竹屑

制备了一种竹屑粉脲醛树脂（UF）基复合材料，并对其性能特点进行了研究；

A bamboo powder reinforcement UF resin composite was prepared .

竹屑粉UF基复合材料的制备及其力学性能研究

Preparation of Bamboo Powder Reinforcement UF Resin Matrix Composite and Its Mechanical Properties

以竹屑为原料，研究了KOH活化法高比表面积活性炭的制备工艺。

High specific surface area activated carbon was prepared frombamboo by chemical activation with KOH .

实验以木屑、竹屑为原料，浸渍过渡金属配伍Ni-Cu-K和Mn-Cu-K，用磷酸化学活化法制备活性炭催化氧化体系，研究了其制备条件的最优化，并测定了体系性能。

The systems were prepared from wooden-dust or bamboo-dust by use of H3PO4 as an activating agent and transition metals Ni-Cu-K or Mn-Cu-K as catalysts and a set of the best preparation condition was verified by orthogonal experiment .

竹屑成分测定及其精度分析

Measurement of the Constituent of Bamboo Powder and Its Precision Analysis

竹屑磷酸法制取活性炭的研究

Study on making activated carbon from bamboo sawdust by phosphoric acid method

木竹屑炭化制脱臭剂的试验研究

The Experimental Studies on the Preparation of Deodorant with Carbonization of Wood and Bamboo Scraps

以竹屑为原料，用磷酸复合活化剂（由磷酸添加一种酸性化合物A和一种盐类化合物S）法制备活性炭。

An activated carbon was prepared from bamboo sawdust by a composite phosphoric acid activator method .

对卧式工业燃煤锅炉改用木、竹屑作燃料后几个问题的初步探索

The Tentative Exploration of Problems When Horizontal Industrial Coal Boiler Adopting Chip , Bamboo Sawdust Instead of Coal

研究了以竹屑为原料进行水解生产木糖。

This work deals with preparation of crude xylose by hydrolyzing bamboo chips , which is a novel raw material applied to xylose production .

本研究以水稻秸秆和竹屑作为原材料制备生物炭，通过性质表征和简单的吸附试验筛选出性能较好的生物炭，用作大豆盆栽试验和土柱淋溶试验。

In this study , rice straw and bamboo sawdust used as raw material were prepared for biochars . Through characterization of biochars and its simple adsorption experiments , biochars with better performance were screened for soybean pot experiment and soil column leaching test .

材料与方法将非金属非植物性异物（有机玻璃、无机玻璃、沙粒、湿泥团）、植物性异物（干木屑、湿木屑、干竹屑）随机植入4只大白兔大腿肌肉内。

Materials and Methods Non-metallic / non-wooden foreign bodies ( including flexible and glass 、 sands 、 wet mud ) and wooden foreign bodies ( including dry and wet wood scraps , bamboo scraps ) were randomly lodged into the hind thigh of four big rabbit .

结果表明：竹屑粉/PF复合材料中的竹屑粉含量和粒度对性能有明显的影响，控制竹屑粉的粒度和分散度能使竹屑粉/PF复合材料取得较好的性能。

The dimension of particles and the content of bamboo powder in the composite was obvious to the compound materials performance influence . The bamboo powder reinforcement PF resin composites could get better property by controlling the dimension of the particles and its area in the material .