonotypic plasticity of the seedlings of Camptotheca acuminata and Gordonia acuminata were studied,based on the leaf traits.
研究不同光环境对常绿阔叶林中喜树和四川大头茶幼苗生长的影响。
5) light regime
光环境
1.
Responses of seedling leaf anatomical structure of Liquidambar formosana,a deciduous broadleaf tree,to different light regimes;
不同光环境下枫香幼苗的叶片解剖结构
2.
Solar energy and water utilization of Quercus mongolica, a deciduous broadleaf tree, in different light regimes across the edge of a deciduous broad-leaved forest;
落叶阔叶树种蒙古栎(Quercus mongolica)对林缘不同光环境光能和水分的利用
3.
Growth characteristics,biomass and pigment contents in seedlings of two species in subtropical evergreen broad-leaved forest,Gordonia acuminate(early-successional species) and Sloanea leptocarpa(late-successional species),were compared to study their adaptation to different light regimes.
在旷地(相对光强100%)、林窗(18%~23%)、林下(3%~7%)3种自然光环境下,通过比较缙云山亚热带常绿阔叶林演替前期种四川大头茶(Gordonia acuminate)和顶级种薄果猴欢喜(Sloanea leptocarpa)的幼苗生长、生物量和光合色素含量,探讨不同生态习性亚热带常绿阔叶树种幼苗对光环境的适应及响应的异同。
6) environmental light
环境光
1.
Influences of environmental light on the Raman spectra of PE film irradiated with a green 514 nm Laser;
环境光对PE塑料薄膜514nm绿色激光拉曼光谱的影响
2.
The Influences of Environmental Light on 514nm Laser Raman Spectra of Sodium Glutamic Acid Solution;
谷氨酸钠溶液514nm激光拉曼光谱受环境光影响的研究
3.
The study of water's laser Raman spectra effected with environmental light;
环境光对水的激光拉曼光谱的影响
补充资料：光环境
由光(照度水平和分布、照明的形式)与颜色（色调、色饱和度、室内颜色分布、颜色显现）在室内建立的同房间形状有关的生理和心理环境。人们通过听觉、视觉、嗅觉、味觉和触觉认识世界，在所获得的信息中有80％来自光引起的视觉。因此,创造舒适的光环境,提高视觉效能，是建筑光学的主要研究课题。光环境对人的精神状态和心理感受也产生积极的影响。例如对于生产、工作和学习的场所，良好的光环境能振奋精神，提高工作效率和产品质量；对于休息、娱乐的公共场所，合宜的光环境能创造舒适、优雅、活泼生动或庄重严肃的气氛。
光环境设计是现代建筑设计的一个有机组成部分，其目的是追求合理的设计标准和照明设备,节约能源,使科学与艺术融为一体。
光环境设计是现代建筑设计的一个有机组成部分，其目的是追求合理的设计标准和照明设备,节约能源,使科学与艺术融为一体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条