英语教学培养学生创新能力的思考

教师在课堂上应以指导者、监督者、组织者的身份出现,在有限的课堂教学中激活学生的学习兴趣,提高他们的创新能力。

互联网+环境下培养小学生写作能力的方法

在小学语文写作教学当中,以往主要为教师板书对写作进行讲解,由于内容、形式枯燥导致学生写作积极性不高,进而制约到学生写作能力。而当前伴随着互联网+迅速普及,为写作教学注入了更多的活力,激发了学生写作兴趣的同时,进一步提高了学生综合写作能力。因此,本文对互联网+环境下如何培养小学生写作能力进行了简要的探讨。

面向能力培养的软件工程实践教学体系

为了解决软件人才培养教育与实践脱节、工程能力与创新能力较低等高等教育存在的主要问题,在总结国家示范性软件学院软件工程专业建设与改革的经验基础上,论文对工程型软件人才能力培养的目标与途径进行了分析,构建了面向能力培养的软件工程实践教学体系,给出了软件人才能力培养的实践课程体系、教学模式与过程以及相适应的工程教育环境,上述结果在实践中不断验证与改进。实践表明,论文较为全面、系统化阐述了工程型软件人才能力培养教育体系的主要要素,能够很好地指导软件学院人才培养的教育实践,人才能力培养的效果显著。

The framework and cultivating modes of intercultural communication competence for business English majors in vocational colleges： Based on the study of vocational colleges in Guangxi

The teaching objective of vocational business English is not only to improve students＇ English language competence, but also to develop their intercultural communication competence. Based on an analysis of the outcome of a survey on cultivation of English majors＇ intercultural competence among vocational colleges in Guangxi, the paper aims at exploring the framework and cultivating modes of intercultural communication competence for business English majors in vocational colleges.

以“读”为本的低年段阅读教学模式探索

朗读是语文教学的重要活动，是读者对文本基于理解基础上的二度创作。以朗读为本的低年段阅读教学，应该在朗读实践中把识字、理解、语言积累与运用等实践性的内容融入其中。本文旨在探求如何通过朗读，在低年级进行“一课四读”教学模式的实践研究，为低年段语文教学改革提供借签。

Negative effect improvement of accelerated curing on chloride penetration resistance of ordinary concrete

Four mineral admixture concrete specimens werefabricated to study the negative effect improvements ofaccelerated curing on the chloride penetration resistance ofordinary concrete. After reaching different initial strengths, the specimens were placed in 40, 60, or 80 t water tanks foraccelerated curing. The Coulomb values of the specimens weemeasured with ASTM C1202 experiment at 28, 100, 200, ad300 d. Partial specimens were also selected for rapid chlorideion migration coefficient and mercury intrusion porosimetryexperiments. The experimental results show that theaccelerated curing for ordinary concrete linealy deterioratesthe chloride penetration resistance, whereas the incorporationof mineral admixtures improves the concrete microscopic pore-structures and negative effects. An upper temperature limit of60 t of the accelerated curing is suitable for obtainingsuperior chloride penetration resistance for the mineraladmixture concrete. Pre-curing at a normal temperature of 20t is beneficial for improving the negative effect, which isalso aieviated with increasing testing age as a result of thesuccessive hydration of binder materials in concrete.

Brief analysis of English teaching in vocational institutes

Nowadays, as the international exchange of China becomes increasingly more and China＇s international status has been greatly improved, cross-cultural communication presents its importance in all walks of our life. In vocational institutes, especially institutes of foreign languages, how to train talented persons who can not only speak English fluently and adapt to the market economy, but also professionals with various skills is the most important task. This paper analyzes the problems existing in English teaching in vocational institutes at present and discusses how to sort them out successfully.

Dynamic regimes of cemented backfill at early-age

In view of the mechanics characteristic of cemented tailings backfill(CTB)at early age,the separation Hopkinson pressure bar test device was used to explore the effects of curing age and impact energy.A total of 48 CTB samples with diameter of 50 mm and length of 25 mm were prepared with curing ages of 3,5,7 and 9 d.Impact tests under different impact energy(10,20,30 and 40 J)were carried out.The microstructure of CTB at different ages was analyzed by scanning electron microscopy(SEM).The results show that,the curing age mainly affects the mechanical properties and internal structure of early-age CTB.With increasing curing age,the mechanical properties of early-age CTB change from viscoelasticity to brittleness.The impact energy mainly affects the response of dynamic peak compressive strength to strain rate.Under low strain rate,the structure of CTB is broken,but still has bearing capacity,affecting the formation of later strength.It is concluded that the structural loses completely under the action of high strain rate.Therefore,the control of impact energy and the protection of curing age should be fully considered in actual production process.

