英语 朗诵比赛文章

英语 朗诵比赛文章
英语 朗诵比赛文章

A Greek to Remember

Diogenes was a famous Greek philosopher of the fourth century B. C., who established the philosophy of cynicism. He often walked about in the daytime holding a lighted lantern, peering around as if he were looking for something. When questioned about his odd behavior, he would reply, "I am searching for an honest man." Diogenes held that the good man was self-sufficient and did not require material comforts or wealth. He believed that

wealth and possessions constrained humanity's natural state of freedom. In keeping with his philosophy, he was perfectly satisfied with making his home in a large tub discarded from the temple of Cybele, the goddess of nature. This earthen tub, called a pithos, and formerly been used for holding wine or oil for the sacrifices at the temple. One day, Alexander the Great, conqueror of half the civilized world, saw Diogenes sitting in this tub in the sunshine. So the king, surrounded by his countries, approached Diogenes and said, "I am Alexander the Great." The philosopher replied rather contemptuously, "I am Diogenes, the Cynic." Alexander then asked him if he could help him in any way." Yes, "shot back Diogenes, "don't stand between me and the sun." A surprised Alexander then replied quickly, "If I were not Alexander, I would be Diogenes."

Saying Good-bye to Cambridge Again

Very quietly I take my leave

As quietly as I came here;

Quietly I wave good-bye

To the rosy clouds in the western sky.

The golden willows by the riverside

Are young brides in the setting sun;

Their reflections on the shimmering waves

Always linger in the depth of my heart.

The floating heart growing in the sludge

Sways leisurely under the water;

In the gentle waves of Cambridge

I would be a water plant!

That pool under the shade of elm trees

Holds not water but the rainbow from the sky; Shattered to pieces among the duckweeds

Is the sediment of a rainbow-like dream?

To seek a dream? Just to pole a boat upstream

To where the green grass is more verdant;

Or to have the boat fully loaded with starlight

And sing aloud in the splendour of starlight.

But I cannot sing aloud

Quietness is my farewell music;

Even summer insects keep silence for me

Silent is Cambridge tonight!

Very quietly I take my leave

As quietly as I came here;

Gently I flick my sleeves

Not even a wisp of cloud will I bring away

A Psalm of Life

Tell me not in mournful numbers,

Life is but an empty dream!

For the soul is dead that slumbers

And things are not what they seem.

Life is real! Life is earnest!

And the grave is not its goal;

Dust thou art, to dust returnest,

Was not spoken of the soul.

Not enjoyment, and not sorrow,

Is our destined and our way;

But to act,

That much to-morrow.

Find us farther than to-day.

Art is long, and time is fleeting.

And our hearts, though stout and brave.

Still , like muffled drums , are beating Funeral marches to the grave。

In the world’s broad field of battle,

In the bivouac of Life,

Be not like dumb, driven cattle!

Be a hero in the strife!

Trust no future. howe’er pleasant!

Let the dead Past bury its dead!

Act, act in the living Present!

Let us, then, be up and doing,

With a heart for any fate;

Still achieving, still pursuing

Learn to labour and to wait.

A Forever Friend

"A friend walks in when the rest of the world walks out."

Sometimes in life,

You find a special friend;

Someone who changes your life just by being part of it.

Someone who makes you laugh until you can't stop;

Someone who makes you believe that there really is good in the world. Someone who convinces you that there really is an unlocked door just waiting for you to open it.

This is Forever Friendship.

when you're down,

and the world seems dark and empty,

Your forever friend lifts you up in spirits and makes that dark and empty world suddenly seem bright and full.

Your forever friend gets you through the hard times, the sad times, and the confused times.

If you turn and walk away,

Your forever friend follows,

If you lose your way,

Your forever friend guides you and cheers you on.

Your forever friend holds your hand and tells you that everything is going to be okay.

If I were a Boy Again (1)

If I were a boy again, I would practice perseverance more often, and never give up a thing because it was hard or inconvenient. If we want light, we must conquer darkness. Perseverance can sometimes equal genius in its results. “There are only two creatures,” says a proverb, “who can surmount the pyramids—the eagle and the snail.”

If I were a boy again, I would school myself into a habit of attention; I would let nothing come between me and the subject in hand. I would remember that a good skater never tries to skate in two directions at once. The habit of attention becomes part of our life, if we begin early enough. I often hear grown up people say “I could not fix my attention on the sermon or book, although I wished to do so”, and the reason is, the habit was not formed in youth.

If I were to live my life over again, I would pay more attention to the cultivation of the memory. I would strengthen that faculty by every possible means, and on every possible occasion. It takes a little hard work at first to remember things accurately; but memory soon helps itself, and gives very little trouble. It only needs early cultivation to become a power.

