‘It's the end of the university as we know it (and I feel fine)’: the Generation Y student in higher education discourse

This paper examines discussions of Generation Y within higher education discourse, arguing the sector's use of the term to describe students is misguided for three reasons. First, portraying students as belonging to Generation Y homogenises people undertaking higher education as young, middle-class and technologically literate. Second, speaking of Generation Y students allows constructivism to be reinvented as a ‘new’ learning and teaching philosophy. Third, the Generation Y university student has become a central figure in concerns about technology's role in learning and teaching. While the notion of the ‘Generation Y student’ creates the illusion that higher education institutions understand their constituents, ultimately, it is of little value in explaining young adults' educational experiences.     

Y_2基态分子结构和光谱属性的DFT计算

应用密度泛函理论(DFT)的B3LYP,B3PW91,BHLYP,BP86,B3P86,MPW1PW91,SVWN,PBE1PBE方法和有效核势(ECP)基组LANL2DZ,SBKJC VDZ,LANL2TZ,Stuttgart RSC 1997,CRENBL,ECP28MHF,ECP28MWB,ECP28MDF_VTZ,计算Y2分子基态的能量、平衡键长、谐振频率和离解能.比较各种不同方法和基组的计算结果,同时也与已有的实验和理论值进行比较.发现结果的精确性与计算的方法和采用的基组高度相关.对于X5Σ-u基态,用各种不同方法和基组得到的平衡键长范围为2.865 5到2.95,谐振频率范围为175.381 2到194.663 8 cm-1,离解能范围为1.439到3.237 eV.对于Y2基态结构和光谱属性的计算,从结果判断,BHLYP/ECP28MDF_VTZ方法应该是最适合的.     

"1+X+Y"工学结合人才培养模式探索——以四川绵阳职业技术学院旅游专业为例

职业教育在实施科教兴国战略和人才强国战略中具有特殊的重要地位.本文以四川绵阳职业技术学院旅游专业为例,提出了"1+X+Y"工学结合人才培养模式,以期能丰富我国的职业教育人才培养模式理论.     

Structural and dielectric properties of Y2O3-doped Ba0.92Sr0.08Ti0.95Sn0.05O3 ceramics

The structural and dielectric properties of Ba0.92Sr0.08Ti0.95Sn0.05O3 (BSTS) +x (molar ratio, %) Y3+ ceramics are investigated. Combining the lattice parameters and the distortion of crystal lattice, an alternation of substitution preference of Y3+ ion for the host cations in perovskite lattice is found. Owing to Y3+ ion entering the A site, the maximum dielectric constant is 5 627 for 1.25% Y3+-doped samples; when Y3+ ion is more than 1.25%, it tends to occupy the B site in perovskite lattice, causing a drop in the dielectric constant. Owing to the appearance of oxygen vacancy, the optimized dielectric loss is 0.004 for 1.25% Y3+-doped samples. The thermal stability of BSTS ceramics is significantly improved and the Curie temperature shifts to lower value with the amount of Y2O3 increased, making it a superior candidate for capacitor applications.     

Er^3＋：Y0.5Gd0．5，VO4晶体光谱性质研究

测量了1．62at％-Er^3＋ Y0.5Gd0．5，VO4晶体的吸收光谱和荧光发射谱，光谱显示该晶体在382、525、1536nm有很强的偏振光吸收峰，且偏振光（E∥C）吸收远强于σ偏振光（E⊥C）吸收；通过计算可得，吸收截面分别为2．95013×10^-20cm^2、2．57757×10^20cm^2和1．15504×10^-20cm^2；其荧光发射（^4I15／2→^4I11／2跃迁）峰值波长在1524nm，半高宽度为72nm；415/2^I→^4I11/2跃迁的荧光寿命为3．1ms,光谱特性表明Er3^＋：Y0．5，Gd0．5，VO4晶体是潜在的高效率激光晶体材料．     

发挥高校共青团组织在素质教育中的作用

素质教育为高校共青团工作提供了广阔的舞台，共青团应通过突出抓好以学习邓小平理论为核心的思想建设、校园文化建设、科技学术活动、社团建设、社会实践活动等加强学生的思想政治素质、文化素质、业务素质和身体心理素质。     

利用分子态模型研究新近发现的Y(4260)粒子

对新发现的Y(4260)粒子进行了初步研究,提出该粒子是cχ1和0ρ构造的分子态,并利用分子态模型解释了为什么Y(4260)→π -πJ/ψ的衰变会比Y(4260)→DD的衰变率大许多,同时预言伴随Y(4260)存在2个同位旋三重态.     

大Y染色体的遗传学探讨

目的:分析大Y染色体与各种临床表现的相关性.方法:采用外周血淋巴细胞G显带技术,对患者进行核型分析.结果:41例大Y染色体患者中,临床表现有:其妻有异常生育史,有睾丸发育不全者,无精和精子异常者,有智力低下儿和孤独症儿等.结论:大Y染色体与临床疾病有一定的相关性.