汉翻英文章1000字

Republic of France in western Europe. Size 5 5 1 6 0 2 sq km. 3 0 0 0 km long coastline. Residents mostly France. Catholic residents more letter. French as an official language.5 century, a kingdom. 1 5 a centralized state at the end of the century. 1789 eruption of bourgeois revolution. Since then, the Republic has established a five and two empires. 1958 Fifth Republic was born.Prior to the Second World War, France was the second largest of the British colonial empire, the colonial area equivalent to 20 times the local community. After the war, most have separate French colony. January 27, 1964 to establish diplomatic relations with China.Southeast high-low topography. Central and southern central highlands, north-west of Northern France is plain. Most areas of the marine climate of temperate broadleaf forest, coastal and southern Rhone valley to the Mediterranean-type climate is subtropical. Annual average precipitation from northwest to southeast from 6 0 0 to 1 0 0 0 mm increments to mm. Bauxite, uranium ore reserves in Western European countries, tops the first. Iron, potassium is also abundant. Forest area accounted for 26% of the area.Industrialized countries, a high concentration of production and capital GDP amongst the highest in the world. The major industrial sectors of mining, metallurgy, automobiles, shipbuilding, machinery, textile, chemical, electrical, food, etc. Nuclear energy, petrochemical, marine development, arms, aviation and space sectors are developing rapidly and have amongst the highest in the world. 1993 output of major industrial products are : 16.61 million tons of steel, 12.01 million tons of pig iron, coal reached 10.35 million tons, 2.52 million tons of pulp, 2.8 million vehicles cars, generating 4 5 1 0 kW / hour. Agriculture developed for the world famous agricultural exporting countries. Category of major agricultural products are wheat, maize, potatoes, beet, rice, tobacco, grapes. 1 9 9 3 tons of wheat 24.9 million tonnes, barley 6.5 million tons, corn 13.3 million tons, 5.3 billion litres of wine grapes. France is Western Europe "common market" countries, the main target is Western Europe trade "common market" countries. Exports machinery, chemicals, automobiles, steel and food. Imported fuels, the Military Industrialization raw materials, ores. Rail 3 5 0 0 0 km, the road about 8 0 million metres. Capital Paris, a city renowned Eiffel transmission tower, construction, a city southwest Versailles Palace. Automobiles, electrical industry renowned textile and cosmetics industries are also developed. Le Havre, Lille, Rouen, Nantes, Lyon, Strasbourg, Mulhouse, Marseille are important industrial center. Other important festivals : National Day on July 14. Mrs. die for a good cause Japan May 30. Established diplomatic relations with Japan : January 27, 1964. Money : franc. Time : one hour earlier than Greenwich time;At night than seven hours. National flower : iris, roses. Name Interpretation : France moves by France evolution from tribal members. France moves in the Germanic language China and Italy as "courageous and free." Folk : France is champagne, brandy wine hometown. It was felt that if left home New Year's Eve Night wine coming year will be to stay. France is the most expensive dishes Egan, the Frenchman most favorite snail and frog legs. 