李方艺:语文课上的学生“知心人”

美国著名人际关系学大师戴尔·卡耐基曾说过:“做一个好听众,鼓励别人说说他们自己。”在语文教学中,李方艺不仅是一个好听众,更是众多学生的“知心人”。李方艺有一个保持了多年的习惯,每当教授高年级的学生时,她总是喜欢通过日记与学生们对话。方法倒也简单,学生写好日记交给她,她在后面对日记里的内容逐一回复。不简单的是,三百字的日记下面,李方艺的回复有时竟也有三百多字,甚至更多。学生对写日记都不陌生,但对老师的批阅方式感到新鲜无比,有学生表示,原来写日记,老师收上去后往往只批注一个“阅”字,写日记不是记录生活,而是成了一项任务,学生敷衍了事自然是常态。反观李方艺的做法,少则数百字的回复中,是对学生生活的感同身受,是对他们心灵的触摸。原本不喜欢写日记的学生,看了李方艺的批注后,开始认真起来。

Study on Technology and Formula of Walnut-Roxburgh Rose Beverage

[Objective] The study aimed to explore technology and formula of walnut- roxburgh rose beverage. [Method] With walnut and roxburgh rose as the main raw material, technology and formula of walnut-roxburgh rose beverage was study by or- thogonal test. In addition, effects of emulsion stabilizers were investigated. [Result] The great emulsifying effect could be achieved by composite emulsion stabilizer at 0.40%. The orthogonal test showed that the optimum formula of walnut-roxburgh rose beverage was composed of 24% walnut milk, 16% cili juice and 12% sugar, with pH of 4.0. The product with stable organization state, pleasant sweetness and sourness may be prepared. [Conclusion] The study laid the foundation for production of walnut-roxburgh rose beverage.

青草与牛奶

牛奶的营养价值很高,但奶牛的基本饲料是青草,这是谁都晓得的。不过把草与奶联系起来概括成一种精神,却是伟大的鲁迅。他说:“牛吃的是草,挤出的是牛奶、血。”这种精神,就是现在人们常说的“奉献精神。”这种奉献精神已被许多人继承下来并发扬光大。就拿振兴川剧来说,任务之一就是争取更多的观众。眼下谁的观众最多?无疑是县川剧团,但它的物质条件最差,工作最辛苦,然而送给农民兄弟的精神食粮却最丰富。这正是一种“吃青草挤牛奶”的精神。现在文艺领域最不吃香的是戏曲。立志此行者就得下决心淡泊名利。君不见那些写武侠、言情小说或录相片的如“香港·雪米莉”一流;那些由剧场款步歌舞厅的新潮小姐们,早就先富起来了;但谁听说过在川剧团特别在县级川剧团编导演诸君中有谁是万元户。

啊哈!背诵比赛

背诵比赛,特殊、易行、紧张、愉悦。无论从心理学角度分析,还是从比赛的准备、行进、效果看,它有助于记忆,有助于兴趣,有助于意志,有助于效率。 (一)准备 背诵是多感官的作用,给他们设情置境,让他们多渠道地输入信息,可为背诵者创造最佳的精神状态。因而每每背诵比赛,我总着力布置公告栏——黑板。它的上方艺书大字:“×××(课题名)背诵比赛”,两边工写对联,如:“比谁背得快.看谁背得好”、“胸藏万汇凭吞吐,笔有千钧任歙张”、“言似出于吾之口,意似出于吾之心”。每次不同,旨在激情鼓劲。黑板中间,数十个编号,排列有序,1—10号用红色,旁画一只金苹果(意即最佳),这十位同学,便是本次大赛的‘背诵十佳”了。

丰茂而抒情

高而颐是泰州人,出生上海,从艺杭州,真应了一方水土一方艺。他的油画充分表现了现代中国油画从写实传神走向精神启蒙,把葱俊的开放之风如一抹明亮似镜的光明照拂在南方明媚的土地间。这使我想到泰州文化使桐城古文化,其特点就是扬高古之风。

Measurements of in situ stress and mining-induced stress in Beiminghe Iron Mine of China

