frw

Influence of FRW Fire Retardant Treatment on the color and Painting Properties of Wood

FRW阻燃处理木材的颜色和涂饰性能

Influence on FRW Fire-retardant MDF Properties of Its Manufacture Factors

制板因素对FRW阻燃中密度纤维板性能的影响

Fire - retarding Treatment of Larch Wood with FRW Fire Retardant

落叶松木材的FRW阻燃处理技术

Study on the smoke inhibition of wood fire retardant FRW by cone calorimeter

用CONE法研究木材阻燃剂FRW的抑烟性能

Quantum Tunneling Creation of a Closed FRW Universe

封闭的FRW宇宙的量子隧道创生

Properties and Pressing Variables of Medium Density Fiberboard ( MDF ) with FRW Fire Retardant

FRW阻燃中密度纤维板的性能及其制板工艺

Study on the Properties of FRW Fire-retardant Plywood of Betula

FRW阻燃桦木胶合板的性能研究

Study on fire-retardation mechanism of fire retardant FRW by thermoanalysis

用热分析法研究木材阻燃剂FRW的阻燃机理

The FRW treatment of wood could drastically increase its charring , while its ignition time was not influenced too much ;

FRW阻燃处理能显著提高木材燃烧时的成炭率，但对木材的点燃时间影响不大；

Based on the grey theory and the fuzzy theory , the grey relationship degree evaluation model and the fuzzy relative weight ( FRW ) were introduced .

根据灰色系统理论和模糊数学，引进了一种灰关联度综合评价模型和模糊相对权重的概念。

Study on the Physical-Mechanical and Fire-Retardant Properties of FRW Fire-Retardant Plywood of Populus

FRW阻燃杨木胶合板物理力学性能和阻燃性能的研究

The Fire-Retardant Mechanism of Fire-Retardant FRW for Wood

木材阻燃剂FRW的阻燃机理

FRW Fire Retardant for Wood

新型木材阻燃剂FRW

Fire-retardancy of A Novel Fire Retardant FRW Application of FRDL-112 Fire Retardant on Larix Timber

新型木材阻燃剂FRW的阻燃性能FRDL-112阻燃剂在落叶松材上的应用

The veneer used for manufacturing the excellent FRW fire-retardant plywood of Populus was treated by the patented product of FRW fire retardant .

选用新型木材阻燃剂FRW处理杨木单板，研制阻燃性能优异的FRW阻燃杨木胶合板，并对其各项物理力学性能和阻燃性能进行了测试。

Theadhesive force of paint coating , gloss and solidification time of FRW treated wood and untreated woodindicate that the treatment with FRW hardly influences the painting properties of wood .

FRW阻燃木材及未处理材的漆膜附着力、光泽和固化时间的测试结果表明，FRW处理对木材的涂饰性能基本无影响。

The Application of Cone Calorimeter in Measuring and Testing the Fire Retardancy of Wood : Fire Retardant Property of FRW Treated Larch Wood Using cone calorimeter , we studied the combustion of nine tree species .

锥形量热仪法在木材阻燃性能测试中的应用&FRW阻燃落叶松木材阻燃性能分析并利用锥形量热仪测定了9种树叶的燃烧性，对木荷和马尾松落叶的燃烧性也进行了比较；

Through experiments , the optimum pressing variables of MDF with FRW fire retardant were found : resin content is 15 % , FRW fire retardant content 11 % , pressing temperature 175 ℃, pressing time 6.5 min.

FRW阻燃中密度纤维板最佳制板工艺条件为：胶粘剂用量15%、阻燃剂用量11%、热压温度175℃、热压时间6.5min。

The curve of Mass Loss Rate ( MLR ) of FRW was similar to its RHR curve , and the weight loss and heat release of FRW treated wood took place mainly in the flaming period of combustion ;

FRW阻燃木材的质量损失速率（MLR）曲线与RHR曲线相似，失重和热释放主要发生在有焰燃烧阶段；

By analyzing the micro-area FTIR spectra of the charring products of FRW fire-retardant wood in different charring phases . their structural characteristics were deduced . and the charring process of FRW fire retardant wood was discussed .

通过解析FRW阻燃木材不同炭化阶段产物的微区FTIR谱，推断其结构特征.进而讨论了FRW阻燃木材的炭化过程。

The results of the vacuum-pressure-treatment of larch wood by fire retardant solution and the CONE test showed that the larch wood treatment by fire retardant wood ( FRW ) was easier and the effect of fire retardant treatment was obvious .

落叶松木材的阻燃剂溶液真空加压处理和CONE试验结果表明，微波改性落叶松木材易于进行FRW阻燃处理，阻燃效果明显。

Under free repair / replacement warranty ( FRW ) condition , the research results the location parameter is not zero , around 400 ~ 600 hours , on the simulation of computer motherboard , graphic card , server motherboard , and notebook .

在免费维修保固的条件下，选定计算机主板，显示卡，服务器主板及笔记本电脑产品为例，发现所有WPP图标为非线性，其位置参数不为零，多分布在400~600小时。

On the basis of comprehensive study of the result of the thermal analysis , the cone calorimetry and the FTIR for wood treated with fire-retardant FRW , by combining the current theory for fire-retardant wood , the fire-retardant mechanism of FRW was proposed .

在综合分析热分析法、锥形量热仪法和FTIR法获得的FRW阻燃机理研究结果并吸收木材阻燃机理研究现有成果的基础上，推导进而提出了木材阻燃剂FRW的阻燃机理。

The smoke ratio . the specific extinction area and the carbon dioxide concentration of the FRW treated wood . and the combustion indexes of the FRW treated wood were more than 50 % lower than the value of the untreated wood when the FRW retention is .

总热释放量、烟比率、比消光面积、二氧化碳体积分数等燃烧参数均比未处理材降低50%以上.并且、这些燃烧参数随着FRW质量分数的升高而降低。