The Procedure of an International Student Studying Abroad:A Case Study

As it is examined and concluded by many researchers,studying abroad has been common when students are trying to receive higher quality education.Cross-cultural adjustment is also regarded as a compulsory term to consider,and the way to get involved in the host culture has also been deeply investigated in this procedure.Therefore,this paper aims at identifying the factors that cause cultural barriers,as well as finding solutions to cope with them.In this study,a case study research method is employed and the result will be beneficial to support future research in similar fields.

Research on the Current Situation of China’s Higher Education Students Studying Abroad in the Context of Higher Education Internationalization

In the context of education internationalization,the internationalization of higher education has become a major trend in the field of education in most countries,with international student education as the core.This phenomenon promotes cultural exchanges and integration among countries as well as higher education reform,which is of great significance in enhancing the international influence of higher education in each country.However,there are also some challenges faced by higher education students when studying abroad.The article digs into the origin and history of studying abroad,analyzes the current situation and reasons for higher education students in China to study abroad,discusses the opportunities and challenges faced by higher education students in China when studying abroad,and analyzes the trend of studying abroad in China.

AN APPLICATION OF TOPOLOGICAL ANALYSIS TO STUDYING THE THREE-DIMENSIONAL FLOW IN CASCADES;PART I—TOPOLOGICAL RULES FOR SKIN-FRICTION LINES AND SECTION STREAMLINES

Based on the working of Lighthill and Hunt et al., in the present paper the author has established the topological rules adapting to analysing the skin-friction lines and the section streamlines in cascades. These rules are (1) for a rotor cascade without shroud band, the total number of nodal points equals that the saddle points on the skin-friction line vector fields in eachpitch range; (2) for an annular or straight cascade with no-clearances at blade ends, the total number of saddle points is two more than that of nodal points on the skin-friction line fields in a pitch; (3) the total number of saddles in the secondary flow fields on cross-sections in cascade is one less than that of nodes; (4) in the section streamline vector fields on a meridian surface penetrating a flow passage, and on leading and trailing edge sections, the total number of nodes is equal to that of saddles; (5) on the streamline vector fields of a blade-to-blade surface, the total number of nodes is one less than that of saddles.

Engineering Cells and Tissue for Studying Development and Disease

Cell and Tissue Engineering provides exciting opportunities for studying development and Disease.In this talk,we will focus on cell chirality,also known as handedness and left-right(LR)asymmetry,which is an intrinsic capability of the cell telling left from right(1)The development of the vertebrate body plan with left-right asymmetry requires the emerging chiral morphogenesis at multicellular levels at specific embryonic stages.Changes in orientation of the LR axis due to genetic or environmental factors can lead to malformations and disease.However,the concept of cell chirality has never studied in detail until the recent development of novel engineering tools[2-3].We demonstrate that the cultivation of cells on micropatterned 2D surfaces and in 3D graded hydrogels reveals an intrinsic cellular LR asymmetry,which is dependent of cell phenotype and actin cytoskeleton.With these new tools,we examine the role of cell chirality on the embryonic development of cardiac LR asymmetry [4] as well as the barrier function of endothelium layers [5].We find that Protein Kinase C(PKC)activation reverses the inherent chirality from clockwise to counter clockwise in engineering systems [4-5].Interestingly,activation of PKC signaling reverses the directional bias of chick cardiac C-looping [4].Mediating endothelial cell chirality can regulate the permeability of endothelial layers[5].Overall,our results strongly suggest critical roles of cell chirality in cardiovascular development and disease.

Studying neurological disorders using induced pluripotent stem cells and optogenetics

Neurological disorders are amongst the most widely studied human aliments.Yet,they are also one of the most poorly understood.Although most of these disorders are polygenic,genotype still plays an important role in their etiologies.For example,in schizophrenia and autism spectrum disorders,there is a 40-60%concordance rate in monozygotic twins,with 60-90%heritability（Burmeister et al.,2008）.However,the mechanisms by which multiple genes and their genomic variations influence the phenotypes of the disorders remain to be understood. The complexities of the disorders are tur- ther compounded by the individual rarity of the genomic variations and their variable penetrance （Cook and Scherer, 2008）. Thus, conventional disease modeling, such as gene knockout in cells or in animals, to attain the desired disease genotype may not be the most suitable platform for tackling most neurological disorders.