In order to obtain the distribution rules of in situ stress and mining-induced stress of Beiminghe Iron Mine, the stress relief method by overcoring was used to measure the in situ stress, and the MC type bore-hole stress gauge was adopted to measure the mining-induced stress. In the in situ stress measuring, the technique of improved hollow inclusion cells was adopted, which can realize complete temperature compensation. Based on the measuring results, the distribution model of in situ stress was established and analyzed. The in situ stress measuring result shows that the maximum horizontal stress is 1.75-2.45 times of vertical stress and almost 1.83 times of the minimum horizontal stress in this mineral field. And the mining-induced stress measuring result shows that, according to the magnitude of front abutment pressure the stress region can be separated into stress-relaxed area, stress- concentrated area and initial stress area. At the -50 m mining level of this mine, the range of stress-relaxed area is 0-3 m before mining face; the range of stress-concentrated area is 3-55 m before mining face, and the maximum mining-induced stress is 16.5-17.5 MPa, which is 15-20 m from the mining face. The coefficient of stress concentration is 1.85.

Mold Wear During Die Forging Based on Variance Analysis and Prediction of Die Life

A process parameter optimization method for mold wear during die forging process is proposed and a mold life prediction method based on polynomial fitting is presented,by combining the variance analysis method in the orthogonal test with the finite element simulation test in the forging process.The process parameters with the greatest influence on the mold wear during the die forging process and the optimal solution of the process parameters to minimize the wear depth of the mold are derived.The hot die forging process is taken as an example,and a mold wear correction model for hot forging processes is derived based on the Archard wear model.Finite element simulation analysis of die wear process in hot die forging based on deform software is performed to study the relationship between the wear depth of the mold working surface and the die forging process parameters during hot forging process.The optimized process parameters suitable for hot forging are derived by orthogonal experimental design and analysis of variance.The average wear amount of the mold during the die forging process is derived by calculating the wear depth of a plurality of key nodes on the mold surface.Mold life for the entire production process is predicted based on average mold wear depth and polynomial fitting.

Characteristics of ultrasonic vibration transmission in bonding process

The transmitting models of ultrasonic vibration in ultrasonic transducer and capillary were presented according to the propagating mechanism of ultrasonic wave in elastic body. The coupling characteristics of ultrasonic longitudinal-complex transverse vibration system were simulated by Matlab software. The ultrasonic vibration displacement and the velocity of high frequency were measured by using the PSV-400-M2(1.5MHz) laser Doppler vibrometer. The vibration locus shapes driven by the same frequency and different frequencies were tested by using GDS-820S dual channel digital oscilloscope. The microstructures at bonding interface were observed by means of KYKY2800 scanning electron microscope. The results show that ultrasonic vibration displacement or velocity and energy density increase with the decrease of section area in the transmitting process. The vibration locus shapes driven simultaneously by the same frequency and different frequencies are elliptical (or circular) loci and rectangular (or square) loci, respectively. And the characteristics at bonding interface are improved by coupling loci.

Additivity of pore structural parameters of granular activated carbons derived from different coals and their blends

A series of granular activated carbons （GACs） were prepared by briquetting method from Chinese coals of different ranks and their blends, with coal pitch as the binder. Pore structural parameters including BET specific surface area （SBEr）, total pore volume （Vr） and average pore diameter （da） were measured and cal- culated as well as process parameters such as yield of char （CY） and burn-off （B）. The relationship between the pore structural parameters of the GAC from coal blend （BC-GAC） and the ones of the GACs from corresponding single coals （SC-GACs） was analyzed, in which an index, the relative error （δ）, was presented to define the bias between fitted values and experimental values of these parameters of the BC-GACs. The results show that the BC-GAC keeps qualitatively the pore structural features of the SC-GACs; as concerned as the quantitative relationship, the pore structural parameters of the BC-GAC from coal blend consisting of non-caking coals can be obtained by adding proportionally the pore structural parameters of the SC-GACs with a less than 10%. Meanwhile, for the BC-GAC from coal blend containing weak caking bituminous coal, the δ increases up to 25% and the experimental pore size distribution differs greatly from the fitted one.