If I were a Boy Again (2)

If I were a boy again, I would cultivate courage. “Nothing is so mild and gentle as courage, nothing so cruel and pitiless as cowardice,” says a wise author. We too often borrow trouble, and anticipate that may never appear.” The fear of ill exceeds the ill w e fear.” Dangers will arise in any career, but presence of mind will often conquer the worst of them. Be prepared for any fate, and there is no harm to be feared.

If I were a boy again, I would look on the cheerful side. Life is very much like a mirror: if you smile upon it, it smiles back upon you; but if you frown and look doubtful on it, you will get a similar look in return. Inner sunshine warms not only the heart of the owner, but of all that come in contact with it. “Who shuts love out, in turn shall be shut out from love.”

If I were a boy again, I would school myself to say no more often. I might write pages on the importance of learning very early in life to gain that point where a young boy can stand erect, and decline doing an unworthy act because it is unworthy.

If I were a boy again, I would demand of myself more courtesy towards my companions and friends, and indeed towards strangers as well. The smallest courtesies along the rough roads of life are like the little birds that sing to us all winter long, and make that season of ice and snow more endurable. Finally, instead of trying hard to be happy, as if that were the sole purpose of life, I would, if I were a boy again, I would still try harder to make others happy.

Love Your Life

However mean your life is, meet it and live it; do not shun it and call it hard names. It is not so bad as you are. It looks poorest when you are richest. The fault-finder will find faults in paradise. Love your life, poor as it is. You may perhaps have some pleasant, thrilling, glorious hours, even in a poor-house. The setting sun is reflected from the windows of the alms-house as brightly as from the rich man's abode; the snow melts before its door as early in the spring.

I do not see but a quiet mind may live as contentedly there, and have as cheering thoughts, as in a palace The town's poor seem to me often to live the most independent lives of any. Maybe they are simply great enough to receive without misgiving. Most think that they are above being supported by the town; but it often happens that they are not above supporting themselves by dishonest means, which should be more disreputable. Cultivate poverty like a garden herb, like sage .Do not trouble yourself much to get new things, whether clothes or friends. Turn the old, return to them. Things do not change; we change. Sell your clothes and keep your thoughts.

Passage 8 Think it Over

Today we have higher buildings and wider highways, but shorter temperaments and narrower points of view;

We spend more, but enjoy less;

We have bigger houses, but smaller families;

We have more compromises, but less time;

We have more knowledge, but less judgment;

We have more medicines, but less health;

We have multiplied out possessions, but reduced out values;

We talk much, we love only a little, and we hate too much;

We reached the Moon and came back, but we find it troublesome to cross our own street and meet our neighbors;

We have conquered the utter space, but not our inner space;

We have higher income, but less morals;

These are times with more liberty, but less joy;

We have much more food, but less nutrition;

These are the days in which it takes two salaries for each home, but divorces increase; These are times of finer houses, but more broken homes;

That's why I propose, that as of today; You do not keep anything for a special occasion. Because every day that you live is a SPECIAL OCCASION. Search for knowledge, read more, sit on your porch and admire the view without paying attention to your needs;

Spend more time with your family and friends, eat your favorite foods, visit the places you love;

Life is a chain of moments of enjoyment; not only about survival;

Use your crystal goblets. Do not save your best perfume, and use it every time you feel you want it.

Remove from your vocabulary phrases like "one of these days" or "someday"; Let's write that letter we thought of writing "one of these days"!

Let's tell our families and friends how much we love them;

Do not delay anything that adds laughter and joy to your life;

Every day, every hour, and every minute is special;

And you don't know if it will be your last.

You Are My Life

There was a boy who was sent to a boarding school. He used to be the brightest student in his class. He was at the top in every competition. But things changed after that. His grades started dropping. He hated being in a group. He was lonely all the time. He felt worthless and that no one loved him. His parents began to worry. But even they did not know what was wrong. So his dad decided to visit the school and talk with him.

They sat on the bank of the lake near the school. The father started asking him casual questions about his classes, teachers and sports. Then he asked, “Do you know, son, why I am here today?”

The boy said, “To check my grades?”

“No, no,” his dad replied. “I am here to tell you that you are the most important person for me. I want to see you happy. I don’t care about grades. I care about you. I care about your happiness. YOU ARE MY LIFE.”

Now the boy had everything he wanted. He knew there was someone on this Earth who cared for him deeply. He meant the world to someone.

Thanks a lot, Dad. YOU ARE MY LIFE.

Why I Love You

Every time I think about you,

I'm reminded of the reasons why I love you

From the deep of my heart and soul.

And I wonder what I'd do without you,

Without your healing smile,

Your words of faith,

The caring and sensitive way you touch me,

Lifting me just when I need it most.

Without you,

What would I have?

What would I be?

I can't imagine existing in a world

Where someone doesn't love me the way you do.

You're the only one

Who’s ever understood me and accepted me for who I am.

And I think you're nothing short of amazing.

Your love has always been and will always be

Life’s greatest gift to me!

Love is the best and most beautiful thing in the world, though it cannot be seen or even touched-it must be felt with the heart. Being deeply loved by someone gives you strength; loving someone deeply gives you courage. Love is like the sun coming out of the clouds and warming your soul.

