日本内涵旅游开发及其在云南的实践

内涵旅游已经成为日本旅游高速成长的重要模式。本文介绍日本内涵旅游产生的背景、定义和特点,并结合日本内涵旅游的成功实践,阐述内涵旅游的规划理念及其对产业的推动作用。日本内涵旅...厦门大学研究生田野调查基金(2016GF010

戊肝病毒Th表位肽免疫可增强其载体蛋白的体液免疫应答

戊型肝炎病毒衣壳蛋白内包含一个强H-2d限制性Th表位P34。以该表位肽免疫BALB/c鼠,其脾细胞能够在体外识别重组戊型肝炎病毒衣壳蛋白,剔除实验表明应答细胞几乎完全是CD4+T细胞,证明P34表位肽能有效诱导产生特异性Th细胞。以P34肽初免小鼠,再以包含该表位的重组戊型肝炎病毒抗原(E2)免疫,结果表明,10μg、20μgE2免疫组在免疫后第1周即有部分小鼠产生抗体,到第3周所有小鼠均能够产生抗体;而对照肽P18初免的小鼠,以20μgE2加强免疫亦无法诱导小鼠产生抗体。这表明,Th表位肽P34初免诱导产生的Th细胞能够有效促进小鼠对携带该表位的载体蛋白的体液免疫应答

An Entrant of Smaller Fullerene: C-56 Captured by Chlorines and Aligned in Linear Chains

A smaller fullerene C-56 (#913) is stabilized, isolated, and crystallographically characterized as C56Cl10. The geometric parameters of C56Cl10 imply the otherwise unstable cage of C-56 can be stabilized by chlorination through releasing its surface strains and maintaining fragmental aromaticity. An unexpected C Cl center dot center dot center dot Cl C short contact, as well as the linear alignment with pearl - necklace-shaped, is revealed in C56Cl10 crystal.NSFC,20525103,20531050,20721001,20425312, 20423002 973 Program,2007C13815301

Cultural Landscape Connotation and Quality Evaluation of Hani Terrace from the Perspective of World Heritage

梯田是哈尼人得以绵延繁衍的物质基础，是哈尼族精神的象征,是世界文化遗产，通过对元阳梯田文化资源内涵及品质评价，从而使哈尼梯田在申遗后对梯田文化遗产的保护和利用有更多的可能性和选择性。Hani terrace is the material basis for Hani people to continuous multiply,is a symbol of Hani's national spirit,is the world's cultural heritage.Through the evaluation of the connotation and quality of Yuanyang terrace culture resources,Hani terrace has more possibilities and selectivity for the protection and utilization of the terrace cultural heritage after world cultural heritage application.云南交通职业技术学院科学研究基金项目“元阳梯田文化遗产保护开发与旅游产业发展对策研究”(2014GLY01)

The Effect of Carbon Coating on the ElectrochemicalPerformance of Li[Li_(0.2)Mn_(0.54)Ni_(0.13)Co_(0.13)]O_2 Positive Electrode Material for Lithium Ion Battery

以过渡金属乙酸盐和氢氧化锂为原料,采用共沉淀方法制备了锂离子电池富锂正极材料Li[Li0.2Mn0.54Ni0.13Co0.13]O2并对该材料进行表面包碳.X射线衍射技术(XRD)、扫描电子显微技术(SEM)实验数据表明,该材料具有层状α-NaFeO2结构.包碳后材料结构没有变化,表面覆盖上一层纳米级别的颗粒.电化学性能测试结果表明该材料包碳后在0.1 C(1 C=180 mA/g),2.0~4.8 V电位范围内首次放电比容量高达259.0 mAh/g.包碳后首次放电比容量,倍率性能,循环性能均得到提高.采用电化学阻抗谱(EIS)研究包碳前后该材料的传荷阻抗,结果显示碳包覆材料的传荷阻抗明显减小,电子电导率得到提高,从而提高电化学性能.Li[Li0.2Mn0.54Ni0.13Co0.13]O2 cathode material was successfully prepared by co-precipitation method using transition metal acetate and lithium hydroxide as starting materials.The surface of cathode material was modified with carbon.The cathode material was characterized by XRD and SEM techniques.The results showed that Li[Li0.2Mn0.54Ni0.13Co0.13]O2 has α-NaFeO2 layered structure and that carbon coating did not cause structure change.Electrochemical measurements showed that the carbon-coated material was able to deliver higher initial discharge specific capacities of 259.0 mAh/g in the voltage range 2.0 ~ 4.8 V at 0.1 C(1 C=180 mA/g) rate.Besides the rate capability,the cycling performance was also improved after carbon coating.EIS technique was utilized to investigate the charge transfer resistance of the pristine and carbon-coated materials.The results showed that the carbon-coated material displaied lower charge transfer resistance,which contributed to the improved electrochemical performance.国家基础科学人才培养基金(J0630429)资

