1) hollow glass bead
中空玻珠
1.
Ultrafine iron-coated hollow glass bead core-shell composite particles with compact shell were prepared by using amine-terminated polyurethane(ATPU) as surfactant.
用ATPU作表面活性剂制备出了超微铁包裹中空玻珠核壳复合粒子,详细地研究了中空玻珠的性质以及ATPU的用量对中空玻珠/超微铁核壳复合粒子的微观结构的影响。
2.
Having consulted all the available literature on the subject, according the basic principal and method of design of radar absorbing materials, composites of epoxy resin (EP)-coated ultramicro iron, ultramicro iron-coated hollow glass bead, and hollow glass bead /ultramicro iron/ EP with three-layer structure were prepared.
本文是在查阅了大量国内外文献的基础上，依据雷达波吸收材料研究的基本理论和设计方法，以羰基铁为重点研究对象，采用原位复合的方法制备环氧树脂(EP)包裹羰基铁、超微铁包裹中空玻珠以及中空玻珠／超微铁／EP三层结构复合粒子。
2) hollow glass bead
中空玻璃微珠
1.
Effect of hollow glass bead and the others in thermal insulation elastic coatings;
中空玻璃微珠等填料在弹性隔热涂料中的性能研究
2.
Study on the Preparation and Properties of EVA/Hollow Glass Beads Filled Heat-insulation Composites
EVA/中空玻璃微珠隔热复合材料的制备与性能研究
3.
The particle size-accumulative frequency distribution of 6 kinds of hollow glass bead was measured in order to investigate the relationship between the voidage and the fractal character of particle size distribution of hollow glass bead.
为研究中空玻璃微珠粒度分布分形特征与空隙率的关系,测量了6种中空玻璃微珠的粒度累积分布,用统计学概念与分形理论分别考察了中空玻璃微珠的粒度分布法则及其分形特征。
3) hollow glass beads
中空玻璃微珠
1.
Polypropylene (PP) was filled by hollow glass beads (HGB) with different size to make composites.
采用不同粒径的中空玻璃微珠(HGB)填充聚丙烯(PP)。
2.
The paper dealt with the epoxy composite with the properties of high strength and low condensity, which were prepared with epoxy resin, hollow glass beads, coupling agent, curing agent,plastizer and other additives.
讨论了用发电厂固体废料中的中空玻璃微珠填充Ｅ－４４环氧树脂制备轻质复合材料。
4) Hollow glass spheres(HGS)
中空玻璃微珠(HGS)
5) hollow glass bead
空心玻璃珠
1.
Separation efficiencies of hollow glass beads were measured under room temperature and different nozzle inlet total pressures from 482 kPa to 537 kPa.
建立了超音速气固两相分离装置试验系统,在室温和不同喷管进口全压下,对空心玻璃珠颗粒的分离效率进行了试验研究。
6) ultrafine iron-coated hollow glass bead composite particles
中空玻珠/超微铁核壳复合粒子
1.
The factors such as the characters of the hollow glass beads and the amount of ATPU which influence the microstructure of the ultrafine iron-coated hollow glass bead composite particles were studied in detail.
用ATPU作表面活性剂制备出了超微铁包裹中空玻珠核壳复合粒子,详细地研究了中空玻珠的性质以及ATPU的用量对中空玻珠/超微铁核壳复合粒子的微观结构的影响。
补充资料：大叶紫珠 - 紫珠叶
【通用名称】
大叶紫珠 - 紫珠叶
【其他名称】
紫珠叶 Folium Callicarpaae Macrophyllae (英)Bigleaf Beautyberry Leaf
【别名】
大风叶、白狗肠、大叶紫珠。
【来源】
为马鞭草科植物大叶紫珠Callicarpa macrophylla vahl的叶。
【植物形态】
灌木或小乔木，幼枝被灰白色长茸毛。叶对生，长椭圆形至椭圆状披针形，上面有短柔毛，老时稍粗糙，下面密被灰白色茸毛，两面有不明显的金黄色腺点，聚伞花序5～7次分歧，总花梗长2～4cm；花萼4齿裂，被星状柔毛；花冠紫色，管状，先端4裂，略被细毛；雄蕊4；子房上位，4室。浆果状核果，小球形，有腺点，熟时紫红色。花期夏季。 生于山坡 、路旁、疏林中。产于广东、广西、云南、贵州。
【采制】
夏、秋季采叶，晒干或鲜用。
【性状】
叶多卷曲、皱缩，有的破碎。完整者展平后，长椭圆形至椭圆状披针形，长15～30cm，宽5～11cm，先端渐尖，边缘有锯齿，上面有短柔毛，下面密被灰白色茸毛。气微，味微苦。
【化学成分】
含紫珠萜酮（calliterpenone）、木犀草素、芹菜素、大波斯菊甙（cosmosiin）、木犀草甙。
【性味】
性平，味微辛、苦。
【功能主治】
止血消炎，散瘀消肿。用于胃及十二指肠贵疡出血、外伤出血、衄血、齿龈出血、扭伤肿痛、化脓性皮肤溃疡、烧伤、流感。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条