Study on the Carry Capacity of Edible Jellyfish Fishery in Liaodong Bay

Jellyfish fishing is a special type of fishery that mainly exists in some countries of East and Southeast Asia. China has the largest jellyfish fishery yield in the world with an annual harvest of around 300 thousand tons. Liaodong Bay is the most important jellyfish fishery ground in China. However, due to the high benefits of jellyfish fishery, which leads to illegal and out-of-season jellyfish fishing occurring each year in Liaodong Bay. Illegal jellyfish fishery in Liaodong Bay is a typical example of the tragedy of the commons. The key problem is that fishermen seek to an illegally initiate jellyfish fishing as early as possible. In this paper, basing on the data of edible jellyfish's biology and ecology, we mainly analyzed the history of jellyfish fishery in China, especially in Liaodong bay, and then we calculated the carry capacity of edible jellyfish in Liaodong Bay which is about 300 thousand tons one year. This number is equal to the recent annual yield of edible jellyfish in China. Furthermore, basing on the carry capacity and reasonable quotas price analysis, we set up a Jellyfish fishing quotas and deficit quotas buyback system which could be a suitable and effective solution for jellyfish fishery management and development in Liaodong Bay at the underlying roots. Although China is the first country with edible jellyfish aquaculture, the annual yield of jellyfish aquaculture is only one fifth of jellyfish fishing. So, there is a very bright developing prospect about edible jellyfish aquaculture in China.

Research on the Ability of Vocabulary Metaphor Cultivation

It is a trend that theories of metaphor are applied in the field of foreign language teactung. It is also necessary for foreign language teaching to enrich itself by adopting of metaphor. Based on metaphors＇ definition and functions, this paper looks into the methods of improving and cultivating on language learners＇ metaphor awareness.

Influence of subsequent curing on water sorptivity and pore structure of steam-cured concrete

Steam-cured condition is found to cause larger porosity and worse properties of concrete compared with normal curing condition. For the sake of seeking effective measurements to eliminate this bad effect of steam-cured condition on concrete, the water sorptivity and pore structure of steam-cured concretes exposed to different subsequent curing conditions were investigated after steam-curing treatment. The capillary absorption coefficient and porosity of the corresponding concretes were analyzed, and their mechanisms were also discussed. The results indicate that water sorptivity and pore structure of steam-cured concrete are greatly influenced by the curing condition used in subsequent ages. Exposure steam-cured concrete to air condition has an obviously bad effect on its properties and microstructures. Adopting subsequent curing of immersing steam-cured concrete into about 20℃ water after steam curing period can significantly decrease its capillary absorption coefficient and porosity. Steam-cured concrete with 7 d water curing has minimum capillary absorption coefficient and total porosity. Its water sorptivity is decreased by 23% compared with standard curing concrete and the porosity is 9.6% lower. Moreover, the corresponding gradient of water sorptivity and porosity of steam-cured concrete both decrease, thus mictostructure of concrete becomes more homogeneous.

De-eutrophication of effluent wastewater from fish aquaculture by using marine green alga Ulva pertusa

The de-eutrophication abilities and characteristics of Ulva pertusa, a marine green alga, were investigated in Qingdao Yihai Hatchery Center from spring to summer in 2005 by analyzing the dynamic changes in NH4-, NO3-, NO2- as well as the total dissolved inorganic nitrogen （DIN）. The results show that the effluent wastewater produced by fish aquaculture had typical eutrophication levels with an average of 34.3 ~mol L-1 DIN. This level far exceeded the level IV quality of the national seawater standard and could easily lead to phytoplankton blooms in nature if discarded with no treatment. The de-eutrophication abilities of U. pertusa varied greatly and depended mainly on the original eutrophic level the U. pertusa material was derived from. U. pertusa used to living in low DIN conditions had poor DIN removal abilities, while materials cultured in DIN-enriched seawater showed strong de-eutrophication abilities. In other words, the de-eutrophication ability of U. pertusa was evidently induced by high DIN levels. The de-eutrophication capacity of U. pertusa seemed to also be light dependent, because it was weaker in darkness than under illumination. However, no further improvement in the de-eutrophication capacity of U. pertusa was observed once the light intensity exceeded 300 pmolM2 S1. Results of semi-continuous wastewater replacement experiments showed that U. pertusa permanently absorbed nutrients from eutrophicated wastewater at a mean rate of 299 mg/kg fresh weight per day （126 mg/kg DIN during the night, 173 mg/kg in daytime）. Based on the above results, engineered de-eutrophication of wastewater by using a U. pertusa filter system seems feasible. The algal quantity required to purify all the eutrophicated outflow wastewater from the Qingdao Yihai Hatchery Center into oligotrophic level I dean seawater was also estimated using the daily discharged wastewater, the average DIN concentration released and the de-eutrophication capacity of U. pertusa.