ECR等离子体源中磁场梯度的影响

用混合模型在二维位形空间和三维速度空间对电子回旋共振等离子体源中的粒子运动进行数值模拟,并着重研究磁场梯度在电子回旋共振等离子体源中所起的作用。结果显示磁场梯度增加时,电子温度、等离子体密度和离化率降低,而等离子体势和离子的能量增加。模拟中观测到一个θ方向不为零的平均速度,这是由于E×B和▽n_1×B漂移所引起的

The Establishment and Technical Approach of PC Cluster

[中文文摘]以RedHat 6.2为操作系统建立基于DQS(Distributed Queueing System,分布式队列管理系统)的计算集群系统(Pc Cluster)。该系统提供Gaussian98、GAMESS2000、Xiamen99给用户进行的量子化学计算,用户根据作业的大小选择所要使用的CPU的个数,如单CPU计算、双CPU并行计算、四CPU并行计算(由2台服务器来完成)。本文主要对构建过程中出现的有关技术和解决方法进行深入的探讨。整个PC Cluster有良好的性价比,且安全可靠、运算速度快,它有望发展成为一个重要的科学计算系统。[英文文摘]A PC Cluster based on DQS (Distributed Queueing System) for scientific computation has been established with Red-Hat6.2 operation system. Gaussian98, GAMESS2000, Xiamen99 are provided for quantum chemistry calculation. Users can choose the number of CPU in terms of their tasks, such as single,, dual, quadruple CPUs. The technical aspect for the PC Cluster was discussed in details. The whole system which costs little and has good quality is reliable and safe. It is anticipated that it would be an important system for scientific computation

Construction of a Neotype Controllability Magnetic Targeting Restructuring Truncated Tissue Factor

目的:构建新型的具有可控性且能诱发动物血栓的栓塞剂磁靶向凝血蛋白,从而为动物血栓模型的建立提供新工具。方法:使用化学共沉淀法合成磁流体(; magnetic nanoparticles, MNPs),通过透析对其纯化后用超导量子干涉磁强针(; SQUID)测定其磁性能;利用基因工程方法表达截短组织因子( truncated tissue factor,tTF); (又称为凝血蛋白)并纯化与鉴定;采用戊二醛交联法构建磁靶向凝血蛋白(; MNPs-tTF),体外分析其磁控靶向性及凝血效力。结果:成功构建了磁靶向凝血蛋白MNPs-tTF,体外实验证实其保留有磁流体MNPs的磁控靶向; 性,以及凝血蛋白tTF的凝血效力。结论:成功构建了磁靶向凝血蛋白MNPs-tTF,为血栓模型动物的建立提供一种新工具。Objective: To establish a neotype controllability magnetic targeting; restructuring truncated tissue factor s for establish animal models of; thrombosis. Methods: Magnetic nanoparticles ( MNPs) were prepared by; chemical coprecipitation,and employed the superconducting quantum; interference device to characterized the MNPs magnetization. The; truncated tissue factor ( tTF) were expressed efficiently in E. coli and; purification by gene engineering technology. MNPs conjugated the tTF by; glutaraldehyde to compose MNPs-tTF. In vitro analysis the effects of; magnetic targeting and blood coagulation of MNPs-tTF. Result: The; magnetic targeting restructuring truncated tissue factor composites were; build successfully. They are reserve efficient coagulation effect and; magnetic targeted ability in vitro. Conclusion: We have successfully; prepared magnetic targeting thrombin system MNPs-tTF have been; successfully prepared,which maybe provide a basis for developing the; establish animal models of thrombosis.福建省科技计划重点项目; 福建省属公益类项