The paper introduces the technology of poplar wood furniture such as wood moisture content, the board requirements and finishing and coating of the furniture components.
详细介绍了生产杨木家具的板材含水率、质量要求、家具部件涂饰等加工工艺。
This is the moisture content within the wood fibers where moisture is neither gained nor lost.
这是在那里水分既不是赢得了木纤维的水分含量，也没有丧失。
Other fuels such as wood, biomass, shredded tires and sludge are also candidates, depending on their percentage of heat input, moisture content and emission requirements.
其它燃料如木头，生物燃料，碎轮胎以及煤泥，也可作为燃料，这取决于其对热量输入百分比，水分含量和排放的要求。
Moisture content of wood can directly affect the quality of products wood crafts.
木材含水量的高低将直接影响到木雕工艺品的产品品质。
First, experimental study on the influence of air temperature, velocity, initial moisture content of wood particles and mass flow rates ratio in the process of ISD has been performed.
首先，在不同气流温度、温度、流量及不同刨花初含水率、载带率条件下进行刨花对撞流干燥实验。
Bonding tests of high moisture content wood with polyurethane adhesives were also carried out tentatively.
同时进行了聚氨酯胶粘剂用于高含水率木材粘接的试验。
This article presented experimental result and empirical formula of heat value of wood fuel, and analysed influence of moisture content of wood fuel on the heat value.
介绍了木质燃料发热量的实验结果，对计算木质燃料发热量的经验公式进行了修正，并分析了木质燃料中水分对发热量的影响。
The changing regularity of drying speed, moisture content and surface temperature of wood was determined and analyzed at different microwave heating power and different heating time.
测定并分析了不同微波加热功率、加热时间条件下木材的表面温度、干燥速度和含水率的变化规律。
This study focuses on the influence of initial fiber moisture content, air temperature, air flux and loading ratio on the drying efficiency and quality of wood fiber in impinging stream-drying system.
该文以垂直倾斜半环多级组合对撞流干燥系统为研究对象，通过对木质纤维进行初含水率、气流流量、气流温度和带载率等系统参数的实验研究，探讨木质纤维的对撞流干燥特性。
In this paper, the moisture content and its distribution of each growth ring in air dried wood specimens have been tested by using X-ray scanning densitometer.
用X射线扫描密度计测量气干材含水率及其每一年轮的水分分布。
The main quality indexes of coking wood has wood balance moisture content than unprocessed materials low around 3%, dry shrinkage rate less than 5%, superior teak 7%.
炭化木的质量指标主要有木材平衡含水率比未处理材低3%左右，干缩率小于5%，优于柚木的7%。
Second-ranking carbonization depth anticorrosive wood not bibulous, moisture content is low, is not craze lumber.
深度炭化防腐木不易吸水，含水率低，是不开裂的木材。
Second-ranking carbonization depth anticorrosive wood not bibulous, moisture content is low, is not craze lumber.
深度炭化防腐木不易吸水，含水率低，是不开裂的木材。
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