人造板材

目的为研究住宅内人造板材释放甲醛等有害气体的排污效能。

The aim is to research on the contaminant removing efficiency of the formaldehyde of artificial plate in the residence .

通过对5间购入新家具的室内环境空气中甲醛、苯、甲苯和总挥发性有机化合物（TVOC）的定量分析，确定了人造板材制品释放挥发性有机化合物的污染水平。

The air concentration of the formaldehyde , benzene , toluene and total volatile organic compounds ( TVOC ) released from synthetic products were determined in 5 rooms placed new furniture to get the pollution levels .

为了研究木质人造板材释放气体的遗传毒性，用木质人造板材释放的不同浓度的甲醛气体对蚕豆Viciafaba根尖进行染毒，用显微镜观测根尖细胞的微核率。

Object to study the genetic toxicity of the gas emitted from the artificial wood-based board . To expose the gases containing formaldehyde 1.24mg/m3 and 3.71mg/m3 on the vicia faba root tip , the micronucleus rates of the root tip cells were observed with a microscope .

结果在夏季高温环境中人造板材甲醛释放量与湿度关系密切。

Results The formaldehyde emission varied with humidity in the thermal environment .

稻草板是一种不含甲醛的非木质人造板材。

Rice straw board is a kind of non-wooden panel with zero-formaldehyde .

温、湿度变化对木质人造板材甲醛释放影响

Effect of temperature and humidity from artificial wood-based board on formaldehyde emission

人造板材游离甲醛清除剂的研究及其应用

Research and Application of Free Formol Release Agent for the Artificial Plywood

你知道，人造板材是污染物甲醛的来源之一。

You know , artificial boards are a source of the pollutant formaldehyde .

板材除毒剂对人造板材释放的甲醛等污染物净化效果研究

Research on the decontamination effect of plywood detoxicator on contaminations from artificial plywood

木质人造板材的甲醛释放量兰州市售人造板材甲醛释放量

Investigation of Quantity of Formaldehyde Released by Artificial Wood-Based Boards Sold in Lanzhou

木质人造板材中甲醛释放特征的研究

Study on Formaldehyde Emissions from Artificial Wood-based Board

由于其短轮期特性，正成为我国纸浆材及人造板材的重要原料树种。

It is becoming important pulp and artificial board material tree species as its short rotation .

室内装饰装修工程中人造板材游离甲醛监测评价与分析

Monitoring Appraisal of Content of Free Formaldehyde in Wood-based Panels of Indoor Decorating and Refurbishing Materials

林木良种在林业建设中的战略地位云南松单板类人造板材良种选育的研究

Strategic place of tree elite seed in forestry construction Study on Elite Breed Selection for Wood-base Panel Production of Pinus yunnanensis

目的研究温、湿度对木质人造板材甲醛释放影响，建立不同温、湿度甲醛释放预测模型。

Objective To study formaldehyde emission influenced by temperature and relative humidity from artificial wood-based board and set up predictive model for formaldehyde emission .

分别用穿孔法和大室法研究了4种人造板材（胶合板、细木工板、刨花板和中密度纤维板）的甲醛散发水平。

Formaldehyde emission levels of four kinds of wood-base d panel ( Plywood , Blockboard , Particleboard and MDF ) were studied with perforate m ethod and large chamber method .

云南松是制作人造板材的重要工业用材树种，也是生产工业原料松香的主要树种。

The pine is an important industrial wood species of tree to make panels and also it is a main species of tree to produce rosin , which is a kind of industrial material .

通过对武汉市建筑装饰材料市场的11种木质人造板材甲醛释放量的研究分析表明，甲醛释放浓度随时间有显著变化。

By the analysis of formaldehyde emitted from 11 types of artificial wood-based boards taken from construction market in Wuhan city , the results showed that the emission concentrations have notably varied along with time .

家具板材优化排料，是家具在产品设计、制造和使用过程中如何节约人造板材、优化利用资源的问题，有重要经济意义和社会效益。

The Cutting Stock Problem in furniture manufacture is concerned about how to save materials , optimize resources in the design , manufacture and use of product . The research on the problem has important economic significances and social benefits .

这些材料成材期短，资源相对丰富，附加值提升空间大，且回收利用工艺较为简单，多用来制作人造板材；板式家具的板材应尽量采用绿色、环保的新型复合板材。

These materials become useful short , resources are relatively rich in added value to enhance a large space , and the recycling process more simple , more used to make artificial boards ; panel furniture plates should be used green , environmentally friendly new composite plate .

本文从剖析甲醛来源及其释放影响因素入手，得出室内空气中甲醛的来源主要有以下几个方面：（1）用作室内装饰的胶合板，细木工板，中密度纤维板和刨花板等人造板材。

Starting from the study on the source of indoor formaldehyde and the analysis of elements affecting its emission , the thesis elicits that indoor formaldehyde comes mainly from the following places : ( 1 ) decoration-used artificial glue board , wood block , fiberboard and flakeboard ;

人造板板材甲醛释放量低。

Besides , the re-lease of formaldehyde from panels was very low .

分层浇铸法研制松香改性不饱和聚酯人造大理石板材

The Development of Artificial Marble Sheet from Rosin Acid Unsaturated Polyester by Layered Casting

人造石板材的成型工艺与应用

Process and Application of Artificial Marble Board