The Study on the personnel training mode based on the occupation ability development and excellence engineer training

As the application undergraduate course colleges and universities, a distinctive talent training system must be formed to achieve the target of practical and innovative talents training, which needs to constantly explore and innovate teaching mode. In the paper, talent training model based on the occupation ability development and Excellence Engineer training has carried on the deep discussion and research, thorough study and research.

Students＇ Perception Towards the Use of Internet as Learning Media to Promote Reading Comprehension Skill

This study analyses student＇s perception toward the use of lnternet to improve reading comprehension. This study aims： （1） to describe the students＇ perception of the use of Interact as teaching media in learning reading comprehension; （2） to depict the students＇ perception of the importance oflnternet to access information; and （3） to explain the students＇ frequency to access Internet. This study uses the descriptive method to reveal the research problems. A questionnaire is used to collect the data. It consists of 20 questions with five options to reveal the students＇ perception of the use of Internet. The questionnaire is distributed to 120 students who took reading subject at the University of Muhammadiyah Malang. The study shows that （1） The students＇ perception toward the use of Internet to improve Reading Comprehension subject is positive; （2） According to the students, the use of Internet to access reading materials is very important; and （3） The students frequently access Internet to find the reading materials.

Impact of Deficient Nutrition on Health Condition of Persons with Dementia

Dementia is a loss of mental ability （ability to think, remember and make logical conclusions） which, in principle affects normal everyday life of a person. Dementia is not a disease but a group of symptoms that may cause different diseases. Symptoms include change of behaviour, character and unexpected changes in the mood. Poor quality of nutrition affects significantly the intensity of dementia. Balanced diet that meets healthy safety standards and requirements will satisfy the needs of an organism for vitamins and minerals and special attention should be given to intake of folic acid, vitamin B12 and minerals zinc and selenium. Intake of omega3 fatty acids is a source of fuel for blood vessels, particularly for the ones of the nervous tissues.

On Cultivation of Higher Vocational Education Teachers

This thesis makes an analysis of the current situation of higher vocational education teachers, illustrates professional ability constitution of teachers engaged in higher vocational education, and discusses the approaches to cultivate young teachers. It finally arrives at a conclusion that in order to enable young teachers to grow into excellent higher vocational education teachers, there should be the cultivation of creativity of young teachers on the basis of cultivation of general ability and special ability; moreover, young teachers should be continuously encouraged, vocational education recognition be improved, and vocational education teachers construction be stabilized.

CD133^+ gallbladder carcinoma cells exhibit self-renewal ability and tumorigenicity

AIM： To identify cancer stern cells （CSCs） in human gallbladder carcinomas （GBCs）. METHODS： Primary GBC cells were cultured under serum-free conditions to produce floating spheres. The stem-cell properties of the sphere-forming cells, including self-renewal, differentiation potential, chemoresistance and tumorigenicity, were determined in vitro or in vivo. Cell surface expression of CD133 was investigated in primary tumors and in spheroid cells using flow cytometry. The sphere-colony-formation ability and tumorigenicity of CD133＋ cells were assayed.floating spheroids were generated from primary GBC cells, and these sphere-forming cells could generate new progeny spheroids in serum-free media. Spheroid cells were differentiated under serum-containing conditions with downregulation of the stem cell markers Oct-4, Nanog, and nestin （P 〈 0.05）. The differentiated cells showed lower spheroid-colony-formation ability than the original spheroid cells （P 〈 0.05）. Spheroid ceils were more resistant to chemotherapeutic reagents than the congenetic adherent cells （P 〈 0.05）. Flow cytometry showed enriched CD133＋ population in sphereforming cells （P 〈 0.05）. CD133＋ cells possessed high colony-formation ability than the CD133 population （P 〈 0.01）. CD133＋ cells injected into nude mice revealed higher tumorigenicity than their antigen-negative counterparts （P 〈 0.05）. CONCLUSION： CD133 may be a cell surface marker for CSCs in GBC.

Cultivation Research on Entrepreneurial Competence of Vocational College Students Based on Entrepreneurship

The market competition is more and more complicated and the employment situation is more severe, which makes innovation and entrepreneurship ability become the way of survival of university students. How to cultivate entrepreneurial competence for colleges and universities is worth of caring and considering. The paper researches the cultivation of entrepreneurial competence of vocational college students and proposes the opinions to improve the entrepreneurial competence of Vocational college students.

在合作中培养学生的思维能力

在探索课堂教学改革过程中,思维能力的培养被置于首要地位,启发并培养思维能力是课堂教学的主旋律。所谓的合作学习并不是某个学习成分的独立运作,而是彼此之间的互相弥补和相互的启发。教师要给学生一个空间、要给学生充足的雨露、要给学生尽情发展的土壤、要给学生迅速成长阳光,这里集中体现的就是突出合作的特点,进而达到充分的培养学生思维能力和创造学习的目的。