조명 모드 D8과 D0은 색상 측정에 사용되는 두 가지 조명 조건입니다.. Their main differences are as follows:

D8 Lighting mode:

Light source Angle: In D8 lighting mode, the Angle between the light source and the observer is 8 도. This means that the Angle of incidence between the light source and the sample surface is 8 도, and the viewing Angle of the observer is also 8 도.

적용 범위: D8 lighting method is mainly used for surface color measurement, especially for solid surface color measurement, such as coating, 플라스틱, 직물, 등.

Reflection characteristics: Under D8 illumination mode, the light reflected on the sample surface mainly comes from the scattering of incident light and surface reflection, which has good masking performance and can reduce the impact on the surface defects and textures of the sample.

조명 모드 d8과 d0의 차이점

D0 Lighting mode:

Light source Angle: In D0 lighting mode, the Angle between the light source and the observer is 0 도. This means that the light source illumes the sample surface vertically, and the observer’s viewing Angle is also 0 도.

적용 범위: D0 lighting method is mainly used for color measurement of transparent materials and liquids, such as glass, liquid solutions, 등. It is also suitable for measuring the color of transparent coverings on solid surfaces.

Reflection characteristics: Under D0 illumination mode, the color of the sample surface is mainly reflected by the incident light, without considering the influence of scattered light. This lighting method is more suitable for color measurement of transparent materials and can provide more accurate transparency and color information.

조명 모드 d8과 d0의 차이점

The D8 illumination method is suitable for most solid surface color measurements, while the D0 illumination method is suitable for transparent materials and liquids. The choice of the appropriate lighting method depends on the type of sample being measured, the desired measurement results, and the setup of the instrument. 실제로, the corresponding lighting method should be selected according to the specific needs, and ensure that the measurement is carried out in accordance with the relevant standards and specifications.