1. 1 optical basics
1. 1. 1 Basic characteristics of light
1. 1.2 Measurement of light
1. 1.3 reflection and transmission of light
1.2 light source color
1.2. 1 light source color table
1.2.2 Color rendering of light source
1.2.3 object color
1.3 Basic elements of lighting environment
1.3. 1 lighting level
1.3.2 brightness ratio
1.3.3 light color and color development
1.3.4 lighting modeling
2 Lighting source and environment
2. 1 overview
2. 1. 1 Phenomenon and Application of Light
2. 1.2 artificial light image demonstration
2. 1.3 Influence of lighting on vision
2.2 electric light source
2.2. 1 type of electric light source
2.2.2 Characteristics of electric light source
2.2.3 Technical parameters of common electric light sources
2.3 Basic principles for selecting light sources
2.3. 1 Select the light source according to the principle of high efficiency and long service life.
2.3.2 Select the light source according to the environmental requirements of color development.
2.3.3 Select the light source according to its color table (color).
2.4 Quality control of lighting environment
2.4. 1 Relationship between visual efficacy and lighting
2.4.2 Lighting environmental quality evaluation standard
3 lighting lamps
3. 1 Characteristics and indicators of lamps and lanterns
3. 1. 1 lamp characteristics
3. 1.2 indicators of lamps and lanterns
3.2 Factors affecting the performance and efficiency of lamps and lanterns
3.3 Selection of lamps and lanterns
3.3. 1 Basic principles for selecting lamps and lanterns
3.3.2 Select lamps and lanterns according to the light distribution type.
3.3.3 Selection of direct light distribution lamps and lanterns
3.3.4 Select lamps and lanterns from the perspective of energy saving.
3.3.5 Selection of fluorescent lamps
3.4 Classification and naming methods of lamps and lanterns
3.4. 1 lamp classification
3.4.2 Naming method of lamp model
3.4.3 Model naming method of lamp holder and lamp holder
3.5 Safety requirements of lamps and lanterns
3.5. 1 General safety requirements for lamps and lanterns
3.5.2 Safety requirements for emergency lighting lamps and lanterns
3.5.3 Safety requirements of explosion-proof lamps and lanterns
3.5.4 Safety requirements for portable lamps and lanterns
3.5.5 Safety requirements of embedded lamps and lanterns
3.5.6 Safety requirements of tungsten lamp with built-in transformer.
4 Interior Lighting Design Basis
4. 1 indoor lighting design purpose and requirements
4. 1. 1 Purpose of lighting design
4. 1.2 lighting requirements
4. 1.3 brightness distribution requirements
4. 1.4 requirements for color rendering of light source
4. 1.5 lighting stability requirements
4. 1.6 light color requirements
4. 1.7 glare limitation requirements
4. 1.8 Shadow and stereoscopic requirements
4. 1.9 economic requirements
4.2 Architectural Lighting Design Procedure
4.2. 1 Basic principles of lighting design
4.2.2 Main contents of lighting design
Lighting design program
4.2.4 Selection of lamps and lanterns in lighting design
4.3 Economic Analysis of Lighting
4.3. 1 lighting economic calculation
4.3.2 Economic cleaning cycle of lighting lamps and lanterns
4.3.3 Economic comparison of lighting schemes
4.3.4 Energy saving comparison of lighting schemes
5 lighting calculation
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6 Decoration and artistic lighting
7 indoor light environment design
8 emergency lighting
9 lighting power supply and electric lighting design example
10 green lighting design
Attached Table 1 Allowable values of lighting power density of different buildings and installation values of ordinary lamps per unit capacity
Schedule 2 Common electrical graphic symbols
Schedule III Technical Data of Commonly Used Insulated Conductors
Schedule 4 Diameter and Pipe Specification of Insulated Conductor
refer to