How to Treat Others' Advice

In our life, we can't avoid making mistakes. So some advice on how to correct them is very important and helpful to us.The people who care about you will give you some wise advice. When you are in trouble,good advice can always teach you how to solve it and do better.

The Greening Situation and Developing Countermeasures along the Han River——Taking Chaozhou Downtown Part as an Example

Hanjiang is the main river in Chaozhou. The urban sections on both sides of it are large-scale landscape zones which combine the natural landscape and the cultural landscape. Aiming at better manifesting the geographical features and pro-moting the sustainable development of the ecological environment on both sides of the Hanjiang River, the research, with the reach between the Jinshan River and the Hanjiang River as an example, pointed out the existing problems and put forward some constructive suggestions based on a thorough survey on the plant species and the rationality of plant configuration and the afforstation managements, in order to provide reference for the decision-maker of the further planning and construction of this area.

面向方面编程(AOP)介绍

面向方面的编程方法简化,并优化了对横切关注点的建模。使用面向方面的编程方法,开发者可以开发出易于设计、理解和维护的 系统,而且,使用AOP意味着提高代码的产量、质量,也有益于更好地实现追加的特性。该文介绍了面向方面编程产生的背景、基本概念和 特性。

On the Cultivation & Maintenance of Gardening Plants in Residential Areas of Liuzhou City

According to the analysis of the specific condition of green space of residential area in Liuzhou,effective suggestions to the design,cultivation and maintenance were put forward.

与Shirt有关的习语

在美国英语中,有好多习语是和 shirt 有关的。请看下面这段话:So take my advice.“Keep your shirt on”andstay away from“stuffed shirts”.If you are unluckyenough to“lose your shirt”,“roll up your shirt-

AOP程序设计方法及其C++语言支持的研究

AOSD(Aspect OrientedSoftwareDevelopment)作为一种通过对软件系统中相互独立的特性进行分离和建模,达到提高模型清晰度、可跟踪性和可维护性的新技术,近年来逐渐成为学术界和工业界的研究热点。在AOSD方法的编程语言支持方面,现有的AOP(Aspect OrientedProgramming)语言的研究和实现多数是基于Java语言,而对C++这个最重要、最广泛使用的编程语言研究甚少。对AOP的核心概念进行了详细介绍,并且深入探讨了C++语言实现AOP支持的方法。

Using UML Behavioral Model to Support Aspect Oriented Model

Aspect oriented software development is an emerging paradigm of software development. The notion of this technique is separation of concerns which means to implement each concern in a single object in object oriented programming but still there are concerns which are distributed on different objects and are called crosscutting concerns while another form is Core concerns are the core functionality provided by the system but crosscutting concerns are the concerns like logging, performance etc. Modeling of aspect oriented software is different from the normal modeling of object-oriented or procedural language software, because aspects don’t have the independent identity or existence and they are tightly coupled to their woven context so it is difficult to model them. The one aim of our research paper is to explore the domain of Modeling of the aspect-oriented software. The goal of this research paper is to give a UML Behavioral modeling techniques in the domain of aspect oriented software development. This technique of generating UML Behavioral Model for aspects will give better understating of separations concerns.

Situation of the Technical and Financial Assistance According to Farms Opinions in Some Mountainous Regions of Tlemcen Province (Algeria)

The technical and financial assistance plays a fundamental role in agriculture in order to maintain its durability especially in disadvantaged regions. For this purpose, the present work aims to evaluate the technical and financial assistance according to the opinions of farms in some mountainous areas belonging to the mountains of Tlemcen wihch are situated in the north-western Algeria. The results obtained showed that to improve the relation between bank and farms, public financial institutions should review the conditions for bank credits granting according to sociological particularity of the Algerian population who is very attached to the instructions of Islam religion which prohibits interest rates generated by bank credits. In addition, strengthening these mountainous areas by qualified technical personnel is a necessary operation to improving the knowledge and the know-how of farmers which are very insufficient in these areas.

