他在研究稻壳中的一种物质。
它的灯泡式净水器以浸渍纳米银颗粒的稻壳灰制成。
Its bulb-like purifier USES rice-husk ash impregnated with nano-silver particles.
加入稻壳灰能够提高混凝土强度及抗腐蚀性。
Adding the ash makes concrete stronger and more resistant to corrosion.
我们要采购稻壳灰，大米，食糖和其他商品。
We want to buy Rice Husk ash, Rice, Sugar and Other Commodities.
利用工厂燃烧废弃的稻壳灰与碱液反应制备硅酸钠。
The rice husk ash abandoned by the factory after burnt was used to prepare sodium silicate after reacted with alkali liquor.
研究了搅拌强度对稻壳制备优质白炭黑结构的影响。
The effect of stirring intensity on the structure of white carbon made from rice husk is investigated.
稻壳灰是具有高硅酸盐含量的谷类的一种木质的硬层。
The rice husk is a ligneous hard layer of the cereal with high silicate content.
本文提出了由稻壳灰制高模数的水玻璃和活性炭的新工艺。
A new way of preparing big modulus sodium silicate and active charcoal from rice dusk ash was described.
对特定油脂，白酒糟稻壳吸附剂是一种优良的亲油疏水吸附剂。
The adsorbent of rice husk from distiller's grains is lipophilic and hydrophobic.
稻壳灰经碱液处理后，再用硫酸活化以制取大豆油精炼中的脱色剂。
Rice hull ash (RHA) was activated with sulfuric acid after treatment with alkali soluted to produce an adsorbent for the soybean oil industry.
在聚氨酯发泡过程中，加入稻壳，制备了稻壳添加聚氨酯泡沫塑料。
Rice hull was added in the molding of polyurethane foam system and a polyurethane foam material was synthesized. its preparation and degradation in natural condition were studied.
稻壳燃烧特性与煤不同，在作为燃料用于链条炉排锅炉时存在一些问题。
There are some problems when endless grate boilers fire rice husk instead of coal, and the reasons are analyzed in this paper.
并利用XRD、IR和SEM研究了稻壳在制备气凝胶过程中的结构变化。
The structure transformation of rice husk during the aerogel preparation was investigated by XRD, IR and SEM.
应用分形几何理论，研究了不同条件下制备的黑稻壳颗粒的表面结构特征。
In this paper, the structure characteristics of particle surface of black rice husk produced under different conditions were studied by the fractal geometry.
分析比较得出PE/稻壳粉和PP/稻壳粉复合材料两者的发烟特性相近。
The smoking characteristics of the rice hull flour filled with common thermoplastics polyethylene ( PE ), polypropylene( PP) , polyvinyl chloride( PVC) composites were evaluated by cone calorimeter.
如果生产规模扩大到全美国的糠皮都作为原料，那么稻壳灰的年产量将达到210万吨。
If production is scaled up to use all of the rice husks produced in the United States, they could produce 2.1 million tons of ash each year.
研究了水稻成熟叶片和稻壳中硅体的物相、自发荧光、红外和紫外吸收特性。
Silica bodies were isolated from the leaf and the husk of the rice.
根据单向加热炉的热损值测定表明：稻壳灰的保温性能与炭化稻壳是相近的。
According to the determination of heat lose rate in AMITEC it is confirmed that the insulation property of ash of rice husks is similar to that of carbonized rice husks.
砻谷机头的下面设有分离箱，能使稻壳、瘪谷、尘土从谷糙混合物中分离出去。
Under the rice huller head winnower is designed for separating husks, unripe paddy and dust from the mixture of unhulled paddy and brown rice.
稻壳碗碎片置于腐殖土上，15天后微生物在碎片上的覆盖率即达到100%。
Microbe growth test has shown the rate of microbe coverage on the pieces of rice hull bowl was 100% after 15 days.
通过对稻壳粉进行筛分，测量了不同粒径稻壳粉的松散堆积密度和振实堆积密度。
By sieving the rice husk particles (RHPs), the paper presents the loose and the tap bulk density of different sizes of rice husk.
利用机械通风结合粮面稻壳压盖控温技术，进行了偏高水分晚籼稻谷保水度夏试验。
Mechanical ventilation combining with covering grain surface by rice husk were used to keep moisture of late indica rice of high moisture content and safely spend summer.
研究了4%杀螟丹粒剂在水稻植株、稻米、稻壳、稻田水和土壤中的残留及消解动态。
The residue and degradation dynamic of 4% cartap in rice plant, rice, rice hull, paddyfield water and paddyfield soil was studied.
为了改善钢包覆盖剂的保温性能，研制出了采用炭化稻壳为主原料的新型钢包覆盖剂。
In order to improve the insulation performance of the ladle covering flux a new type carbide rice husk based ladle covering flux has been developed.
在此基础上，比较了螺旋给料机输送、重力输送和皮带输送机输送稻壳方法的优缺点。
On the basis of this, all kinds of ways to transport rice husk are compared.
如果该方法被证明成功，他们将开始建设全尺寸的加热炉，该加热炉将能够年产15000吨稻壳灰。
If it proves successful, they will begin construction on an full-sized furnace that can produce 15,000 tons of rice husk ash annually.
如果该方法被证明成功，他们将开始建设全尺寸的加热炉，该加热炉将能够年产15000吨稻壳灰。
If it proves successful, they will begin construction on an full-sized furnace that can produce 15, 000 tons of rice husk ash annually.
我们希望能在全世界任何地方开展生产而不用担心稻壳或棉籽壳价格攀升，因为有多种选择。
You want to be able to do this anywhere in the world and not worry about peak rice hull or peak cottonseed hulls, because you have multiple choices.
我们希望能在全世界任何地方开展生产而不用担心稻壳或棉籽壳价格攀升，因为有多种选择。
You want to be able to do this anywhere in the world and not worry about peak rice hull or peak cottonseed hulls, because you have multiple choices.
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