原文:法兰西共和国位于欧洲西部。面积5 5 1 6 0 2 平方千米。海岸线长约3 0 0 0 千米。居民多为法兰西人。居民多信天主教。法语为官方语言。 5 世纪建立王国。1 5 世纪末形成中央集权国家。1 7 8 9 年爆发资产阶级革命。此后，先后建立过五次共和国和两次帝国。1 9 5 8 年第五共和国诞生。第二次世界大战前，法国是仅次于英国的第二号殖民帝国，殖民地面积等于本土2 0 倍。战后，法属殖民地大部先后独立。1 9 6 4 年1 月2 7 日同我国建交。 地势东南高西北低。中南部有中央高原，西北部是北法平原。大部分地区属海洋性温带阔叶林气候，南部沿海和罗讷河谷地属亚热带地中海式气候。年平均降水量从西北往东南由6 0 0 毫米递增到1 0 0 0 毫米左右。铝土矿、铀矿储量在西欧各国中均居第一位。铁、钾盐也相当丰富。森林面积占全国面积的2 6 % 。 工业发达国家，生产和资本高度集中，国内生产总值位居世界前列。主要工业部门有矿业、冶金、汽车、造船、机械、纺织、化学、电器、食品等。核能、石化、海洋开发、军火、航空和宇航等部门发展很快，已位居世界前列。1 9 9 3 年主要工业产品产量为：粗钢1 6 6 1 万吨、生铁1 2 0 1 万吨、原煤达1 0 3 5 万吨、纸浆2 5 2 万吨、小汽车2 8 0 万辆、发电4 5 1 0 千瓦/ 小时。农业发达，为世界著名的农产品出口国。主要农产品有麦类、玉米、马铃薯、甜菜、稻米、烟草、葡萄 等。1 9 9 3 年产小麦2 4 9 0 万吨、大麦6 5 0 万吨、玉米1 3 3 0 万吨、葡萄 酒5 3 亿升。法国是西欧“共同市场”成员国，主要外贸对象是西欧“共同市场”国家。出口机械、化学品、汽车、钢铁和粮食。进口燃料、军事工业原料、矿石等。有铁路3 5 0 0 0 多千米，公路约8 0 万千米。 首都巴黎，市内有著名的艾菲尔铁塔等建筑，城西南有凡尔赛宫。汽车、电器工业著名，纺织和化妆品工业亦发达。勒阿弗尔、里尔、鲁昂、南特、里昂、斯特拉斯堡、米卢斯、马赛等都是重要的工业中心。 其它 重要节日：国庆日7 月1 4 日。贞德就义日5 月3 0 日。 与我建交日：1 9 6 4 年1 月2 7 日。 货币：法朗。 时差：比格林尼治时间早1 小时；比北京时间晚7 小时。 国花：鸢尾花、玫瑰。 国名释义：法兰西由法兰克部落名演变而来。法兰克在日耳曼语中意为“勇敢的、自由的”。 民俗：法国是香槟酒、白兰地酒的故乡。人们认为除夕之夜家中若有剩酒，来年便要交厄运。法国最名贵的菜是鹅肝，法国人最爱吃蜗牛和青蛙腿。

在驱动与制动力上做文章——谈电子稳定程序和后轮随动转向技术！ 自ABS(防抱死制动系统)发明以来，现在绝大部分轿车早已将ABS作为标准配置，但ABS只是辅助安全系统，其作用都是非常有限的。随后，汽车专家们就开始在制动上做文章，并不断推出各种电子安全系统，如：电子制动力分配系统(EBD)；加速防滑系统（ASR）；牵引力控制系统(TCS)；以及最重要的电子稳定程序（ESP）等等，有些公司的名称不同，但作用相同，如DSC等。 在造车哲学方面雪铁龙有很多独门绝技，雪铁龙总是追求与众不同，特立独行，但又非常务实，所以雪铁龙汽车技术优越但价格合理！雪铁龙发明了汽车前轮驱动技术，雪铁龙的大灯随动转向早在几十年前就已经应用在当时震撼世界的DS车上，主动液压悬挂系统则更应用在CX车上，国家安全局曾经大量使用这种鬼怪汽车，这种能够匍匐前进，又可以悠然越起的鬼怪，曾经大大吸引人们的眼球。在车辆稳定性能方面，雪铁龙技术更是遥遥领先。其后轮随动转向技术目前还在我们熟悉的富康车上采用，这种早在法国家喻户晓的独门绝技，大大改善了雪铁龙汽车的稳定性。 今天，更加先进的随动转向大灯技术应用在凯旋车上，并且有最新的中央集控式方向盘，以及众多的电子控制系统，但是凯旋惟独没有采用后轮随动转向技术和主动液压悬挂系统。纠其原因，没有采用主动液压悬挂系统是因为成本太高，而没有采用后轮随动转向技术是因为有了新的稳定技术电子稳定程序ESP。但是，在雪铁龙引以为傲的C5上，却依然采用这种后轮随动转向技术，他们究竟有什么不同呢？ 首先，让我们了解什么是后轮随动转向技术：所谓后轮随动转向指的是汽车在过弯时，除了前轮能转向以外，后轮也能依据行驶方向产生一定程度的转向角度。虽然这个角度很小，但在很大程度上能提高汽车的稳定性。富康车的随动转向通常只提供同相位的转向角度，也就是说后轮的转向方向与前轮的转向方向相同。虽然在低速行使的时候产生相反的微小后轮转向角度似乎不能起到多大作用，但在高速行驶的时候，这样小的顺向转向角度能起到致关重要的作用，大大增加了车辆的安全性能。这是雪铁龙的独门绝技，他使得雪铁龙汽车的高速稳定性非常出色。这种技术的独到之处在于提高车辆抗击失控的极限，但并不能杜绝失控。后轮随动转向技术，由于采用扭力弹簧，还能够有效衰减路面不平产生的震动，保证优秀的驾驶稳定性能外，也使车辆在转弯时能够根据当前车速决定车辆的过度转向或不足转向，这也是大家普遍觉得雪铁龙产品在转弯时抓地性好、不易侧倾或甩尾的主要原因。 其次，我们了解什么是电子稳定程序ESP：ESP英文全称是“ElectronicStabilityProgram” 在汽车行驶过程中，ESP系统通过不同传感器实时监控驾驶者转弯方向，车速、油门开度、刹车力以及车身倾斜度和侧倾速度，以此判断汽车正常安全行驶和驾驶者操纵汽车意图的差距。然后通过调整发动机的转速和车轮上面的刹车力分布，修正过度转向或转向不足。ESP 在提高汽车行驶稳定性方面效果显著。 ESP具有三大特点： 1，实时监控：ESP能够实时监控驾驶者的操控动作、路面反应、汽车运动状态，并不断向发动机和制动系统发出指令。 2，主动干预：ABS等安全技术主要是对驾驶者的动作起干预作用，但不能调控发动机。ESP则可以通过主动调控发动机的转速，并调整每个轮子的驱动力和制动力，来修正汽车的过度转向和转向不足。 3，事先提醒：当驾驶者操作不当或路面异常时，ESP 会用警告灯警示驾驶者。换句话说ESP实际上是一种牵引力控制系统，与其他牵引力控制系统比较，ESP不但控制驱动轮，而且可控制从动轮。如后轮驱动汽车常出现的转向过多情况，此时后轮失控而甩尾，ESP便会刹慢外侧的前轮来稳定车子；在转向过少时，为了校正循迹方向，ESP则会刹慢内后轮，从而校正行驶方向。 由于两种技术原理的的根本不同，所以效果也不尽相同。采用后轮随动转向技术的车辆在达到极限之前，姿态良好根本就不会失控，而采用电子稳定程序ESP的车辆是在车辆失控之前实际上已经接近“乱了方寸”，并在即将失控之时进行干预，调整状态防止失控，此时如果关闭ESP车辆有迅疾失去控制的危险。前一种技术提高了车辆的稳定性能极限，而后一种技术使得车辆稳定性的先天不足得以弥补，防止车辆失控。从安全角度看，安装了电子稳定程序ESP的车辆显然更加安全，它在某种程度上剥夺了驾驶员的激情。但在竞技和驾驶乐趣方面比采用后轮随动转向技术的车辆稍逊一筹。对于有驾驶经验的人来说，后轮随动转向技术更加实用可靠！而对于大多数普通汽车驾驶原来说，电子稳定程序ESP可以大大减少事故的发生，提高车辆行驶的安全性，是现代汽车的发展趋势！ 我们不难看出，上面提到的这些电子安全系统，都是以控制驱动和制动力为依据的，安全系统无时不在监控你的所作所为，并不失时机的弥补你的失误，甚至剥夺你的驾驶激情，如果你总是依赖于这些技术，你的感觉可能会出现偏差，你要牢记你的驾驶技术表现是以依赖电子技术完成的，一旦失去这些关怀，你可能瞬间迷失方向！