专业英语第一篇文章翻译

Historical Development of Matertials and Technology The common engineering materials include metals, cementing materials, concrete building stones, clay products, insulating materials, timber. Some of them are described here from the stand-point of occurrence, manufacture, properties, methods of testing, and use. The development of materials with improved properties is a vital phase of engineering. Progress in engineering construction has been dependent on the availability of materials of suitable physical properties in large quantities; for example, the development of the modern automobile was critically dependent on availability of high quality alloy steels, and the all-metal airplane was made possible by the development of light weight high-strength alloys. ◆Phase: 相;阶段。 ◆a distinct period or stage in a process of change or forming part of something's development Example: phase two of the development is in progress. ◆第二阶段开发正在进行中。 ◆Vital: 必要的,必不可少的。 ◆it is vital that the system is regularly maintained.这个系统有必要 经常维修。

专业英语翻译

Veterinary Immunology and Immunopathology 141 (2011) 133–138 Contents lists available at ScienceDirect Veterinary Immunology and Immunopathology j o u r n a l h o m e p a g e :w w w.e l s e v i e r.c o m /l o c a t e /v e t i m m Short communication Saccharomyces cerevisiae decreases in?ammatory responses induced by F4+enterotoxigenic Escherichia coli in porcine intestinal epithelial cells Galliano Zanello a ,b ,1,Franc ?ois Meurens a ,1,Mustapha Berri a ,Claire Chevaleyre a ,Sandrine Melo a ,Eric Auclair b ,Henri Salmon a ,? a Institut National de la Recherche Agronomique (INRA),UR1282,Infectiologie Animale et SantéPublique,F-37380Nouzilly (Tours),Indre et Loire,France b SociétéIndustrielle Lesaffre,Lesaffre Feed Additives,Marcq-en-Baroeul,France a r t i c l e i n f o Article history: Received 19October 2010Received in revised form 13December 2010 Accepted 31January 2011Keywords: Saccharomyces cerevisiae Enterotoxigenic Escherichia coli Pig Intestinal epithelial cells Cytokines Chemokines a b s t r a c t Probiotic yeasts may provide protection against intestinal in?ammation induced by enteric pathogens.In piglets,infection with F4+enterotoxigenic Escherichia coli (ETEC)leads to in?ammation,diarrhea and intestinal damage.In this study,we investigated whether the yeast strains Saccharomyces cerevisiae (Sc ,strain CNCM I-3856)and S.cerevisiae variety boulardii (Sb ,strain CNCM I-3799)decreased the expression of pro-in?ammatory cytokines and chemokines in intestinal epithelial IPI-2I cells cultured with F4+ETEC.Results showed that viable Sc inhibited the ETEC-induced TNF-?gene expression whereas Sb did not.In contrast,killed Sc failed to inhibit the expression of pro-in?ammatory genes.This inhibition was dependent on secreted soluble factors.Sc culture supernatant decreased the TNF-?,IL-1?,IL-6,IL-8,CXCL2and CCL20ETEC-induced mRNA.Furthermore,Sc culture supernatant ?ltrated fraction <10kDa displayed the same effects excepted for TNF-?.Thus,our results extended to Sc (strain CNCM I-3856)the inhibitory effects of some probiotic yeast strains onto in?ammation. ? 2011 Elsevier B.V. All rights reserved. 1.Introduction Enterotoxigenic Escherichia coli (ETEC)are pathogenic gram negative bacteria which infect humans and sev-eral species of farm animals such as calves and pigs.ETEC interacts with intestinal epithelial cells,colonizes the small intestine and secretes enterotoxins such as the heat-labile enterotoxins (LT),the heat-stable enterotox-ins (STa and/or STb),and the enteroaggregative E .coli heat-stable enterotoxin 1(EAST1)(Nagy and Fekete,2005).In pigs,ETEC infection and enterotoxin secretions can induce intestinal in?ammation and diarrhea resulting in reduced growth rate,increased mortality and economic ?Corresponding author.Tel.:+33247427331;fax:+33247427779.E-mail addresses:salmon@tours.inra.fr ,henri.salmon@tours.inra.fr (H.Salmon).1 These authors contributed equally to this work.loss (Fairbrother et al.,2005).Moreover,F4+ETEC strain induce pro-in?ammatory response in intestinal epithe-lial cells (Devriendt et al.,2010).Administration of the yeast Saccharomyces cerevisiae variety boulardii (Sb )has been shown to protect pigs in reducing ETEC transloca-tion (Lessard et al.,2009).In vitro studies showed that Sb secretes soluble factors that decrease the expression of pro-in?ammatory cytokines induced by enteric pathogens (Zanello et al.,2009).However,to our knowledge,there is no in vitro data regarding the anti-in?ammatory effects of S.cerevisiae (Sc )secreted soluble factors.Sc and Sb are members of the same species but they differ geneti-cally,metabolically and physiologically (Edwards-Ingram et al.,2007;Hennequin et al.,2001).Thus,in this study,we assessed if the non-commensal and non-pathogenic yeasts Sc (strain CNCM I-3856)and Sb (strain CNCM I-3799)secreted factors allowing the down-regulation of pro-in?ammatory gene expression in intestinal epithe-lial cells cultured with F4+ETEC.Sc (strain CNCM I-3856) 0165-2427/$–see front matter ? 2011 Elsevier B.V. All rights reserved.doi:10.1016/j.vetimm.2011.01.018