The memristive conductance studying of an Au/Ti_nO_(2n-1) memristor device based on oxygen vacancy drifting

With the insight of memristor researsh growing continuously,many semiconductor material has been manufactured to various kinds of memristive device.Yet the stabilization of memristive performance haven’t been fulfilled,the fathom of memristive-acting mechanism still not being generalized.To put a futher move on low-consuming and high-stable memristive conductance device,we built a high stable double-pair-electrode device,based on the fabrication of TiO_(2-x),which has been generally applied as a n-type semiconductor.Under the constant-repeating cyclic voltammerty;we nailed the memristive quality of our mental/semiconductor thin film device.Moreover,through multifarious analytical processes based on our doping,filming growing path,we build a rational model for our memristor‘s memristive conductance mechanism,which indicated the carrier motion and electron tunnel following the biasing voltage.Our work exhibited a new type of TiO_(2-x)-based memristor,and emerged a new way to explicate the single-stage-switching memristive feature,which might initiate a new guiding ideology in semiconductor memristor’s studying.

Validation of the Ability of Full Configuration Interaction Quantum Monte Carlo for Studying the 2D Hubbard Model

To validate the ability of full configuration interaction quantum Monte Carlo （FCIQMC） for studying the 2D Hubbard model near half-filling regime, the ground state energies of a 4×44×4 square lattice system with various interaction strengths are calculated. It is found that the calculated results are in good agreement with those obtained by exact diagonalization （i.e., the exact values for a given basis set） when the population of psi particles （psips） is higher than the critical population required to correctly sample the ground state wave function. In addition, the variations of the average computational time per 20 Monte Carlo cycles with the coupling strength and the number of processors are also analyzed. The calculated results show that the computational efficiency of an FCIQMC calculation is mainly affected by the total population of psips and the communication between processors. These results can provide useful references for understanding the FCIQMC algorithm, studying the ground state properties of the 2D Hubbard model for the larger system size by the FCIQMC method and using a computational budget as effectively as possible.

Two Issues in Studying Security Environment

To some extent, China’s security environment depends on if it has active creation, understanding, attention and vigilance on the common interests of the surrounding areas and groups of states, and if it could take timely and proper countermeasures. In my personal view, two principles should be taken into consideration. The first principle is

Studying Cu Alloy Corrosion Products in Cooling Liquid

The effect of cooling liquid used for heat exchangers on the Cu alloy corrosion products has been examined using potential-time measurements under applied current condition (anodizing), potentiodynamic polarization, X-ray diffraction (XRD) and infrared spectroscopy (IR) The corrosion products formed on the Cu alloy surface during anodizing, are Cu2O, Cu2(OH)3Cl, and Cu2S. NaCl is detected in the corrosion products. The film formation depends on the applied current and the shift of potential to nobler direction indicates its formation progress.

Development of a comprehensive finite element cervical spine model for studying neck injury of pilot

Introduction-The cervical spine is subjected to injury frequently,especially among pilots who are usually on the condition of high acceleration.Injuries of the cervical spine will be potential risk of damage to the spinal cord,which could be result in life threatening

A Foreign Teacher's Comments on Studying English

“How can I study English in order to make rapid progress?”is a question that I am often asked by my students. They look at me in disbelief when I reply that they should talk to their friends in English, listen to English language broadcasts on the radio,and read English novels for fun in their spare time. I sens that they think such an appxoach to language learning is too straight forward,and as their foreign teacher, I should have a more mysterious, quicker method perhaps something like drinking a magie potion.

Tibetans Studying In the North Pole

EDITOR'S NOTE: Longyearbyen, capital of the Svalbard Islands, entered its annualprolonged period of darkness on October9,2001.The sun was not due to rise againuntil March 8, 2002.During the five-month-long period of perpetual night,people livingin the northernmost human settlement see only stars, snow and ice. In this part of theworld, however, there are four students from the Tibet Autonomous Regionjoint-venture school.