你更要记住，直到目前，人的感知系统仍然非常优越的，安全行驶，最根本的还在驾驶技术 Do the article -- on the stability program electronic and rear wheel steering technology in driving and braking force!Since ABS (anti lock braking system) was invented, most carshave ABS as the standard configuration now,But ABS is only an auxiliary safety system, its role is verylimited. Subsequently, automobile experts began in the brakeFor this, and continue the introduction of electronic securitysystems, such as: electronic brake force distribution system(EBD); accelerated antiSlip system (ASR); traction control system (TCS); and the most important electronic stability program (ESP) etc.,Some company names are different, but the same role, such as DSC etc..In the philosophy aspect Citroen has many unique skills,Citroen always pursue the out of the ordinary, personal independence of conduct,But very practical, so the Citroen Automobile technologysuperiority but reasonable price! The invention of the automobile front wheel drive technology CitroenOperation, the Citroen headlight steering in the early decades ago has been applied in the DS car was shockedthe world, activeHydraulic suspension system is used in the CX car, the national security agency has been using this ghost car, thiscanCreeping forward, but also leisurely more up ghosts, oncegreatly attract people's eyeballs. In the vehicle stabilityTechnology is be way ahead, citroen. A rear wheel steeringtechnology is still familiar Fukang car useThis early in the process, the national household unique skills, greatly improved the stability of Citroen car.Today, with steering headlight technology in the car on theapplication of more advanced, and the new central controltypeThe steering wheel, and the electronic control system of many, but not the triumph but the rear wheel steering and activeHydraulic suspension system. The cause, not the activehydraulic suspension system because the cost is too high,not using theRear wheel steering technology is because of the newelectronic stability program ESP stable technology. However,in the Citroen proudProud of C5, but still with the rear wheel steering technology,whether they have what different?First of all, let us understand what is rear wheel steeringtechnology: the so-called rear wheel steering refers to thecar atWhen bending, except for the front wheel steering wheel can,can also according to the traveling direction steering angledegree. AlthoughThis angle is very small, but to a large extent can improve vehicle stability. Fukang car steering is usually available onlyThe steering angle, that is to say the rear wheel steeringdirection with the front wheel of the same. Although in the lowlineThe generated when the rear wheel steering angle seemssmall in much of a role can not play, but when travelling at high speed,Such a small forward steering angle can play a vital role,greatly increase the safety performance of vehicles. This issnowTielong unique skills, he makes high-speed stability ofCitroen car very well. This technique is only toTo improve the ultimate vehicle against out of control, butcan not stop runaway. Rear wheel steering technology, due to the torqueSpring, also can effectively attenuate the vibration produced by the uneven pavement, ensure driving stability goodoutside, also