电气自动化专业毕业论文英文翻译

电厂蒸汽动力的基础和使用 1.1 为何需要了解蒸汽 对于目前为止最大的发电工业部门来说, 蒸汽动力是最为基础性的。 若没有蒸汽动力, 社会的样子将会变得和现在大为不同。我们将不得已的去依靠水力发电厂、风车、电池、太阳能蓄电池和燃料电池,这些方法只能为我们平日用电提供很小的一部分。 蒸汽是很重要的,产生和使用蒸汽的安全与效率取决于怎样控制和应用仪表,在术语中通常被简写成C&I(控制和仪表 。此书旨在在发电厂的工程规程和电子学、仪器仪表以 及控制工程之间架设一座桥梁。 作为开篇,我将在本章大体描述由水到蒸汽的形态变化,然后将叙述蒸汽产生和使用的基本原则的概述。这看似简单的课题实际上却极为复杂。这里, 我们有必要做一个概述:这本书不是内容详尽的论文,有的时候甚至会掩盖一些细节, 而这些细节将会使热力学家 和燃烧物理学家都为之一震。但我们应该了解,这本书的目的是为了使控制仪表工程师充 分理解这一课题,从而可以安全的处理实用控制系统设计、运作、维护等方面的问题。1.2沸腾:水到蒸汽的状态变化 当水被加热时,其温度变化能通过某种途径被察觉(例如用温度计 。通过这种方式 得到的热量因为在某时水开始沸腾时其效果可被察觉,因而被称为感热。 然而,我们还需要更深的了解。“沸腾”究竟是什么含义?在深入了解之前,我们必须考虑到物质的三种状态:固态,液态,气态。 (当气体中的原子被电离时所产生的等离子气体经常被认为是物质的第四种状态, 但在实际应用中, 只需考虑以上三种状态固态,

物质由分子通过分子间的吸引力紧紧地靠在一起。当物质吸收热量,分子的能量升级并且 使得分子之间的间隙增大。当越来越多的能量被吸收,这种效果就会加剧,粒子之间相互脱离。这种由固态到液态的状态变化通常被称之为熔化。 当液体吸收了更多的热量时,一些分子获得了足够多的能量而从表面脱离,这个过程 被称为蒸发(凭此洒在地面的水会逐渐的消失在蒸发的过程中,一些分子是在相当低的 温度下脱离的,然而随着温度的上升,分子更加迅速的脱离,并且在某一温度上液体内部 变得非常剧烈,大量的气泡向液体表面升起。在这时我们称液体开始沸腾。这个过程是变为蒸汽的过程,也就是液体处于汽化状态。 让我们试想大量的水装在一个敞开的容器内。液体表面的空气对液体施加了一定的压 力,随着液体温度的上升,便会有足够的能量使得表面的分子挣脱出去,水这时开始改变 自身的状态,变成蒸汽。在此条件下获得更多的热量将不会引起温度上的明显变化。所增 加的能量只是被用来改变液体的状态。它的效用不能用温度计测量出来,但是它仍然发生 着。正因为如此,它被称为是潜在的,而不是可认知的热量。使这一现象发生的温度被称为是沸点。在常温常压下,水的沸点为100摄氏度。 如果液体表面的压力上升, 需要更多的能量才可以使得水变为蒸汽的状态。 换句话说, 必须使得温度更高才可以使它沸腾。总而言之,如果大气压力比正常值升高百分之十,水必须被加热到一百零二度才可以使之沸腾。