TIBET IS MY HOMETOWN RECALLING TIBETANS' STUDYING ABROAD

In autumn of 1946 Tsering Wangdo,then just 12 years old, went to India to study. That was 60 years ago when I interviewed him in 2006. Obviously,the young man has gone but the

Studying the Arts

AFTER the culmination of a memorable martial arts performance, Zimbabwean Medembo Uesebia and her classmates end up in a close em- brace, celebrating their graduation from a famous Chinese martial arts school. Huo Yuanjia Culture and Wushu School, located in Tianjin, the birthplace of wushu （Chinese martial arts） master Huo Yuanjia, has produced many wushu champions. As part of the cultural exchange program between China and Africa, the school provides a three-month training course. Starting in January, this course consists of 30 Zimbabwean students who predominantly ply their trade as teachers of physical education.

Latest Results on Studying the Universal Declaration of Human Rights

Irecently read Studies on the Universal Declaration of Human Rights by Prof. Sun Pinghua. With the support ofgovernmental social science fund ing, Prof. Sun wrote the book on the basis of his doctoral thesis. I would like to share my thoughts after read ing this book. After the Universal Declaration of Human Rights was published on Dec. 10, 1948, Chinese scholars and media studied the document and introduced it to China. Since the adoption of the reform and opening up policy three decades ago, and with the building of the socialist legal system with Chinese charac teristics and the deepening of human rights dialogue between China and other countries and international organizations, the academic com munity has shown more interest in studying the document. Examples of such research include Universal Declaration of Human Rights： An Important Milestone of International Human Rights History, by Dong Yunhu （People＇s Daily, Dec. 10, 1998）, Role and Function of the Universal Declaration of Human Rights in International Human Rights Law, by Bai Guimei （Peking University Law Journal, vol. 6, 1998）,Cornerstone of International Human Rights Law, by Zhao Jianwen （Legal Research, vol. 2, 1999）, On the Universal Declaration of Human Rights, by Fan Guoxiang （Human Rights, vol.

Brief Discussion on Studying Abroad

Both studying abroad and distance learning have aroused wide public concern.The education system is different in the world.This paper presents the differences and similarities between Chinese and American education systems via comparison.From the long-term point of view,which is the education really ought to be about?

Experiences of Chinese nurses studying for master’s degree in the UK: a qualitative study

Objective:To explore experiences of Chinese nurses who study for Master of Science in Professional Practice(health care)in the United Kingdom.Methods:A qualitative approach was applied,consisting of semi-structured telephone interviews(n=8).The Colaizzi seven-step framework analysis method was used to extract themes.Results:The themes that emerged are as follows:(1)gains from studying overseas,(2)difficulties during studying,and(3)impacts of learning experience on work.The gains for nurses studying overseas include the improvement of scientific research capabilities,reconstruction of critical thinking,and development of reflection ability.Difficulties while studying mainly include language barrier,strict assessment,and boring life.Conclusions:The education of nursing postgraduate attaches impor tance to the cultivation of thinking.Nurses are very interested in nursing research including qualitative and quantitative methods.Nurses encountered language barriers in their study and life even though they knew a cer tain level of English.

Studying the direction of hydraulic fracture in carbonate reservoirs:Using machine learning to determine reservoir pressure

Hydraulic fracturing(HF)is an effective way to intensify oil production,which is currently widely used in various conditions,including complex carbonate reservoirs.In the conditions of the field under consideration,the hydraulic fracturing leads to a significant differentiation of technological efficiency indicators,which makes it expedient to study the patterns of crack formation in detail.Studies were carried out for all wells,which were considered as the objects of impact,to assess the spatial orientation of the cracks formed.The developed indirect method was used for this purpose,the reliability of which was confirmed by geophysical methods.During the analysis,it was found that in all cases,the crack is oriented in the direction of the section of the development system element characterized by the maximum reservoir pressure.At the same time,the reservoir pressure values for all wells were determined at one point in time(at the beginning of HF)using machine learning methods.The reliability of the machine learning methods used is confirmed by the high convergence with the actual(historical)reservoir pressures obtained during hydrodynamic studies of wells.The obtained conclusion about the influence of the reservoir pressure on the patterns of fracture formation should be taken into account when planning hydraulic fracturing under the conditions studied.