make the vehicleAccording to the current speed determines vehicle oversteer or understeer when turning, this is generally think of snowThe main reason for products in cornering grip good, not easy to roll or flick.Secondly, we understand what is electronic stability program ESP:ESP English full name is "ElectronicStabilitYProgram "in the process of moving vehicle, the driver ESPsystem turning direction through the different sensor for real-time monitoring, vehicleSpeed, throttle, brake force and body tilt and roll speed, to determine whether the vehicle in normal driving safety anddrivingControl the car intention gap. And then by adjusting thespeed of the engine and the wheels on the brake force distribution, correctionOversteer or understeer. ESP in improving the driving stability of vehicle was effect.ESP has three features:1, real time monitoring: ESP can state real-time monitoringdrivers to control the action, pavement response, motor sport, notOff to the engine and braking system sends out the instruction.2, active intervention: ABS security technology is mainly to the driver's action intervention effect, but can not controlengine.ESP may through the active control of engine speed, driving force and the braking force of each wheel and adjust, to correct the steamVehicle oversteer and understeer.3, warning: when the driver or improper operation ofpavement is abnormal, ESP with warning lamp warning drivers. In other wordsSaid ESP is actually a kind of traction control system, and theother traction control system, ESP not only control driveWheel, but also can control the. As a rear wheel drive caroften turn over the situation, the rear wheel out of control andrejectionTail, front wheel ESP will brake to slow lateral to stabilize the car; in turn is low too, in order to correct the tracking direction, ESP isWill slow the inner rear wheel brake, thereby correcting the running direction.The two principle is completely different, so the effect is not the same. The rear wheel steering technologyThe vehicle when it reaches the limit before attitude good,don't get out of control, and the use of electronic stability program ESP vehicleIn losing control of the vehicle before actually close to the "lost", and to intervene in the will get out of control, adjust theshapeState to prevent runaway, if the closing ESP danger quicklylost control of the vehicle. Before one kind of technology to improve the

址、资料都给你！看的完不？写毕业设计论文吧？ 这里有一大堆： 进去搜下“平面设计”。不过你那里不一定能浏览全文。标题前面有个小绿色方格的才可浏览全文。 A Product–Delay algorithm for graphic design Asok K. Sen Department of Mathematical Sciences, Indiana University, 402 N. Blackford Street, Indianapolis, IN 46202, USA Available online 9 February 1999. Abstract A Product–Delay algorithm is presented for creating graphic designs on a computer. In this algorithm two functions u(t) and v(t) are multiplied yielding a function x(t). Another function y(t) is formed by delaying or advancing x(t) by a fixed amount of time t. These functions are evaluated over a suitable time interval and the results are plotted in the x–y plane. For appropriate choices of the functions and parameters, the x–y displays exhibit interesting geometric patterns. In this paper the algorithm is illustrated with a pair of