《机械工程专业英语教程》课文翻译

Lesson 1 力学的基本概念 1、词汇: statics [st?tiks] 静力学;dynamics动力学;constraint约束;magnetic [m?ɡ'netik]有磁性的;external [eks't?:nl] 外面的, 外部的;meshing啮合;follower从动件;magnitude ['m?ɡnitju:d] 大小;intensity强度,应力;non-coincident [k?u'insid?nt]不重合;parallel ['p?r?lel]平行;intuitive 直观的;substance物质;proportional [pr?'p?:??n?l]比例的;resist抵抗,对抗;celestial [si'lestj?l]天空的;product乘积;particle质点;elastic [i'l?stik]弹性;deformed变形的;strain拉力;uniform全都相同的;velocity[vi'l?siti]速度;scalar['skeil?]标量;vector['vekt?]矢量;displacement代替;momentum [m?u'ment?m]动量; 2、词组 make up of由……组成;if not要不,不然;even through即使,纵然; Lesson 2 力和力的作用效果 1、词汇: machine 机器;mechanism机构;movable活动的;given 规定的,给定的,已知的;perform执行;application 施用;produce引起,导致;stress压力;applied施加的;individual单独的;muscular ['m?skjul?]]力臂;gravity[ɡr?vti]重力;stretch伸展,拉紧,延伸;tensile[tensail]拉力;tension张力,拉力;squeeze挤;compressive 有压力的,压缩的;torsional扭转的;torque转矩;twist扭,转动;molecule [m likju:l]分子的;slide滑动; 滑行;slip滑,溜;one another 互相;shear剪切;independently独立地,自立地;beam梁;compress压;revolve (使)旋转;exert [iɡ'z?:t]用力,尽力,运用,发挥,施加;principle原则, 原理,准则,规范;spin使…旋转;screw螺丝钉;thread螺纹; 2、词组 a number of 许多;deal with 涉及,处理;result from由什么引起;prevent from阻止,防止;tends to 朝某个方向;in combination结合;fly apart飞散; 3、译文: 任何机器或机构的研究表明每一种机构都是由许多可动的零件组成。这些零件从规定的运动转变到期望的运动。另一方面,这些机器完成工作。当由施力引起的运动时,机器就开始工作了。所以,力和机器的研究涉及在一个物体上的力和力的作用效果。 力是推力或者拉力。力的作用效果要么是改变物体的形状或者运动,要么阻止其他的力发生改变。每一种

专业英语课文翻译

United 1 材料科学与工程 材料在我们的文化中比我们认识到的还要根深蒂固。如交通、房子、衣物,通讯、娱乐和食物的生产,实际上,我们日常生活中的每一部分都或多或少地受到材料的影响。历史上社会的发展、先进与那些能满足社会需要的材料的生产及操作能力密切相关。实际上,早期的文明就以材料的发展程度来命名,如石器时代,铜器时代。早期人们能得到的只有一些很有限的天然材料,如石头、木材、粘土等。渐渐地,他们通过技术来生产优于自然材料的新材料,这些新材料包括陶器和金属。进一步地,人们发现材料的性质可以通过加热或加入其他物质来改变。在这点上,材料的应用完全是一个选择的过程。也就是说,在一系列非常有限的材料中,根据材料的优点选择一种最适合某种应用的材料。直到最近,科学家才终于了解材料的结构要素与其特性之间的关系。这个大约是过去的 60 年中获得的认识使得材料的性质研究成为时髦。因此,成千上万的材料通过其特殊的性质得以发展来满足我们现代及复杂的社会需要。很多使我们生活舒适的技术的发展与适宜材料的获得密切相关。一种材料的先进程度通常是一种技术进步的先兆。比如,没有便宜的钢制品或其他替代品就没有汽车。在现代,复杂的电子器件取决于所谓的半导体零件. 材料科学与工程有时把材料科学与工程细分成材料科学和材料工程学科是有用的。严格地说,材料科学涉及材料到研究材料的结构和性质的关系。相反,材料工程是根据材料的结构和性质的关系来设计或操纵材料的结构以求制造出一系列可预定的性质。从功能方面来说,材料科学家的作用是发展或合成新的材料,而材料工程师是利用已有的材料创造新的产品或体系,和/或发展材料加工新技术。多数材料专业的本科毕业生被同时训练成材料科学家和材料工程师。“structure”一词是个模糊的术语值得解释。简单地说,材料的结构通常与其内在成分的排列有关。原子内的结构包括介于单个原子间的电子和原子核的相互作用。在原子水平上,结构包括原子或分子与其他相关的原子或分子的组织。在更大的结构领域上,其包括大的原子团,这些原子团通常聚集在一起,称为“微观”结构,意思是可以使用某种显微镜直接观察得到的结构。最后,结构单元可以通过肉眼看到的称为宏观结构。 “Property”一词的概念值得详细阐述。在使用中,所有材料对外部的刺激都表现出某种反应。比如,材料受到力作用会引起形变,或者抛光金属表面会反射光。材料的特征取决于其对外部刺激的反应程度。通常,材料的性质与其形状及大小无关。实际上,所有固体材料的重要性质可以概括分为六类:机械、电学、热学、磁学、光学和腐蚀性。对于每一种性质,其都有一种对特定刺激引起反应的能 力。如机械性能与施加压力引起的形变有关,包括弹性和强度。对于电性能,如电导性和介电系数,特定的刺激物是电场。固体的热学行为则可用热容和热导率来表示。磁学性质

