cnx造句

• The x - ray diffraction data indicate that the cnx film structures are amorphous
  在不锈钢片上的cnx薄膜，虽然没有剥落现象。
• ( 3 ) the study of carbon nitrogen bonds in the cnx film by ftir
  ( 3 )用傅里叶变换红外光谱仪，研究cnx薄膜中c和n的键合情况。
• The catalysis growth mechanism and morphologic structure of cnx nanotube are also discussed
  本论文还对cn _ x纳米管的催化生长机制，形貌结构特征进行了探讨。
• An overview of the facilities , instruments and testers of preparation , testings and measurings was given
  本文对cnx超硬薄膜的制备方法和设备，测试方法和手段及仪器设备进行了较为全面的介绍。
• At the same time , raman spectroscopy was used to studied the as - grown cnx nanotube . besides the d band , both g band and d * band depend on
  利用cn 、纳米管中关于拉曼光谱的分析方法对其拉曼光谱进行了分
• On the basis of this work , the cnx nanotubes with " nested - cone " shape have been produced by thermal decomposition at 780 - 980 with nhb released from nh4cl as nitrogen source
  在此实验基础上选用氯化铵释放出的氨气为氮源，制备出了“锥形嵌套"结构的cn _ x纳米管。
• The effect of temperature , the ratio of fe ( c5h5 ) / c2h8n2 as well as the types of catalysts on the yield and structure of cnx nanotubes have been studied
  研究了温度、不同前驱液配比、不同金属催化剂在高温热解乙二胺制备cn _ x纳米管过程中对cn _ x纳米管生长和形貌的影响。
• The models of atom arrangment of networks of - c3n4 , the various preparations of - c3n4 thin film and their respective physical and chemical properties were detailed discussed
  我们对cnx超硬薄膜的理论模型，各种制备cnx超硬薄膜的方法以及用相应方法得到的样品的物理化学性质进行了较为详细全面的介绍和论述。
• The structure tests showed that n2 partial pressure could change the percent of sp ^ c in cnx coatings the effects of cnx and dlc coatings on mouse fibroblasts and human endothelial cells were determined by scanning electron microscopy
  研究发现，在其它条件一定的情况下，氮气分压对薄膜n含量的影响是至关重要的。随着n _ 2气分压的增大， cn膜中的n含量增加。
• Raman spectroscopic studies show that the intensities of the d with respect to g band and the widths ( fwhms ) of raman bands can represent the change of the cnx nanotube ' s crystallinity with the nitrogen incorporation
  对cn _ x纳米管样品的拉曼光谱研究结果显示，拉曼光谱中d带和g带的相对强度、拉曼峰半高宽等信息可以反映由于氮原子掺杂所引起的纳米管结晶有序程度的变化。
• These results support the biocompatibility of cnx and dlc and should initiate an interesting to the biomedical applications of cnx coating . another work of this thesis is the surface modification of polypropylene by carboxy ion ( coott ) implantation
  两种不同n含量的cn膜无论是硬度、拉伸强度，还是内应力，其数值都略高于dlc薄膜，原因可能是其sp ~ 3c结构占据更多的比例。
• Cnx nanotube with higher concentration of nitrogen was obtained at 780c . the capability of catalyst following the sequence of fe , ni and co . ferrocene has key important role in the growth of cnx nanotube , especially with the help of cobalt
  指出在温度为860附近，以钻/二茂铁或镍/二茂铁为催化剂， nz的流量为120 ~ 20osccm ， hz的流量为40sccm附近时制备的bcn纳米管的质量最好，产率也较高。
• The thesis main parts are as followings : ( 1 ) the mechanical properties of the cnx thin film on the various substrate materials by dc magnetron reactive sputtering . ( 2 ) the study of the cnx film structure by x - ray diffraction
  文章主要部分介绍、论述、总结了我在做毕业论文期间进行的五方面工作： ( 1 )用直流磁控反应溅射方法在各种材料衬底上沉积cnx超硬薄膜，研究在不同衬底对薄膜的力学性质的影响。
• By using the various substrate such as glass , stainless steel , ito < wp = 6 > film and ceremic wafer , we discover that we can deposite the high quality cnx thin film with the high cohesion , high hardness and low friction coefficient on the ceremic substrate
