查询词典 wood-frame

UV paint to the plate like a layer of plastic film cover, very sleek, very bright, but it would have lost the feeling of wood and wood painting is the use of the original wood floors pursuit.

UV漆使地板块像覆盖了一层塑料膜，很光滑、很亮，但它失去了木质的本来感觉，而木质感正是人们使用实木地板的本来追求。

Wood packing material is wood or wood product used in supporting , protecting, or carrying a consignment.

木质包装材料是用于支撑、保护或装载货物的木材或木制品。

With a lot of wood products manufactures and wood structure design companies come into China these years, more and more people become familiar with the light wood structures, and people are very likely to live in it.

近几年来，随着国外木制品生产厂商及木结构设计单位的相继进驻国内，轻型木结构建筑正在被越来越多的认识和接受。

My company gathers crystal perfume an a run by private capital for, wood a profession designing, producing, for the domestic salely, Waimao in integral whole, company the technical personnel is strong, the new product development is quick, is a crystal it all of bright and new star in a flash , crystal perfume bottle, censer, the Tanguan is upscale, beautiful vogue, solid wood in file in senior high school box, Fang black wood the box is noble cultured, the function is strong, is collect and keep adornment bottle the inside is indispensable a part, if you view the company website, wanting to further understand to our company can contact our company.

我公司集水钻坯料，水晶香水瓶，木盒专业设计，生产，内销，外贸于一体的一家民营企业，公司技术人员雄厚，新产品开发迅速，是水晶之都的一颗闪亮的新星，水晶香水瓶，香炉，坛罐材质高档，美观时尚，高中档实木盒，纺红木盒高贵典雅，实用性强，是收藏装饰品中不可缺少的一部分，如果你浏览公司网站，要对本公司进一步了解可与我们公司联系。

Beijing HANS-ROCK Building Materials Co., Ltd established in 2001, is \"HANS-ROCK\" doors and windows' assembly center in China specializing in \"HANS-ROCK\" brand aluminum composite wood windows, pure wood windows, Copper and wood windows as well as the whole series of sunshine room product sales and other related professional services.

北京汉斯诺克建筑材料有限公司建于2001年，是&HANS-ROCK&门窗在中国的物流装配中心，专门从事&HANS-ROCK&品牌下铝木复合门窗、纯木门窗、铜木复合门窗及全系列阳光房产品的销售及相关配套服务的专业化公司。

In this paper though built a mathematical model of single cell structure of wood fiber,oriented machining method for micro-wood fiber was analyzed and determined,and also the splitting crack condition to form micro-wood fiber was discussed as well.

通过建立单个木纤维细胞结构形状的数学方程，分析确定定向微米木纤维加工技术形成的方法，同时讨论了实现微米木纤维细胞劈裂的条件。

Based on setting up mathematical model of wood fiber cell structure, this paper studied on the variation description method of wood fiber cell structure, at the same time, this item set up the judging rule of the smallest cutting thickness of micrometer wood fiber cell splitting, gaining the high strength MFB of poplar whose modulus reach above 5171MPa.

本文在建立木纤维细胞结构数学模型的基础上，进行了木材纤维细胞结构劈裂描述方法的研究，建立了微米木纤维细胞劈裂的最小切削厚度判定原则，MFB的实验研究获得了弹性模量达到5171MPa以上的高强度试件。

The infra red spectra of specimens show that there are evident changes of waves at the wavelength of 1743, 1660 and 1605cm-1 which are attributed to the change of C=O in wood. So it is clear that at least hemicellulose, even lignin in wood cell chemically changes during heat treatment of compressed wood of China fir.

红外吸收光谱表明，在热处理过程中波数在1743，1660和1605cm-1附近的羰基峰的变化趋势最为明显，说明在热处理固定杉木压缩木材的过程中，至少半纤维素，甚至木素发生了化学变化

According to the theory of stress-strain relationship of transverse compressive deformation and wood rheological character, it studies the factors about deformation permanent fixation caused by different methods, and analyzes the component change of wood cell wall caused by four physical treatment methods in this experiment. According to the newest research achievements, it is thought that the absolute release of deformation stress and the effective formation of cohesion inside wood are the main reasons of compressive deformation's permanent fixation.

根据木材横纹压缩应力-应变关系、木材流变学特性等理论对木材压缩及变形固定常用方法对形成变形永久固定的主要原因进行了探讨，根据前人对横纹压缩变形的永久固定理论及本实验中使用的四种物理处理方法在处理过程中对木材细胞壁基质物质的变化和表现出的力学特性的影响进行了分析，结合国内外最新研究成果，认为形成木材压缩变形永久固定的主要原因是木材内部变形应力充分释放和内聚力的有效形成。

In order to find the reasons for susceptible collapse of wood cell in structure, the ultra –structure of wood were observed and analysis the effect of ultra-structure on paths of free water moving with E.urophylla and E. grandix×urophylla as materials. Based on the research on structure, the reasons of susceptible collapse of wood were discussed.

摘 要：本文以尾叶桉（E.urophylla）和尾巨桉（E.grandix×urophylla）为研究试材，用扫描电子显微镜观测了这两种木材的超微构造，分析了构造对自由水移动途径的影响，探讨了尾叶桉、尾巨桉木材容易发生皱缩在构造上的原因，根据皱缩发生的机理确定了尾叶桉、尾巨桉木材发生皱缩的基本条件。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。