各专业的英文翻译剖析

哲学Philosophy 马克思主义哲学Philosophy of Marxism 中国哲学Chinese Philosophy 外国哲学Foreign Philosophies 逻辑学Logic 伦理学Ethics 美学Aesthetics 宗教学Science of Religion 科学技术哲学Philosophy of Science and Technology 经济学Economics 理论经济学Theoretical Economics 政治经济学Political Economy 经济思想史History of Economic Thought 经济史History of Economic 西方经济学Western Economics 世界经济World Economics 人口、资源与环境经济学Population, Resources and Environmental Economics 应用经济学Applied Economics 国民经济学National Economics 区域经济学Regional Economics 财政学(含税收学)Public Finance (including Taxation) 金融学(含保险学)Finance (including Insurance) 产业经济学Industrial Economics 国际贸易学International Trade 劳动经济学Labor Economics 统计学Statistics 数量经济学Quantitative Economics 中文学科、专业名称英文学科、专业名称 国防经济学National Defense Economics 法学Law 法学Science of Law 法学理论Jurisprudence 法律史Legal History 宪法学与行政法学Constitutional Law and Administrative Law 刑法学Criminal Jurisprudence 民商法学(含劳动法学、社会保障法学) Civil Law and Commercial Law (including Science of Labour Law and Science of Social Security Law ) 诉讼法学Science of Procedure Laws

英语专业毕业论文翻译类论文

英语专业毕业论文翻译 类论文 Document number:NOCG-YUNOO-BUYTT-UU986-1986UT

毕业论文(设计)Title:The Application of the Iconicity to the Translation of Chinese Poetry 题目:象似性在中国诗歌翻译中的应用 学生姓名孔令霞 学号 BC09150201 指导教师祁晓菲助教 年级 2009级英语本科(翻译方向)二班 专业英语 系别外国语言文学系

黑龙江外国语学院本科生毕业论文(设计)任务书 摘要

索绪尔提出的语言符号任意性,近些年不断受到质疑,来自语言象似性的研究是最大的挑战。语言象似性理论是针对语言任意性理论提出来的,并在不断发展。象似性是当今认知语言学研究中的一个重要课题,是指语言符号的能指与所指之间的自然联系。本文以中国诗歌英译为例,探讨象似性在中国诗歌翻译中的应用,从以下几个部分阐述:(1)象似性的发展;(2)象似性的定义及分类;(3)中国诗歌翻译的标准;(4)象似性在中国诗歌翻译中的应用,主要从以下几个方面论述:声音象似、顺序象似、数量象似、对称象似方面。通过以上几个方面的探究,探讨了中国诗歌翻译中象似性原则的重大作用,在诗歌翻译过程中有助于得到“形神皆似”和“意美、音美、形美”的理想翻译效果。 关键词:象似性;诗歌;翻译

Abstract The arbitrariness theory of language signs proposed by Saussure is severely challenged by the study of language iconicity in recent years. The theory of iconicity is put forward in contrast to that of arbitrariness and has been developing gradually. Iconicity, which is an important subject in the research of cognitive linguistics, refers to a natural resemblance or analogy between the form of a sign and the object or concept. This thesis mainly discusses the application of the iconicity to the translation of Chinese poetry. The paper is better described from the following parts: (1) The development of the iconicity; (2) The definition and classification of the iconicity; (3) The standards of the translation to Chinese poetry; (4) The application of the iconicity to the translation of Chinese poetry, mainly discussed from the following aspects: sound iconicity, order iconicity, quantity iconicity, and symmetrical iconicity. Through in-depth discussion of the above aspects, this paper could come to the conclusion that the iconicity is very important in the translation of poetry. It is conductive to reach the ideal effect of “the similarity of form and spirit” and “the three beauties”. Key words: the iconicity; poetry; translation

计算机专业英语课文翻译部分(第四版)