  我们发现在载玻片，不锈钢片及ito膜玻璃片上沉积的cnx薄膜，由于衬底和膜料的应力差较大，都有薄膜破裂、剥落现象。并且有成膜不均匀现象硬度也较低。
• 3 . study of cnx nanotube cnx nanotube were synthesis by thermal decomposition of ammonium chloride and ethylenediamine in an na / hfo atmosphere , respectively . we found that there is more " bamboo - shaped " in cnx nanotube made with ethylenediamine
  根据透射电子显微镜和扫描电子显微镜观察，分析了bcn纳米管的微观结构，扫描俄歇微探针分析表明， 860时，以钻/二茂铁为催化剂时生成的bcn纳米管中b 、 c和n的原子比例为1
• In this thesis , we research the characters on the ion beam sputtering system , and prepare tiny films and cnx / tiny multilayers by ion beam sputtering . the best parameters of preparing cnx films are explored . we use the tiny films as template to promote the growth of cnx films
  本文对离子源的溅射特性进行了研究，采用离子束溅射法制备了tin _ y单层薄膜和cn _ x tin _ y多层薄膜，探索该法制备cn _ x薄膜的最佳工艺参数，并利用tin _ y薄膜为衬底以促进cn _ x薄膜的生长。
• We have also produced cnx nanotubes by pyrolyzing the solution of ferrocene / ethylenediamine ( fe ( c5h5 ) 2 / c2h8n2 ) mixture at 780 - 1080 . with this method , nitrogen and carbon sources are evenly mixed , and the n / c ratio can be easily controlled . a morphology transition from thinner polymerized " pearl - like " nanobells to thicker irregular " bamboo - like " compartments with increasing the temperature has been observed
  进一步优选氮源，以溶有二茂铁的乙二胺有机溶剂作为前驱液，在780 ? 1080范围内，合成了具有“纳米铃”聚合体结构到“竹节状”结构的cn _ x纳米管，这种方法的优点是碳源和氮源混合均匀，便于控制。
• In this thesis , we will focus on the nanotube structure and synthesis , including disorder multi - wall carbon nanotube , aligned multi - wall carbon nanotube array , cnx nanotube , and bcn nanotube . the effects of growth parameters , which provide scientific basis for pyrolysis of carbon nanotube , were studied systematically . furthermore , layered aligned multi - wall carbon nanotube arrays separate by catalyst particles were synthesized on the surrounding of reaction quartz tube by injection of xylene - ferrocene for the first time , which provided a chance for the accurate measure and potential use of carbon nanotubes
  在对碳纳米管制备的基础上，全面系统地研究了碳纳米管的影响因素，对热解法制备碳纳米管确定了可供参考的制备工艺参数，在些基础上，首次成功地直接在反应炉内石英管壁上直接生长分层生长的定向碳纳米管，为纳米管的性质的测量提供了一定的基础，而且为定向碳纳米管在微电子学领域的应用提供可能性，能成功地实现定向纳米管的固定长度生长。
• The frame embodies cnx construction , auto - ec standards and laws normalization , payment in network solution , network security enhancement , and so on . besides these , some advice has been given to solve some difficult questions that government and enterprise probably meet in the course of ec advancement
  该框架主要围绕建立中国汽车信息交换平台，研究制定中国汽车电子商务的相关标准，汽车电子商务法律法规，解决网上支付，网络安全问题等方面进行论述，并对政府和企业在电子商务发展过程中可能遇到的问题提出几点建议。
• The growth temperature affects greatly the yield , morphology and degree of crystallization order of the cnx nanotubes . cnx nanotube with " bamboo - like " structure grow preferentially when fe ( c5h5 ) 2 or fe powder are used as catalyst . it is noted that the cnx nanotubes grown on fe ( c5h5 ) 2 catalyst have the best well - distributed " bamboo - like " structure
  随制备温度的升高， cn _ x纳米管的产量、形貌结构及结晶有序度会发生变化，二茂铁以及铁粉对“竹节状”结构cn _ x纳米管的生长有明显催化作用，二茂铁催化产物的结构均匀性最好， “竹节”结构最规则。