河南省旅游竞争力评价与对策研究

旅游竞争力是资源优势、市场能力、产业发展潜力和支持能力的综合反映,是实现旅游业可持续发展的重要保障.根据旅游竞争力的内涵,运用层次分析法建立旅游竞争力评价指标体系,并计算出河南省旅游竞争力评价指数,在此基础上提出了提升河南省旅游竞争力的措施.研究结果表明,河南省旅游竞争力综合评价指数为0.43,旅游竞争力较弱;4个子系统中,旅游资源条件、市场开拓能力、产业发展能力较弱,产业支持能力则很弱。     

高等体育院校核心竞争力及其提升途径研究

研究表明,高等体育院校办学关键在于培育和提升其核心竞争力,高等体育院校核心竞争力取决于它的制度创新能力、学术创新能力和管理创新能力.     

贵州医药制造业竞争力评价

医药制造业正在成长为贵州经济发展的重要力量。但是通过竞争力评估模型的评价,贵州医药制造业竞争力在全国还处于一般位置。在成长发展力、地区影响力方面,贵州医药制造业处于中上水平;在行业影响力、生产经营力方面处于中下水平。这一方面说明,贵州医药制造业的后发优势明显,具有较好的成长空间与环境,另一方面也反映贵州医药制造业竞争力还需要加强。     

长株潭传统产业集群的核心竞争力

以产业价值链为主线,结合长沙-株洲-湘潭三市传统产业的竞争优势及其变化趋势思考,探讨了全球生产体系下的国际分工格局及其变化趋势,认为产业竞争力并不必然决定于产业层次,而更主要决定于创造附加价值的能力.最后,提出提升传统产业竞争优势的思路.     

基于金课标准的医学基础化学实验双语版教材设计与建设

Good textbook is the key to improve curriculums and is instrumental for education of new talents. This book is based on new standard (golden course), targeting enhancement of core student caliber. It divides fundamental medical chemistry laboratory into two modules and four levels, combining online and offline courses. It exhibits the profoundness, innovativeness and challenges promoted by the new standard.     

Synthesis and Infrared Multi‐band Absorption Properties of Core‐shell NaYF4:Yb3+, Er3+@SiO2 Nanoparticles

Due to the unique size effects, nanomaterials in infrared absorption have attracted much attention for their strong absorption in the infrared region. To achieve the infrared multi‐band absorption, we propose to synthesize a core‐shell structure nanomaterial consisting of NaYF₄:Yb³⁺, Er³⁺ core and a layer of SiO₂ as shell. A series of NaYF₄:Yb³⁺, Er³⁺ nanocrystals were synthesized through hydrothermal method by adjusting the ratio of citric acid(CA)‐to‐NaOH, and the effects of CA concentration, and NaOH concentration were studied in detail. NaYF₄:Yb³⁺, Er³⁺@SiO₂ nanoparticles were synthesized by sol‐gel method using TEOS as silica source. The results show that the core‐shell NaYF₄:Yb³⁺, Er³⁺@SiO₂ nanoparticles were successfully synthesized. Up‐conversion spectra of these nanoparticles were recorded with 980 nm laser excitation under room temperature. There are no changes of the emission centers of nanoparticles before or after silica coating, but the emission intensities of nanoparticles after silica coating are weakened. Furthermore, the property of infrared multi‐band absorption was tested through ultraviolet‐visible‐near infrared spectrophotometer and infrared absorption spectra. The results illustrate that the multi‐band infrared absorption nanomaterial was successfully synthesized.     

专业课"课程思政"策略的构建与实践——以基础化学原理课程为例

目前高等教育仅依靠思想政治理论课对大学生进行价值引领的局限性日趋凸显,亟需构建和实施全员育人的大思政教育体系——"课程思政"。尝试构建了专业课"课程思政"的策略。通过"培养学生的爱国主义精神、民族自豪感和自信心、对学生进行生态文明和生态安全教育、培养学生的专业品质、培养学生的专业能力"等途径,进行了基础化学原理"课程思政"实践,充分发挥了基础化学原理课程的"育德功能"。     

MICRO-PHASE SAEPARATION IN EPOXY RESIN WATERBORNE PARTICLES DURING CURING PROCESS

Sub-micron sized phenolic epoxy resin waterborne particles were prepared by phase inversion emulsification. Micro-phase separation occurred during the curing process at high temperature. The as-prepared samples possessed one glass transition temperature （Tg） and two exothermal processes during DSC heating scannings. After being thermally treated above the exothermal peak temperature, they possessed two glass transition temperatures with the disappearance of exothermal peaks, whilst a core/shell structure was formed. This was likely related with the outward diffusion of reactive oligomers to the outer layer of particles.     

微区X射线荧光成像技术在岩心分析中的应用

微区X射线荧光(Micro-XRF)分析技术是通过微小的X射线光束照射样品,对样品进行原位成分观测的无损分析手段之一,具有灵敏度高、速度快和准确性高的特点。采用微区X射线荧光光谱仪(M6 JETSTREAM)对安徽铜陵冬瓜山铜矿床四段岩心样品进行面扫描,分析不同矿层共17种元素区域分布特征、空间分布规律及组合关系等,结果表明：(1)Cu和Fe两种成矿元素高值空间分布区域基本不重叠,S与Fe分布范围高度重叠,关系密切,微量元素Ni, Bi, Pb, Zn, Si, Na与Cu密切相关,而Ti, Al, K与Fe具有弱相关性;(2)垂向上,Fe元素含量随深度增加逐步增大,而Cu元素含量呈降低趋势,其他元素也随深度呈下降趋势;(3)元素分布受石炭纪中期海底喷流沉积成矿作用和岩浆热液成矿作用叠加改造作用明显;(4)该钻孔矿石矿物以磁黄铁矿、黄铜矿和黄铁矿为主,垂向上组合规律明显,脉石矿物以石英、石榴子石和透辉石为主。该技术通过分析元素空间分布规律、相关性以及矿物组合和分配关系等可对元素富集和运移以及对矿床的成矿机制、成因模式等地质环境和地质过程提供新认识和新证据。结合矿床地球化学特征的分布模式...     

加强特色馆藏建设 提高图书馆核心竞争力

论述了特色馆藏建设与图书馆核心竞争力,阐述了高校图书馆加强特色馆藏建设时应该注意的基本原则,并提出了建设特色馆藏的具体措施.