sine and square waves. It is shown that a wide variety of graphic designs can be created with these simple waveforms. By virtue of its simplicity this algorithm can be programmed easily and quickly using general purpose software such as Maple, Matlab or Mathematica. It can be executed on standard platforms such as IBM PC compatibles, Macintosh computers or workstations. Some results in polar coordinates are also given. Author Keywords: graphic design; product-delay algorithm; computer art 1. Introduction It has long been recognized that mathematics and computers can be used in a complementary fashion for the creation of visual arts. Several mathematical methods have been developed over the years for generating graphic designs on the computer. The methods range from simple iteration schemes such as fractal generation techniques to solving systems of differential equations of nonlinear dynamics and chaos[1, 2]. In this paper we will present a different methodology for creating graphic designs using computers. This methodology is based on the idea of Lissajous figures and is referred to as the Product–Delay algorithm. We will illustrate its application to graphic design with a pair of sine and square waves. It will be seen that with these simple waveforms the Product–Delay algorithm can produce a multitude of interesting geometric patterns. Our formulation is based on multiplying two functions u(t) and v(t), yielding a new function x(t). It is convenient to think of the variable t as time. The function x(t) is delayed or advanced by a fixed amount of time. The resulting function y(t) is plotted against x(t) in a phase-plane like representation. For suitable choices of the functions and parameters, the x–y displays exhibit a rich variety of geometric patterns. We will appropriately call this procedure the Product–Delay algorithm. The concept of a time delay is often used in nonlinear signal processing applications including the analysis of chaotic dynamics. The purpose is to construct a phase portrait from the measurement of the time series of a single system variable. In these applications the original time series is delayed by a certain amount of time. The original time series and the delayed series are plotted to construct a phase portrait of the system dynamics[3]. The notion of a discrete time delay has also been used recently in a different context[4]. All the computations reported in this paper are performed using the software Maple V (Release 4) on a SUN Ultrasparc workstation. They can also be carried out with other general purpose software such as Matlab or Mathematica, and on different platforms such as IBM PC compatibles, Macintosh computers and other workstations. 2. Pattern formation with sine and square waves To begin with our development we consider a simple combination of sine and square waves. In particular, we take u(t)=a1+sin(2 πf1t), (1) v(t)=a2+sin(2 πf2t)/|sin(2 πf2t)|. (2) Here the vertical bars denote the absolute value of the function inside them. The function u(t) is a sine wave of amplitude unity, frequency f1 and offset a1, whereas the function v(t) represents a square wave of amplitude unity, frequency f2 and offset a2. We now form the product x(t)=u(t)v(t), (3) and select a delay/advance time δ to construct the function y(t)=x(t+δ). 