植物板

非木材植物人造板工艺与设备进展

Development of technology and equipments of non - wood based panel

本文论述了国内外非木材植物人造板在产品开发、关键工艺的制定和成套设备及专用单机的研制方面的情况。

The paper discusses the recent situation and development on the respects of products exploitation , technology layout , equipment manufacture of non-wood based panel .

试论无机胶合非木材植物纤维人造板的生产方法

The Production Process of an Inorganic-bonded Non-wood Vegetable Fiber Based Panel

文章题目毛莨科植物导管穿孔板结构的比较观察。

Comparative studies of perforation plate structures of vessels in Ranunculaceae .

植物纤维复合板生产线设计分析

An analyse of design of production line for plant fiber composite boards

改性脲醛树脂及其一年生植物纤维复合板

Modified urea resin and its composite plates reinforced with annual plant fiber

一种新型人造板&沥青基植物纤维复合板

A New Kind of Artificial Board & Bitumen and Plant Fiber Composite Board

以不改变生产成本为前提，对低容重一年生植物纤维复合板的耐水性进行了研究。

With the prerequisite of production cost unchanged , the water resistance of fiber composite plates of low unit weight annual plants is studied .

本文对一年生植物纤维复合板的吸水机理进行了探讨，并研制了新型防水剂GM&1。

The hygroscopic mechanism of composite plates with annual plant fibre was studied in this paper , and a new type of waterproofing agent ( GM-1 ) was developed .

结果表明：在一年生植物纤维复合板热压前加入GM&1防水剂，可大大降低复合板的吸水厚度膨胀率，且板的静曲强度有所提高，生产和操作也能得到改善。

The results showed that the dilatability of hygroscopic thickness of the composite plates with annual plant fibre which were added with GM & 1 before hot-press was reduced greatly , and the static flexural strength was increased . It also improved the production and operation .

无机胶凝植物碎料UBS板性能研究

Study on Properties of the Inorganic Gelation Plant Fiber UBS Sheet

水对植物纤维水泥复合板生产的影响

Effect of water on plant fibre reinforced cement composite plates

植物纤维石膏复合板加工工艺及正交实验法的研究

Study on metnod orthogonal test and process technics of vegetable fibre gypsum board

非木材植物纤维原料人造板

Composite products from non-wood fibrous raw materials

研究了水对植物纤维水泥复合板性能的影响。

The effect of water on the properties of plant fibre reinforced cement composite plates was studied .

自此，人们不断尝试将硅胶、骨蜡、脂肪、游离生长板及血管化生长板等不同移植物用于治疗生长板损伤，取得了一定效果。

Since that , people attempted to solve the problem by transplanting different grafts such as silica gel , bone wax , fat and free growth plate et al .

因为不管是植物还是太阳能电池板，都需要宽阔平坦的表面来吸收太阳能，而人类是不可能变成那种形状的。

To absorb solar energy , whether as a plant or using solar panels , you need a large , flat surface . Humans simply aren 't shaped that way .

目前，市场上现有的原料为植物纤维的装饰板大多以人造板为基材并进行表面装饰后使用，一般厚度较大，造成原材料浪费，空间占据较大，且生产安装过程繁琐，效率低下。

At present , common wood-based panels for decorative plates usually need surface decoration with thickening the plate , wasting raw materials , occupying a larger space , and also complicating the process of production and installation .

从石膏晶体结构、植物纤维结构及石膏基植物纤维板的显微结构与材料特性出发，探讨了石膏基植物纤维板的吸水原理，以及相应的防水措施。

With the analysis of the structure of gypsum crystal , the structure of vegetal fiber , the microstructure of vegetal fiber board based on gypsum and its material characteristic , the theory of sobbing water of vegetal fiber board based on gypsum and relevant measure of waterproof are approached .

药用植物田基黄化学成分的研究石膏基植物纤维板的吸水性及防水措施

Approach Un-waterproof of Vegetal Fiberboard Based on Gypsum and the Measure of Waterproof