Exciting News from Indentations onto Silicon, Copper, and Tungsten

Indentations onto crystalline silicon and copper with various indenter geometries, loading forces at room temperature belong to the widest interests in the field, because of the physical detection of structural phase transitions. By using the mathematically deduced FNh3/2 relation for conical and pyramidal indentations we have a toolbox for deciding between faked and experimental loading curves. Four printed silicon indentation loading curves (labelled with 292 K, 260 K, 240 K and 210 K) proved to be faked and not experimental. This is problematic for the AI (artificial intelligence) that will probably not be able to sort faked data out by itself but must be told to do so. High risks arise, when published faked indentation reports remain unidentified and unreported for the mechanics engineers by reading, or via AI. For example, when AI recommends a faked quality such as “no phase changes” of a technical material that is therefore used, it might break down due to an actually present low force, low transition energy phase-change. This paper thus installed a tool box for the distinction of experimental and faked loading curves of indentations. We found experimental and faked loading curves of the same research group with overall 14 authoring co-workers in three publications where valid and faked ones were next to each other and I can thus only report on the experimental ones. The comparison of Si and Cu with W at 20-fold higher physical hardness shows its enormous influence to the energies of phase transition and of their transition energies. Thus, the commonly preferred ISO14577-ASTM hardness values HISO (these violate the energy law and are simulated!) leads to almost blind characterization and use of mechanically stressed technical materials (e.g. airplanes, windmills, bridges, etc). The reasons are carefully detected and reported to disprove that the coincidence or very close coincidence of all of the published loading curves from 150 K to 298 K are constructed but not experimental. A tool-box for distinction of experimental from faked indentation loading curves (simulations must be indicated) is established in view of protecting the AI from faked data, which it might not be able by itself to sort them out, so that technical materials with wrongly attributed mechanical properties might lead to catastrophic accidents such as all of us know of. There is also the risk that false theories might lead to discourage the design of important research projects or for not getting them granted. This might for example hamper or ill-fame new low temperature indentation projects. The various hints for identifying faked claims are thus presented in great detail. The low-temperature instrumental indentations onto silicon have been faked in two consecutive publications and their reporting in the third one, so that these are not available for the calculation of activation energies. Conversely, the same research group published an indentation loading curve of copper as taken at 150 K that could be tested for its validity with the therefore created tools of validity tests. The physical algebraic calculations provided the epochal detection of two highly exothermic phase transitions of copper that created two polymorphs with negative standard energy content. This is world-wide the second case and the first one far above the 77 K of liquid nitrogen. Its existence poses completely new thoughts for physics chemistry and perhaps techniques but all of them are open and unprepared for our comprehension. The first chemical reactions might be in-situ photolysis and the phase transitions can be calculated from experimental curves. But several further reported low temperature indentation loading curves of silicon were tested for their experimental reality. And the results are compared to new analyses with genuine room temperature results. A lot is to be learned from the differences at room and low temperature.

探究规律 巧记词义

中学生在学习英语中一些由动词演变出来的同根的形容词词义辨析时,尽管当时也能理解和记忆,但时间久了极易遗忘。究其原因,是没有探究它们的词义规律,如果对其词义进行探究和分析,就不难发现它们的词义规律。发现规律之后再进行记忆,便能形成永久记忆,长期不忘。试看下列几组形容词:1.respectable和respectful respectable:应受尊敬的,可敬的。

从两则案例谈装船通知在外贸实践中的重要性以及具体应用

装船通知是指出口商根据相关国际贸易惯例、合同或是信用证的要求在出口货物安全装船后发给进口商的载明出口货物详细装运情况的通知文件。出口商能否正确发送装船通知直接关乎到进口商能否及时做好付款、接货准备以及在必要时购买保险等工作,也关乎到其自身能否在货物安全装船后及时把风险转移给进口商并安全收汇等事宜。所以如何正确理解装船通知的重要作用及要式性要求,正确缮制、发送装船通知,保证出口货物风险能及时转移给进口商并安全收汇值得研究。

推动长三角地区跨省异地就医门急诊费用直接结算的实践

分析长三角地区跨省异地就医门急诊费用直接结算的需求,总结长三角地区跨省异地就医门急诊费用直接结算试点的主要做法及初步成效,提出对长三角地区医疗保险一体化建设的思考。

A rapid advice guideline for the diagnosis and treatment of 2019 novel coronavirus(2019-nCoV) infected pneumonia(standard version)