Research on Factors Affecting Flotation and Desulfurization of Coal by Electrochemical Method

Influence of factors such as potential of electrolyte, electrolyzing time, concentration of electrolyte, and pH value on flotation and desulfurization of coal was researched. The result shows that the electrochemical reduction can enhance the desulfurization effect and increase the yield of clean coal under certain conditions. So it is an effective method.

A new visco-elastic contact model of traveling wave ultrasonic motor with stator frictional layer

A new contact model of traveling wave ultrasonic motor （TWUSM） with a visco-elastic stator frictional layer was presented. In this model, the initial boundaries were revised, and the rotor revolution speed could he calculated iteratively. This model was compared with compliant slider and rigid stator model. The results of motor characteristics simulations showed that the motors based on this model would gain bigger stall torque. Then the friction and wear characteristics of two models were analyzed. The motors based on this model had lower coefficient of friction and better wear resistance.

Permutation Analysis of Track and Column Braiding

The positions of braiding carrier in track and column braiding are represented by a diagrammatic braiding plan and a corresponding lattice-array is defined. A set is then formed so that the permutation analysis can be performed to represent the movement of carriers in a braiding process. The process of 4-step braiding is analyzed as an example to describe the application of the proposed method by expressing a braiding cycle as a product of disjoint cycles. As a result, a mapping relation between the disjoint cycles and the movement of carriers is deduced. Following the same analysis principles, a process of 8-step braiding and the corresponding initial state of the lattice-array is developed. A successful permutation analysis to the process manifests the general suitability of the proposed method.

Spatial Distribution Pattern and Han Subgroup Characteristics of Traditional Villages in Guangdong

A total of 126 traditional villages in Guangdong were selected for research to analyze their spatial distribution pattern, spatial autocorrelation, and Han subgroup characteristics through the spatial analysis with GIS. The results showed that the traditional villages in Guangdong were distributed compactly, which was similar to that in other provinces; on the prefecture-level city scale, they were mainly distributed in Meizhou, Qingyuan, Zhanjiang, and Zhaoqing, showing a central distribution; on the regional scale, they were mainly distributed in northern Guangdong and the Pearl River Delta, indicating an unbalanced distribution; their density of spatial distribution showed a significant difference with a provincial distribution density of 0.59 per thousand km^2 and the highest distribution density of 2.14 per thousand km^2; there were four gathering areas accommodating many traditional villages, namely Meizhou-Chaoshan area, Guangfo-Dongguan area, Leizhou in Zhanjiang, and Lianzhou in Qingyuan; the spatial distribution of traditional villages, which presented a pattern of hot spot—sub-hot spot—sub-cold spot—cold spot, had a significant global spatial autocorrelation, and areas in similar sizes were tending towards gathering; traditional villages in Guangdong belonged to the Cantonese-speaking group and Hakka-speaking group with a density of 0.59 per thousand km^2 and 0.48 per thousand km^2 respectively, and Han subgroup with the highest distribution density was the minority areas of 1.31 per thousand km^2, followed by Shaozhou dialect area with a density of 1.00 per thousand km^2.

Conceptual Art： The Untold Story of African Art

Conceptual art is one of the twentieth century art movements that has gained popular attention in the contemporary artworld. It has received much scholarly prominence in the Western world, and perceived as an emergent art of European origin. What has been given little or no scholarly attention is the African essence of root of conceptual art movement. This article addresses the historical epochs of conceptual art in Africa and delves into the critical question of whether or not conceptual art is an emergent art in Africa. With the help of the images of African artworks, this article attempts to fmd visual answers by examining the art-historical account of the art through visual analysis in simple narrative format in telling the African side of the story. It concludes that the adoration and idolization of Marcel Duchamp as the father of conceptual art is contestable since the art was many centuries old in Africa before the twentieth century artists began to practice it in the West. Duchamp＇s attempt at dematerialization of art, and showing distaste to the traditional aesthetics of Western art at the time through conceptual exploration had been in practice in African art and, therefore, not an invention.