1.2 总线互连 总线是连接两个或多个设备的通信通路。总线的关键特征是,它是一条共享传输介质。多个设备连接到总线上,任一个设备发出的信号可以为其他所有连接到总线上的设备所接收。如果两个设备同时传送,它们的信号将会重叠,引起混淆。因此,一次只能有一个设备成功地(利用总线)发送数据。 典型的情况是,总线由多条通信通路或线路组成,每条线(路)能够传送代表二进制1和0的信号。一段时间里,一条线能传送一串二进制数字。总线的几条线放在一起能同时并行传送二进制数字。例如, 一个8位的数据能在8条总线线上传送。 计算机系统包含有多种不同的总线,它们在计算机系统层次结构的各个层次提供部件之间的通路。连接主要计算机部件(处理机, 存储器, I/O)的总线称为系统总线。系统总线通常由50~100条分立的(导)线组成。每条线被赋予一个特定的含义或功能。虽然有许多不同的总线设计,但任何总线上的线都可以分成三个功能组:数据线、地址线和控制线。此外可能还有为连接的模块提供电源的电源线。 数据线提供系统模块间传送数据的路径,这些线组合在一起称为数据总线。典型的数据总线包含8、16或32根线,线的数量称为数据总线的宽度。因为每条线每次传送1位,所以线的数目决定了每次能同时传送多少位。数据总线的宽度是决定系统总体性能的关键因素。 地址线用于指定数据总线上数据的来源和去向。例如,如果处理机希望从存储器中读一个字的数据,它将所需要字的地址放在地址线上。显然,地址总线的宽度决定了系统最大可能的存储器容量。 控制线用来控制对数据线和地址线的访问和使用。由于数据线和地址线被所有部件共享,因此必须用一种方法来控制它们的使用。控制信号在系统模块之间传送命令和定时信息。定时信息指定了数据和地址信息的有效性,命令信号指定了要执行的操作。 大多数计算机系统使用多总线,这些总线通常设计成层次结构。图1.3显示了一个典型的高性能体系结构。一条局部总线把处理机连接到高速缓存控制器,而高速缓存控制器又连接到支持主存储器的系统总线上。高速缓存控制器集成到连接高速总线的桥中。这一总线支持连接到:高速LAN、视频和图形工作站控制器,以及包括SCSI 和FireWire的局部外设总线的接口控制器。低速设备仍然由分开的扩充总线支持,用一个接口来缓冲该扩充总线和高速总线之间的通信流量。 PCI 外部设备互连是流行的高带宽的、独立于处理机的总线,它能够作为中间层或外围设备总线。当前的标准允许在66MHz频率下使用多达64根数据线,其原始传输速率为528MB/s, 或4.224Gbps。PCI被设计成支持各种各样基于微处理机的配置,包括单处理机和多处理机的系统。因此,它提供了一组通用的功能。PCI使用同步时序以及集中式仲裁方案。 在多处理机系统中,一个或多个PCI配置可通过桥接器连接到处理机的系统总线上。系统总线只支持处理机/高速缓存单元、主存储器以及PCI桥接器。使用桥接器使得PCI独立于处理机速度,又提供快速接收和传送数据的能力。 2.1 光存储介质:高密度存储器 2.1.1 光盘 光盘技术最终可能使磁盘和磁带存储淘汰。用这种技术,磁存储器所用的读/写头被两束激光代替。一束激光通过在光盘上刻制微小的凹点,对记录表面进行写;而另一束激光用来从光敏感的记录表面读取数据。由于光束容易被偏转到光盘上所需要的位置,所以不需要存取臂。 对用户而言,光盘正成为最有吸引力的选择。它们(光盘)对环境变化不太敏感,并且它们以每兆字节比磁盘低得多的存储器价格提供更多的直接存取存储器。光盘技术仍在出现,并且还需要稳定;然而,目前有三种主要类型的光盘。它们是CD-ROM、WORM盘和磁光盘。 CD-ROM 1980年引入的,非常成功的CD,或紧密盘是设计来提高音乐的录音重放质量的光盘。为了制作一张CD,把音乐的模拟声音转换成等价的数字声音,并且存储在一张4.72英寸的光盘上。在每张光盘上可以用数字格式(用20亿数字位)记录74分钟的音乐。因为它的巨大存储容量,计算机工业的企业家们立刻认

各专业的英文翻译

中国教育在线考研频道提供考研全方面信息指导及咨询服务,为您成功考研提供一切帮助。 哲学Philosophy 马克思主义哲学Philosophy of Marxism 中国哲学Chinese Philosophy 外国哲学Foreign Philosophies 逻辑学Logic 伦理学Ethics 美学Aesthetics 宗教学Science of Religion 科学技术哲学Philosophy of Science and Technology 经济学Economics 理论经济学Theoretical Economics 政治经济学Political Economy 经济思想史History of Economic Thought 经济史History of Economic 西方经济学Western Economics 世界经济World Economics 人口、资源与环境经济学Population, Resources and Environmental Economics 应用经济学Applied Economics 国民经济学National Economics 区域经济学Regional Economics 财政学(含税收学)Public Finance (including Taxation) 金融学(含保险学)Finance (including Insurance) 产业经济学Industrial Economics 国际贸易学International Trade 劳动经济学Labor Economics 统计学Statistics 数量经济学Quantitative Economics 中文学科、专业名称英文学科、专业名称 国防经济学National Defense Economics 法学Law 法学Science of Law 法学理论Jurisprudence 法律史Legal History 宪法学与行政法学Constitutional Law and Administrative Law 刑法学Criminal Jurisprudence

