论我国高校休闲体育

分析我国高校休闲体育存在的弊端;研究休闲体育功用及高校休闲体育改革的发展趋势.研究认为,当前校园休闲体育发展与时代共栖和教改合拍,并构成学生休闲生活的重要内容.     

Contradictions around differentiation for pupils with dyslexia learning English as a Foreign Language at secondary school

This article deals with differentiation of teaching methods and extra time in class for pupils with dyslexia by English as a Foreign Language (EFL) teachers in two Greek state secondary schools. Activity theory is applied to analyse the contradictions that emerge around the issue of differentiation for pupils with dyslexia from data compiled from interviews with teachers, pupils and parents and field notes from lesson observations across two schools. The analysis shows that contradictions are created when participants try to achieve their goals for differentiation by lack of teachers’ knowledge, inadequate diagnosis, unclear school and Ministry policy, short duration of lessons and the number of pupils in class. The findings suggest the necessity of teacher training in dyslexia and the improvement of school and Ministry policy.     

太阳能空间斯特林热机性能的优化分析

建立太阳能驱动的空间斯特林热机的循环模型，应用有限时间热力学理论和太阳能集热器的辐射损失模型，研究受热阻和回热损失影响的太阳能斯特林热机循环性能，导出空间热机效率的基本优化关系，确定太阳能集热器的最佳工作温度和效率界限，讨论各种不可逆性对空间热机性能的影响，所得结论可为太阳能空间斯特林热机的优化设计提供新的理论指导。     

高压注浆技术对大直径超长嵌岩桩影响性状研究

硬质岩持力层埋藏较深的地区，大直径超长灌注桩在嵌入相对较浅的软质(破碎)岩后，再进行后压浆处理，可以明显提高承载力并减少沉降量。文章通过工程实例测试了在同一个工程场地上两种不同施工工艺的两组试验桩，对其测试数据和试验资料进行分析研究，优化设计方案，缩短工期，节省造价，并得到一些有价值的结论，避免今后类似工程盲目增加桩长、加大嵌入硬质岩深度而造成的工程经济损失。     

电动车能量再生技术

1　Introduction　Therateddistanceisoneofkeyfactorstolimitthedevelopmentofelectricvehicle (EV)sinceEVwasin vented .Itisawayforincreasingtherateddistancetoputtheadvancedenergyregenerationtechnologyintouse .Manyexperimentsprovethattheactualrateddistanceofaelectricscooterunderthecityroadsur roundingsisabout 35 - 45kmwhileitisabout 5 5 - 6 5kmunderthestandard proving ground .Moreover ,JapanToyotaalsoprovedthattherateddistancecouldbeincreasedby 2 0 %whenusingtheenergyregenera tionsysteminEV .Soi…     

全球化背景下的敦煌艺术再生问题研究

敦煌艺术再生既是新的艺术品种和艺术流派的产生,又是经典艺术在新的时代背景下的价值增值。敦煌艺术再生,既是艺术的再创造和文化的自我增值,是民族文化在全球化背景下“化全球”的先声,同时也是经济文化发展的新的增长点。敦煌艺术的再生机制在于全球化背景下的民族艺术张力和人为的发掘提炼,以及市场运作。对敦煌艺术再生问题的研究应该从哲学、美学、宗教、门类艺术的不同角度,运用典型分析法展开。     

新时期企业财务管理内容探讨

分析了新时期企业财务管理目标的结构体系,阐述了企业财务再生策略,提出了企业财务管理应拓展的内容.     

Cell therapy in congestive heart failure

Congestive heart failure （CHF） has emerged as a major worldwide epidemic and its main causes seem to be the aging of the population and the survival of patients with post-myocardial infarction. Cardiomyocyte dropout （necrosis and apoptosis） plays a critical role in the progress of CHF; thus treatment of CHF by exogenous cell implantation will be a promising medical approach. In the acute phase of cardiac damage cardiac stem cells （CSCs） within the heart divide symmetrically and/or asymmetrically in response to the change of heart homeostasis, and at the same time homing of bone marrow stem cells （BMCs） to injured area is thought to occur, which not only reconstitutes CSC population to normal levels but also repairs the heart by differentiation into cardiac tissue. So far, basic studies by using potential sources such as BMCs and CSCs to treat animat CHF have shown improved ventricular remodelling and heart function. Recently, however, a few of randomized, double-blind, placebo-controlled clinical trials demonstrated mixed results in heart failure with BMC therapy during acute myocardial infarction.     

以小麦再生苗叶片为外植体的愈伤组织诱导再生培养体系建立

以小麦幼胚愈伤组织为外植体,研究继代培养时间、外源激素及叶片大小对小麦试管苗叶片愈伤组织诱导和再生的影响。结果表明：继代培养1～6个月的胚性愈伤组织,有较高的再生苗频率;当生长素浓度为2,4-D2mg／L＋NAA1mg／L、叶片高度为4cm时,小麦试管苗叶片愈伤组织的诱导率最高,从而建立了小麦试管苗叶片愈伤组织诱导和再生的培养体系。     

超高含水原油混合流动及初始沉积特性

使用自行设计的实验装置,对超高含水原油的流动特性和初始沉积过程进行探究。系统研究实验温度、混合流速和体积含水率对超高含水原油初始沉积过程的影响,分析不同温度下原油的运动形态和初始沉积方式。初始沉积过程可分为蔓延沉积过程和粘连沉积过程,根据沉积特点和压降曲线的变化趋势将初始沉积过程分为3个阶段：沉积诱导期、快速沉积期和沉积动态平衡期。通过对沉积物碳数分布的分析,得知超高含水原油初始沉积过程中,同时存在剪切剥离作用、胶凝作用和分子扩散作用。实验温度和体积含水率主要通过改变胶凝作用和分子扩散来影响初始沉积过程,混合流速通过改变剪切剥离强度来影响初始沉积过程。