Numerical simulation of flows around long-span flat roof

Long-span roof with span larger than height always has a complicated three-dimensional curve. Wind pressure on the roof is often influenced not only by the atmospheric turbulence, but also by the “signature” turbulence provoked in the wind by the structure itself. So it is necessary to study characteristics of flows around the roof. In this paper, three-dimensional numerical simulation of wind-induced pressure has been periormed on a long-span flat roof by means of Computational Fluid Dynamics （CFD） software ——FLUENT. The flow characteristics are studied by considering some parameters, such as wind direction, span-height ratio, roof pitch, flow characteristics, roughness of terrain. The simulation is based upon the Reynolds-averaged equations, in which Reynolds stress equation model （RSM） and SIMPLE technology, （Semi-Implieit Method for Pressure-Linked Equations） have been used. Compared with wind tunnel tests, the computational results have good agreement with the experimental data. It is proved that the results are creditable and the method is feasible.

Architectural Forms and Style Protection of Traditional Grassland Settlements:A Case Study of Qiongkushitai Village

Ancient villages have rich historical and cultural connotations, artistic values, and unique ways of construction, which are important elements for inheriting the historical and cultural characteristics of ancient villages. In tiie course of tiie pfotection and development of ancient villages, they ate difficult problems that how to inherit the historical architectural features and regional characteristics and promote the sustainable development of ancient villages. Taking building construction and protection in the famous historical and cultutal village of Qiongkushitai as the mainstream,this paper analyzed the present situation of atchitectufe, the way of construction, the evaluation of architectufe, and summarized tiie characteiistics of traditional afchitectxire, the construction mode and the strategy of style renovation, which could provide a reference for futute protection and sustainable development of villages.

The Spirit of the Age in Mathematics and Art： The Eastern and Western Perspective Painting

Both mathematics and art consistently reflect the spirit of the age in which they arise. Consequently, the mathematics in China and in Korea during the Joseon Dynasty, in contrast to the deductive western mathematics, does not function on the basis of proving something deductively. Rather, the Chinese mathematics from this period was based upon making observations about problems by combining patterns with specific examples. In this paper, this author attempts to compare the differences in mathematics between the East and the West, and also to study the different perspectives in art between the East and the West, in order to identify the relationship between civilization, culture and the spirit of the age. This will explain the reason why the Western ＇One Point Perspective＇ had spread in China and the Chosen Dynasty, yet could not be permanently established in these countries.

On Learners＇ Perceptions of Taking MOOC in Learning Intercultural Communication （IC） A Case Study of the IC MOOC from SISU

The topic of taking MOOC in learning Intercultural Communication （IC） is an under-researched area, and there has been little empirical research published which focuses on students＇ perceptions. This study explores learner＇s perceptions of taking the MOOC from SISU in learning IC with both a quantitative and qualitative data collection and analysis, which focuses on students＇ viewpoints about their MOCC learning experience, development in Intercultural Communication Competence （ICC） and their problems in Learning MOOC.

Numerical simulation method for weld line development in micro injection molding process

In order to reduce the "trial-mold" risk and cost,numerical simulation method was applied to micro injection molding weld line development investigation. The micro tensile specimen which has the size of 0.1 mm(depth) ×0.4 mm(width) ×12 mm(length) in test area was selected as the objective part,and polypropylene(PP) as the experimental material. Respectively with specific commercial software(Mold Flow) and general computational fluid dynamic(CFD) software(Comsol Multiphysics) ,the simulation experiments for development of weld line in micro injection molding process were executed and the real comparison experiments were also carried out. The results show that during micro injection molding process,the specific commercial software for normal injection molding process is not valid to describe the micro flow process,the shape of flow front in micro cavity flowing which is important in weld line developing study and the contact angle due to surface tension are not able to be simulated. In order to improve the simulation results for micro weld line development,the general CFD software,which is more flexible in user defining function,is applied. The results show better effects in describing micro fluid flow behavior. As a conclusion,as for weld line forming process,the numerical simulation method can give a characteristic analysis results for processing parameters optimizing in micro injection molding process;but for both kinds of softwares quantitative analysis cannot be obtained unless the boundary condition and micro fluid mathematic model are improved in the future.