multiwall
multiwall
1. In this study, a novel polyimide (PI) film, consisting of multiwall carbon nanotubes (MWCNTs) dispersed in an Ionic Liquid (IL), were demonstrated to be high shielding effectiveness (SE).
为了清楚地了解系统中分子间的作用力，多层壁奈米碳管的分散机制也被定性地研究。
2. Other innovations include a single-serve metal cup for wet cat food and a multiwall paper bag with a slider zipper for dry dog food. 3.
其他创新包括一个单一的服务金属杯湿猫食和多层纸袋的滑块拉链干狗食。3 。
3. Available in 20 kg moisture barrier, multiwall paper bags.
包装在20kg防潮，多层纸袋中。
4. The reactive tube diameter will affect the unit yield of multiwall carbon nanotubes and the quality.
反应管直径大小将影响多壁碳纳米管的单位产量并对多壁碳纳米管质量产生影响。
5. Keywords Chitosan;Multiwall carbon nanotube;Modified electrode;Norepinephrine;Dopamine;Uric acid;
壳聚糖;碳纳米管;修饰电极;肾上腺素;多巴胺;尿酸;
6. multiwall carbon nanotubes
多壁碳纳米管
7. Keywords multiwall carbon nanotube;triethylenetetramine;epoxy resin;composite;mechanical properties;
多壁碳纳米管;三乙烯四胺;环氧树脂;复合材料;力学性能;
8. Keywords Multiwall carbon nanotubes;Amperometric sensor;Amino acids;Ion chromatography;
多壁碳纳米管;离子色谱;氨基酸;安培检测法;
9. Amperometric detection of oxidizable amino acids at multiwall carbon nanotube film modified electrodes by ion chromatography
多壁碳纳米管修饰电极用于离子色谱分离电活性氨基酸的安培检测
10. multiwall nanotube
多壁纳米碳管
11. Keywords multiwall nanotube;nano-oscillators;nanotribology;molecular dynamics;
多壁纳米碳管;纳米振子;纳米摩擦;分子动力学;
12. Multiwall nanotube；
多壁纳米管；
13. multiwall and consumer bag packaging;
多层和消费袋包装;
14. multiwall stacking
多层堆码
15. multiwall vessel
多层式容器
16. multiwall kraft
多层牛皮纸
17. multiwall bag
多层袋
18. This paper summarizes our investigation of the absorption spectra of multiwall carbon nanotubes in the ultraviolet, visible and near-infrared regions.
本论文旨在探讨多壁碳奈管在紫外、可见光、近红外光区的吸收光谱；
19. According to CEI, the film bag weighs 50% less than multiwall paper bags, which means less packaging is sent to landfills, transportation costs are reduced, and less storage is required for the bags.
根据中欧倡议，该薄膜袋重量的50 %不到多层纸袋，这意味着较少的包装被发送到垃圾填埋场，运输成本降低，并减少存储所需的袋子。
20. The influences of reactive tube diameter,catalyst constitution,decomposition temperature and precursor gas volume flow on the yield and quality of multiwall carbon nanotubes are investigated.
根据实验结果,讨论了反应管直径、催化剂组分、反应温度及反应气体对多壁碳纳米管的产量和质量的影响。
21. In addition, Nowak says that “CEI’s woven bag uses less than 50% of the energy required to make a traditional, multiwall bag and generates 50% less air and water pollutants in the production process.
此外，诺瓦克说， “中欧倡议的编织袋使用不少于50 %的能源需要作出一个传统的，多层袋并产生50 %的空气和水污染物在生产过程中。
22. multiwall high pressure vessel
热套式高压容器
23. Multiwall carbon nanotube
碳纳米管
24. Keywords multiwall carbon nanotubes;Eu2 O3;composite;rare oxide;chemistrcal precipitation method;
碳纳米管;氧化铕;复合材料;稀土氧化物;化学沉淀法;
25. Bending strength of the composites materials is not obviously reinforced by carbon nanotubs, because of poor interfacial bonding between the multiwall carbon nanotubes and silver.
碳纳米管和银的弱界面结合， 使得碳纳米管对复合材料的强化效果不明显；
26. Water soluble multiwall carbon nanotube (MWNT) was prepared via chemical oxidation.
碳纳米管表面官能团数量与混酸氧化的时间有很大关系，对后续实验有关键影响。
27. Keywords nanometer materials:multiwall carbon nanotube;chemical vapor deposition;
纳米材料;多壁碳纳米管;化学气相沉淀法;
28. Highly uniform multiwall carbon nanotubes (MWCNTs) were synthesized using template confining growth technique in combination with high temperature annealing.
结合氧化铝模板制约生长技术和高温退火处理,得到了相当统一的多壁碳纳米管。
29. We took measurements of various carbon-nanotube suspensions and nanotube-doped glass in order to observe the absorptive characteristics of multiwall carbon nanotubes in distinct environments.
藉由多种化学溶剂与基质分离技术，我们对碳奈管悬浮液与掺杂碳奈管玻璃进行光谱量测，以观察多壁碳奈管在不同环境的吸收特性。
30. Bag boasts advantages According to CEI, there are a number of reasons why its customers prefer the woven-mesh bag versus a traditional, multiwall paper bag.
袋拥有优势 根据中欧倡议，还有一些原因其客户喜欢编织网袋与传统的多层纸袋。
31. Elevates shelf appeal to a new level when compared to the multiwall paper structure used previously.
货架吸引力提升到一个新的水平相比，纸张的多层结构以前使用。
32. The functional modification of multiwall carbon nanotubes (MWCNTs) is obtained by mixed acid and thionyl chloride treatment.
采用混酸和二甲亚砜对碳纳米管进行官能化修饰,实验发现经化学修饰后对多壁碳纳米管膜的电学性质有明显影响。
33. polycarbonate multiwall sheet
阳光板