2.1. Effect of a nonzero offset Here we investigate the effect of a nonzero offset in the sine or the square wave. First consider the sine wave u(t) as before with no offset (a1=0) but the square wave with an offset a2=−0.25. In other words, we use u(t) as given by Eq. 5, but Eq. 6 is replaced with v(t)=−0.25+sin(2π.3000t)/|sin(2π.3000t)|. (8) These functions together with those given by Eq. 3 and Eq. 7 are evaluated over the time interval [0, 1.5] at 500 numpoints. The result is the pattern depicted in Fig. 2. From a comparison of Fig. 1 and Fig. 2 it is apparent that Fig. 2 possesses a similar structure as Fig. 1 around its center but the presence of an offset in the square wave has led to significant deformation in Fig. 2 from the outer periphery inward. As the offset a2 is increased through negative values, the pattern continues to lose its central structure and in the limiting case a2=−1, i.e., when the magnitude of the negative offset equals the amplitude of the square wave, the inner structure around the center is completely lost and the twelve limbs intersect in a single point at the center. We now consider an offset whose magnitude is larger than the amplitude of the square wave. Fig. 3 portrays the scenario for a2=−2. Observe the emergence of a clear region around the center. If the offset is increased through large negative values, the central clear region tends to increase in size and the resulting pattern tends to approach a circle with no internal structure when the magnitude of the offset is very large. Note that all these patterns are rotationally symmetric. Display Full Size version of this image (5K) Fig. 2. Same parameter values are used as in Fig. 1 except with an offset of −0.25 in the square wave Display Full Size version of this image (5K) Fig. 3. Same parameter values are used as in Fig. 1 except with an offset of −2.0 in the square wave Next we examine the effect of introducing a nonzero offset in the sine wave. Consider, for example, a1=−1 with a2=0. These choices lead to a bundle-like pattern with bilateral symmetry as shown in Fig. 4. If the offset a1 is increased through negative values, the bundle continues to become narrower, and for large negative values of a1, the pattern approaches a line of slope unity. Other interesting patterns can be created by introducing a nonzero offset in both the sine and square waves. Display Full Size version of this image (5K) 5. Concluding remarks We have presented a few prototypical examples of graphic patterns that can be created with the Product–Delay algorithm using sine and square waves. Clearly it is possible to create numerous other patterns with these waveforms by appropriately selecting the various parameter values. An even richer variety of patterns can be produced by using other types of functions. In a future paper we will explore the effect of amplitude and frequency modulated waves and other complex waveforms on pattern generation平面设计英文书目列表 来自: cognito (北京)5/5人推荐 共 34 个条目 我不喜欢 欢迎推荐豆列，请先登录或注册快速注册你的email地址:请填写email 用于确认你的身份, 豆瓣绝不会公开你的email。给自己设一个密码:请填写长度大于3的密码 你需要用它登录, 请使用英文字母、符号或数字。给自己起一个名号:起个名号吧 中、英文均可。