91.160.10 室内照明 标准查询与下载

SR 6646-1-1997 人工照明．室内和建筑物楼群间的照明要求

Prezentul standard stabile?te condi?iile generale pentru iluminatul artificial din interiorul cl?dirilor ?l din incintele ansamblurilor de cl?dirii

Artificial lightning.General requirement for the indoor lightning and lightning inside building groups

SR 6221-1/C1-1997 自然光．工作地点自然光特殊要求

Natural lightning Specific requirements for natural lightning of working places

SR 6646-5-1997 人工照明设备．医院专用照明设备要求

Prezentul standard stabile?te condi?iile ce trebuie s? le ?ndeplineasc? iluminatul artificial ?n ?nc?perile specifice din spitale, complet?nd condi?iile din SR 6646-1 ?i SR 6646-3. Iluminatul ?nc?perilor din spitale pentru care prezentul standard nu cupri

Artificial lightning Specific requirements for hospital lightning

SR 6646-2-1997 人工照明．工作地点照明要求

Prezentul standard stabile?te condi?iile pentru iluminatul artificial normal din spa?iile de lucru prin care se oot asigura: securitatea personalului in timpul lucrului ?i deplas?rii In spa?iile afectate acestui scop; u?urin?? vitez? ?i precizie ?n determ

Artificial lightning. Requirement for the working place lightning

SR 6646-1/C1-1997 人工照明．室内和建筑物楼群间的照明一般要求

Artificial lightning.General requirement for the indoor lightning and lightning inside building groups

UL 1786-1995 夜间照明灯具

Nightlights

ASTM E1733-95(2014) 实验室试验照明的标准使用指南

5.1 The information in this guide is designed to allow investigators conducting research or tests of environmental relevance to select appropriate light sources. 5.2 Investigators will be able to make reasonable selections of light sources based on cost, the requirements of the test organisms, and the properties of the test chemicals. 5.3 These methods have major significance for the comparison of results between laboratories. Investigators at different sites will be able to select similar light sources. This will provide standardization of a factor that can have major impact on the effects of hazardous chemicals. 1.1 The use of artificial lighting is often required to study the responses of living organisms to contaminants in a controlled manner. Even if the test organism does not require light, the investigator will generally need light to manipulate the samples, and the test might be conducted under the ambient light of the laboratory. One will need to consider not only whether the particular test organism requires light for growth, but also whether the environmental compartment relevant to the test is exposed to light and, if so, what the attributes of light are in that compartment. The light could affect growth of the organism or toxicity of a contaminant, or both. For instance, it has been shown that the toxicity of some organic pollutants is enhanced dramatically by the ultraviolet (UV) radiation present in sunlight (1, 2) .2 Furthermore, the level of ambient lighting in the laboratory (which might affect the test) is not standardized, nor is it comparable to natural environments. It is thus important to consider lighting in all forms of environmental testing. When light is used in the test, one should determine whether the spectral distribution of the radiation source mimics sunlight adequately to be considered environmentally relevant. Also, the container or vessel for the experiment must be transparent, at the point of light entry, to all of the spectral regions in the light source needed for the test. 1.2 It is possible to simulate sunlight with respect to the visible:UV ratio with relatively inexpensive equipment. This guide contains information on the types of artificial light sources that are commonly used in the laboratory, compositions of light sources that mimic the biologically relevant spectral range of sunlight, quantification of irradiance levels of the light sources, determination of spectral outputs of the light sources, transmittance properties of materials used for laboratory containers, calculation of biologically effective radiation, and considerations that should go into designing a relevant light source for a given test. 1.3 Special needs or circumstances will dictate how a given light source is constructed. This is based on the requirements of the test and the environmental compartment to which it is targeted. Using appropriate conditions is most important for any experiment, and it is desirable to standardize these conditions among laboratories. In extreme cases, tests using unusual lighting conditions might render a data set incomparable to other tests.

Standard Guide for Use of Lighting in Laboratory Testing

CECS 56-1994 室内灯具的光分布分类和照明设计参数标准

本标准适用于工业与民用建筑室内照明所采用的功能性灯具。本标准不适用于爆炸、危险场所采用的灯具。

Standard of Light Distribution Classity and Lighting Design Parameter for Interior Luminaire

DIN 5035-8:1994 人工照明.第8部分:办公室和类似房间中单一工作间照明用特殊要求

The document covers the necessary terms and the lighting requirements with respect to the use of luminaries at single workplaces for local lighting. This standard applies to activities in offices and similar rooms of the production and service sector.

Artificial lighting; special requirements for the lighting of single work-places in offices and similar rooms

AS 1680.2.2:1994 室内照明 有投影设备的办公室的灯光布局

Sets out recommendations for the lighting of offices and related work areas, and locations within other workplaces where screen-based tasks are performed. It is intended to be read in conjunction with the general recommendations of AS 1680.1.

Interior lighting - Office and screen-based tasks

AS 1680.2.3:1994 室内照明 教育和训练场所

Sets out recommendations for the lighting of interiors of buildings which provide facilities for structured learning or training programmes at all levels, from pre-school to tertiary and adult education centres. It is intended to be read in conjunction w

Interior lighting - Educational and training facilities

AS 1680.2.1:1993 室内照明 环行空间与其它区域

Sets out recommendations for the lighting of circulation spaces and other areas which commonly occur in buildings of various types. It is intended to be read in conjunction with the general recommendations of AS 1680.1.

Interior lighting - Circulation spaces and other general areas

DIN 5034-5:1993 室内日光.测量

This document is meant to secure a standardized way of measurement and evaluation of daylight for the examination of daylight-design and for the decision, whether agreed or mandatory parameters are realized in practice. For this reason requirements for photometers and a detailed description of measurement preparations, -procedure and -evaluation are given.

Daylight in interiors; measurement

NF C71-805:1992 居室白炽灯安全照明用独立光源.要求

Self- Contained luminaires for safety lighting with incandescent lamps for dwelling premises. Requirements.

NF C71-800:1992 白炽灯安全照明用独立光源.要求

Self-contained luminaires for safety lighting with incandescent lamps. Requirements.

NF C71-801:1992 荧光灯安全照明用独立光源.要求

Self-contained luminaires for safety lighting with fluorescent lamps. Requirements.

UL 298-1991 便携式电子手提灯

Portable electric hand lamps

ISO/DTR 5911 灯光和照明“建筑物照明系统的调试”ISO/TS 21274 的解释和论证

Light and lighting – Commissioning of lighting systems in buildings – Explanation and justification of ISO/TS 21274

ISO/CIE PRF TR 3092 光与照明《建筑照明能源性能》ISO/CIE 20086的解释和论证

Light and lighting – Energy performance of lighting in buildings – Explanation and justification of ISO/CIE 20086

NF C71-815/A1:1988 NF C71-815-1987的修改件1

Modification 1 of NF C71-815-1987