New Intelligent-Environment Wood-Based Materials

Guo Liang Li; Jian Li; Zhen Jia

doi:10.4028/www.scientific.net/AMR.113-116.2296

Paper Titles

The Effects of Negative Pressure Cavitation Method (NPC) on Adsorption of Heavy Metals Solution by Candida utilis
p.2278

Study on Properties of Fresh and Hardened Slag Cement Paste
p.2283

Aluminum Flow Analysis for the Life Cycle of Aluminum Products
p.2287

Ultrasound-UV Method Detect Oil Content of Oily Sludge from Daqing Oilfield
p.2292

New Intelligent-Environment Wood-Based Materials
p.2296

Recovery of Zinc from EAF Dust by Alkaline Extraction
p.2299

Study on Short-Cut Nitrification Aerobic Granular Sludge Cultivation and Carbon-Nitrogen Removal
p.2305

Pilot Study on Removal and Recovery of Nitrogen and Phosphorus in Human Urine by Crystallization of Magnesium Ammonium Phosphate
p.2310

Composts from Green Waste as Peat Substitutes for Cutting Propagation of Impatiens hawkeri
p.2314

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 113-116New Intelligent-Environment Wood-Based Materials

New Intelligent-Environment Wood-Based Materials

Abstract:

The objective of this paper is to apply the wood-based composite materials into the field of intelligent decorative materials or wooden crafts materials, and then improve people's life quality in the micro-environment. We introduce photochromic materials and the micro-capsule technology, and bring them into the processing field of wood-based composite materials, which make us find a new thinking direction for high value-added wood-based products. So that wood will be efficient and rational use of meeting demands of domestic and international market for intelligent and environment-friendly high-grade raw materials.