专业英语阅读 翻译文章

C o m m e n c e m e n t o f t h e Commercial Operation of 600M W U n i t , "H i ro n o N o. 5Thermal Power Station of The Tokyo Electric Power Co., Inc." Commercial operation of The Tokyo Electric Power Co., Inc. Hirono No. 5 Thermal Power Station commenced in July 2004. This plant is a 600 MW coal-fired supercritical power plant. The main line-up of the plant, which features a steam turbine and a boiler, are supplied by Mitsubishi Heavy Industries, Ltd. (MHI). MHI set up this plant with a range of such key equipment along with ancillary facilities such as control systems, a flue gas treatment system, a wastewater treatment system, and stacks. This report gives a brief overview of the advanced technologies applied to the steam turbine and boiler of this plant supplied by MHI. 1. Introduction The Hirono No. 5 Thermal Power Station began com-mercial operation in July 2004. It is a 600 MW coal-fired,supercritical power plant that operates under the high-est global standards for steam conditions (24.5MPa x 600/600o C). The steam turbine has various advanced MHI tech-nologies, including the first 600 MW class two-casing turbine, high- and intermediate-pressure combined cas-ing developed by utilizing high temperature materials and cooling structures to cope with the ultra supercritical steam condition, 48 inch steel integral shroud blade (ISB), a new type of condenser, and a single shell deaerator cum storage tank. The boiler adopted in this plant has MHI's advanced technologies. They are reduced emission of NOx and unburned carbon with the A-PM burner and MRS pul-verizer. In addition, the vertical waterwall furnace that uses high temperature compatible materials and rifled tubes are adopted. Further, the plant is very much streamlined through the use of such simple systems and equipment as de-scribed below: (1) unification of air duct and flue gas duct into a single line through the adoption of a maximum capacity class fan, (2) unification of all feed water heaters into a single line, (3) unification of circulating water pumps into a single line, and (4) adoption of a plant starting system that does not rely on the boiler circulating pump. Since the plant is located in a narrow site adjacent to existing units operated using oil and gas, the overall arrangement of the plant has been improved by consult-ing with the Owner and is arranged in a more compact manner. Advanced MHI technologies have also been adopted in ancillary facilities. This includes the use of a dry se-lective catalytic NOx removal system, a high performance flue gas treatment system based on the harmonious de-sign of a double contact flow scrubber type flue gas desulfurization system with a low-low temperature dry electrostatic precipitator, an overall waste water treat-ment system, and self-supporting group stacks. In this way, MHI has drawn upon all of its competencies in es-tablishing this plant. 2. Steam turbine Figure 1Figure 1 shows an external view of the Hirono No. 5 steam turbine. Fig. 1 View of the 600 MW Hirono No.5 steam turbine HIROMASA MOMMA*1 TAKAYUKI SUTO*1RYUJI IWAMOTO*3 JUNICHI ISHIGURO*1TOSHIHIRO MIYAWAKI*2TSUYOSHI NAKAHARA*4

专业英语课文翻译

School of chemical engineering and pharmaceutical test tubes 试管test tube holder试管夹test tube brush 试管刷test tube rack试管架 beaker烧杯stirring搅拌棒thermometer温度计boiling flask长颈烧瓶Florence flask平底烧瓶 flask,round bottom,two-neck boiling flask,three-neck conical flask锥形瓶wide-mouth bottle广口瓶graduated cylinder量筒gas measuring tube气体检测管volumetric flask容量瓶transfer pipette移液管Geiser burette(stopcock)酸式滴定管funnel漏斗Mohr burette(with pinchcock)碱式滴定管 watch glass表面皿evaporating dish蒸发皿ground joint磨口连接Petri dish有盖培养皿 desiccators干燥皿 long-stem funnel长颈漏斗filter funnel过滤漏斗 Büchner funnel瓷漏斗separatory funnel分液漏斗 Hirsh funnel赫尔什漏斗filter flask 吸滤瓶Thiele melting point tube蒂勒熔点管 plastic squeez e bottle塑料洗瓶 medicine dropper药用滴管rubber pipette bulb 吸球microspatula微型压舌板pipet吸量管mortar and pestle研体及研钵filter paper滤纸Bunsen burner煤气灯burette stand滴定管架support ring支撑环 ring stand环架distilling head蒸馏头 side-arm distillation flask侧臂蒸馏烧瓶air condenser空气冷凝器centrifuge tube离心管 fractionating column精(分)馏管 Graham condenser蛇形冷凝器 crucible坩埚crucible tongs坩埚钳beaker tong烧杯钳economy extension clamp经济扩展夹extension clamp牵引夹utility clamp铁试管夹hose clamp软管夹 burette clamp pinchcock;pinch clamp弹簧夹 screw clamp 螺丝钳 ring clamp 环形夹goggles护目镜stopcock活塞wire gauze铁丝网analytical balance分析天平 分析化学 absolute error绝对误差accuracy准确度assay化验analyte(被)分析物calibration校准constituent成分coefficient of variation变异系数confidence level置信水平detection limit检出限determination测定estimation 估算 equivalent point等当点gross error总误差impurity杂质indicator指示剂interference干扰internal standard内标 level of significance显著性水平 limit of quantitation定量限masking掩蔽matrix基体precision精确度 primary standard原始标准物purity纯度qualitative analysis定性分析 quantitative analysis定量分析random error偶然误差reagent试剂 relative error相对误差robustness耐用性sample样品relative standard deviation相对标准偏差 selectivity选择性sensitivity灵敏度specificity专属性titration滴定significant figure有效数字solubility product溶度积 1

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