多元智能理论在高职英语教育教学中的运用

在高职英语教育教学中运用多元智能理论,倡导因材施教的个性化教学观,实施动态的、多元化的科学评价观,可以提高课堂教学效率,促进学生全面发展。在多元智能理论本土化的过程中,应该树立科学的教育思想,正确处理相关矛盾。     

本地化科技翻译的风险管理

翻译风险是指因翻译行为未能达到预期结果,而给译者带来损失的可能性。本地化科技翻译具有文字处理量大,语种版本多、时效性强、服务环节多、涉及利益相关方多的特点,因而其风险产生的概率也更大。本地化科技翻译的风险主要包括质量风险、时间风险、成本风险。本地化企业应在对风险成因和风险类型进行深入分析的基础之上,通过有效的风险管理,防范和规避各种可能出现的风险。     

浅析太原市滨河西路快速化改造工程的设计

结合太原市滨河西路快速化改造的设计方案和实践经验,重点介绍了以人为本的设计思路和交通规划理念,指出道路改造只有系统规划、综合改善,才能促进城市的可持续发展.     

Dynamical localization of two electrons in triple-quantum-dot shuttles

The dynamical localization phenomena in two-electron quantum-dot shuttles driven by an ac field have been investigated and analyzed by the Floquet theory. The dynamical localization occurs near the anti-crossings in Floquet eigenenergy spectrum. The oscillation of the quantum-dot shuttles may increase the possibility of the dynamical localization. Especially, even if the two electrons are initialized in two neighbor dots, they can be localized there for appropriate intensity of the driven field. The studies may help the understanding of dynamical localization in electron shuttles and expand the application potential of nanoelectromechanical devices.     

高等教育国际化与本土化的和谐发展之路

从高等教育国际化与本土化的内涵出发,分析高等教育国际化趋势,认为高等教育国际化与本土化存在既矛盾又统一的关系,实现高等教育国际化与本土化的和谐发展才是提高发展中国家高等教育国际化水平的关键。     

境外电视栏目本土化应用问题与策略

境外电视栏目本土化应用现在已经成为了我国电视节目的一种重要形式,但在这些节目当中,由于缺乏比较深层次的理论了解和研究,影响了引进节目的成功率,造成了一些失误。完全拷贝型栏目与半拷贝型栏目具有较大的弊端与局限性,要针对意识形态与价值观、道德观与审美意识以及受众收视心理的差异对境外节目进行本土化改造。     

Accurate localization and excision of genomic islands in four strains of <Emphasis Type="Italic">Pseudomonas aeruginosa</Emphasis> and <Emphasis Type="Italic">Pseudomonas fluorescens</Emphasis>

Mobile genomic islands (GIs) can be excised from the chromosome, then form a circular intermediate and be reintegrated into the chromosome by the GI internal integrase. Some mobile GIs can also be transferred into a new receptor cell by transformation, conjugation, or transduction. The action sites of the integrase are usually flanked direct repeats (DRs) of the GIs. Accurate localization of the flanking sequences is a precondition for determining the mobility of the GI. Mobile GIs are generally associated with transfer RNAs (tRNAs). Based on the correlation between flanking sequences and tRNA sequences, the flanking sequences of 11 putative mobile GIs in Pseudomonas aeruginosa PAO1, P. aeruginosa PA14, P. fluorescens Pf-5 and P. fluorescens Pf0-1 were identified. Among the 11 GIs, Pf0-1GI-1 is responsible for benzoate degradation. PAO1GI-1, Pf5GI-2, Pf5GI-3, and Pf5GI-4 were confirmed experimentally to be excised from a chromosome to form a circular intermediate. The action sites of the integrases are these GIs direct repeats. Due to distinct DRs, cutting sites for the internal integrase of PAO1GI-1, Pf5GI-2, Pf5GI-3 and Pf5GI-4 were determined outside the T-loop of the tRNA^Gly gene, outside the anticodon loop of the tRNA^Ser gene and tRNA^Lys gene, and at the asymmetric 3′-end of the tRNA^Leu gene, respectively. PAO1GI-1 and other mobile GIs may be transferred into many different strains that belong to different phyla because of the clear flanking sequences. This study describes basic information about the action sites of the integrases, assesses the mobility of GIs, and can help design and transfer mobile GIs to candidate strains.     

Characterizing localization properties of two spinless electrons in a one-dimensional Harper model with concurrence

By mapping the Fock space of many local fermionic modes isomorphically onto a many-qubit space and using the measure of concurrence, this paper studies numerically the mode entanglement of two spinless electrons with on-site interaction U moving in the one-dimensional Harper model. Generally speaking, for electrons in extended regimes （potential parameter λ 〈 2）, the spectrum-averaged concurrence N（C） first decreases slowly as A increases until its local minimum, then increases with λ until its peak at λ = 2, while for electrons in localized regimes （λ 〉 2）, N（C） decreases drastically as λ increases. The functions of N（C） versus λ are different for electrons in extended and localized regimes. The maximum of N（C） occurs at the point λ= 2, which is the critical value in the one-dimensional singleparticle Harper model. From these studies it can distinguish extended, localized and critical regimes for the two-particle system. It is also found for the same λ that the interaction U always induce the decreases of concurrence, i.e., the concurrence can reflect the localization effect due to the interaction. All these provide us a new quantity to understand the localization properties of eigenstates of two interacting particles.