The Form of the BookJan Tschichold / Hajo Hadeler / 1997-10 / Hartley & Marks Publishers / Essays on the Morality of Good Design (Classic Typography Series) / USD 19.95 / PaperbackThe New TypographyJan Tschichold / 2006-09-01 / University of California Press / USD 32.50 / PaperbackStop Stealing Sheep & Find Out How Type Works, Second EditionErik Spiekermann / E.M Ginger / 2002-07-15 / Adobe Press / USD 30.00 / PaperbackActive LiteratureChristopher Burke / 2007-08-16 / Hyphen / Jan Tschichold and New Typography: Jan Tschichold and New Typography / USD 50.00 / HardcoverPaul RennerChristopher Burke / 1999-01-01 / Princeton Architectural Press / The Art of Typography / USD 35.00 / PaperbackMeggs' History of Graphic DesignPhilip Meggs / Alston W. Purvis / 2005-12-07 / Wiley / USD 75.00 / HardcoverLook at ThisShaughnessy, Adrian / Chronicle Books Llc / $35.00 / PapGrid SystemsKimberly Elam / 2005-08-01 / Princeton Architectural Press / Principles of Organizing Type (Design Briefs) / USD 19.95 / PaperbackGrid Systems in Graphic DesignJosef Muller-Brockmann / Josef Muller - Brockmann / Arthur Niggli / USD 78.00 / HardcoverNew Typographic DesignRoger Fawcett-Tang / 2007-05-21 / Yale University Press / USD 35.00 / PaperbackThe Elements of Typographic StyleRobert Bringhurst / 2004-10-09 / Hartley and Marks Publishers / USD 29.95 / PaperbackTypographyFriedrich Friedl / Nicholaus Ott, Bernard Stein / Konemann UK Ltd / when who how / HardcoverAbout FaceDavid Jury / 2004-08-30 / Rotovision / Reviving The Rules Of Typography / USD 30.00 / PaperbackTypographyEmil Ruder / A. Niggli / USD 88.00 / HardcoverThe Thames and Hudson manual of typographyRuari McLean / Thames and Hudson / Unknown BindingMaking and Breaking the GridTimothy Samara / 2005-05-01 / Rockport Publishers / A Graphic Design Layout Workshop / USD 25.00 / PaperbackSwiss Graphic DesignRichard Hollis / 2006-04-28 / Yale University Press / The Origins and Growth of an International Style, 1920-1965 / USD 50.00 / HardcoverJosef Muller-BrockmannPaul Rand / Lars Müller Publishers / Pioneer of Swiss Graphic Design / USD 69.95 / PaperbackWhat is Graphic Design For? (Essential Design Handbooks)Alice Twemlow / 2006-05-15 / RotoVision / USD 35.00 / HardcoverThe Graphic Designers and His Design ProblemsJ. Muller-Brockmann / Josef Mullerbrockmann / 2003-09 / Arthur Niggli / USD 79.95 / HardcoverNo More RulesRick Poynor / 2003-10-01 / Yale University Press / Graphic Design and Postmodernism / USD 37.00 / PaperbackInfluencesAnna Gerber / Anja Lutz / H. Hellige Klanten / 2006-10-30 / Gestalten Verlag / A Lexicon of Contemporary Graphic Design Practice / USD 45.00 / HardcoverPaul RandSteven Heller / 2000-08-29 / Phaidon Press / USD 35.00 / PaperbackPaul RandPaul Rand / 2000-09-11 / Yale University Press / A Designer`s Art / USD 32.00 / PaperbackPaul RandDerek Birdsall / Steven Heller / Nathan Garland / Paul Rand / Milton Glaser / Ivan Chermayeff / 2003-11-02 / Center for Art and Visual Culture, UMBC / Modernist Designer / USD 45.00 / Paperback

This afternoon to school buses "I" of the cell phone was stolen by thieves Because the bus is crowded so I have not noticed until it entered the classroom I am very unhappy because I love my cell phone because it was my grandfather gave me a 15-year-old birthday gift I hope that the world's more good and less bad