In this paper, X -ray image of wood defect are treated by computer, which can give the edge and details of defect prominence.
对木材缺陷的X光图像进行计算机处理，可以突出缺陷的边缘与细节，便于人眼和计算机进行有效地识别。
Wavelet analysis and neural networks combine together, can examining the position and size of the hole defect, achieving wood defect quantitative testing.
小波包分解和神经网络相结合，能够检测孔洞缺陷的大小和位置，较好的实现了木材孔洞缺陷的定量检测。
This paper reviews application process for surface decoration of wood furniture, including selecting material, surface characteristic, defect analysis, pre-surface preparation and coloring etc.
综述了木家具表面涂饰的施工工艺，包括选材、表面特征和缺陷分析、涂前处理及着色等。
This paper reviews application process for surface decoration of wood furniture, including selection material, surface characteristic, defect analysis, pre-surface preparation and coloring etc.
综述了木家具表面涂饰的施工工艺，包括选材、表面特征和缺陷分析、涂前处理及着色等。
This paper reviews application process for surface decoration of wood furniture, including selection material, surface characteristic, defect analysis, pre-surface preparation and coloring etc.
综述了木家具表面涂饰的施工工艺，包括选材、面特征和缺陷分析、前处理及着色等。
Secondly, laser sensor quantitative measure wood surface roughness method and wood surface defect recognition are studied by the test system consisting of FFT analyzer, laser sensor etc.
其次，使用由FFT快速傅立叶分析仪、激光传感器等组成的检测系统，进行了激光传感器对木材表面粗糙度定量测量方法的研究和木材表面缺陷识别的研究。
Wood inner-defect detecting technology is a newly arisen and many subjects intersectional technology which has been successfully applied in wood production and many other fields.
木材内部缺陷无损检测技术是新兴的多学科交叉的技术，该技术对木材生产领域及其深加工等多方面有着较高的应用价值。
Wood inner-defect detecting technology is a newly arisen and many subjects intersectional technology which has been successfully applied in wood production and many other fields.
木材内部缺陷无损检测技术是新兴的多学科交叉的技术，该技术对木材生产领域及其深加工等多方面有着较高的应用价值。
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