In December 2019, a new type viral pneumonia cases occurred in Wuhan, Hubei Province;and then named "2019 novel coronavirus(2019-nCoV)" by the World Health Organization(WHO) on 12 January 2020. For it is a never been experienced respiratory disease before and with infection ability widely and quickly, it attracted the world’s attention but without treatment and control manual. For the request from frontline clinicians and public health professionals of 2019-nCoV infected pneumonia management, an evidence-based guideline urgently needs to be developed. Therefore, we drafted this guideline according to the rapid advice guidelines methodology and general rules of WHO guideline development;we also added the first-hand management data of Zhongnan Hospital of Wuhan University. This guideline includes the guideline methodology, epidemiological characteristics, disease screening and population prevention, diagnosis, treatment and control(including traditional Chinese Medicine), nosocomial infection prevention and control, and disease nursing of the 2019-nCoV. Moreover, we also provide a whole process of a successful treatment case of the severe 2019-nCoV infected pneumonia and experience and lessons of hospital rescue for 2019-nCoV infections. This rapid advice guideline is suitable for the first frontline doctors and nurses, managers of hospitals and healthcare sections, community residents, public health persons, relevant researchers, and all person who are interested in the 2019-nCoV.

New Approach for Rapid Assessment of Trophic Status of Yellow Sea and East China Sea Using Easy-to-Measure Parameters

To realize potential cost savings in coastal monitoring programs and provide timely advice for marine management, there is an urgent need for efficient evaluation tools based on easily measured variables for the rapid and timely assessment of estuarine and offshore eutrophication. In this study, using parallel factor analysis(PARAFAC), principal component analysis(PCA), and discriminant function analysis(DFA) with the trophic index(TRIX) for reference, we developed an approach for rapidly assessing the eutrophication status of coastal waters using easy-to-measure parameters, including chromophoric dissolved organic matter(CDOM), fluorescence excitation–emission matrices, CDOM UV-Vis absorbance, and other water-quality parameters(turbidity, chlorophyll a, and dissolved oxygen). First, we decomposed CDOM excitation-emission matrices(EEMs) by PARAFAC to identify three components. Then, we applied PCA to simplify the complexity of the relationships between the water-quality parameters. Finally, we used the PCA score values as independent variables in DFA to develop a eutrophication assessment model. The developed model yielded classification accuracy rates of 97.1%, 80.5%, 90.3%, and 89.1% for good, moderate, and poor water qualities, and for the overall data sets, respectively. Our results suggest that these easy-to-measure parameters could be used to develop a simple approach for rapid in-situ assessment and monitoring of the eutrophication of estuarine and offshore areas.

Nutrigenetics, Nutrigenomics, and the Future of Dietary Advice

Our individual metabolic phenotype is the result of the interaction between nutrients and DNA to modify gene expression. This is a combination of epigenetic interactions whereby nutrients modify the structure of DNA to affect gene expression as well as individual genetic variation that alters our response to diet. Our metabolic phenotype is influenced by developmental plasticity, imprinting in early life and interactions with environmental factors over time. Unlike the human genome which is relatively fixed and stable throughout the body, the human metabolic phenotype is far more complex and dynamic, varying over time and among cells and varying greatly from person to person. Dietary recommendations are often generalized and intended to avert chronic illnesses such as diabetes and cardiovascular disease. In a climate where we are striving for personalisation of healthcare maybe we need a simpler approach;one that embraces genetic variation yet focuses on the optimum nutritional benefit of dietary components.

Explaining Customer Experience of Digital Financial Advice

The goal of this paper is to analyze the customer experience of digital-driven financial advice systems. It is the objective of this study to develop a cross-cultural model for validating customer experiences of digital financial advice. In doing so, both objective and subjective system aspects have been considered. It is found that experiential subjective system aspects are the most important. Surveys have been conducted in The United Kingdom and The Netherlands. In exploratory factor analysis, five dominant factors were obtained in the UK and six factors in The Netherlands to explain customer experience. Based on the factor scores, multiple regression analysis has been performed to develop the digital customer experience model （DCX model）. This is the first cross-cultural model to evaluate customer experience of financial advice. In an era in which financial institutions and FinTech companies battle for the engagement of customers, the DCX model is the first to fundamentally drive value creation, differentiation, regulation, and future research.

Unit 2 What should I do?Section A 1a-2c教学设计

教材分析 《新目标英语Go for it》教材以话题为主线，采用任务型语言教学模式（task—based），同时兼顾交际功能和语言知识结构的学习，以一种循序渐进的生活化的学习程序，引导学生学会运用英语有目的地做事情，并使学生在运用语言完成各种任务的过程中来学习、体会、掌握并运用语言。