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出版社:外语教学与研究出版社
出版日期:2009-11
ISBN:9787560091136
作者:李健 编
页数:323页
作者简介
《科技英语阅读与翻译》内容简介:“高等学校研究生英语系列教材”是一套专为非英语专业研究生编写的教材,由“提高”和“拓展”两个系列构成。“提高”系列着重在本科英语学习的基础上进一步巩固语言知识,提高语言技能;“拓展”系列则根据研究生专业学习和研究的需要,着重拓展研究生的学术视野,培养他们的学术研究能力。本系列教材以教育部“加快研究生教育结构调整,培养应用型人才”的方针为指导,内容新颖,注重实用,资源丰富,旨在提高研究生的英语应用能力,特别是在相关专业领域的口语和文字交流能力,为其进一步学习和研究打好基础。
书籍目录
Chapter1 自然史调查与生物多样性 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter2 机器人 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter3 暗能量 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter4 空间与时间 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter5 计算机技术 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter6 数学与独创性 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter7 气候变化 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter8 节能 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter9 医学 Section1 Reading and Translation Section2 Reading for Acadernic PurposesChapter10 粒子物理学Chapter11 太空探索Chapter12 农业技术Key
编辑推荐
《科技英语阅读与翻译》为“拓展”系列分册之一,《科技英语阅读与翻译》突出科技英语的特点,将科技阅读和翻译两项技能的学列融为一体,针对研究生的实际需要开辟专题,提供阅读与翻译指导,使他们在学习、科研、工作中能够有效地运用英语讲进行科技信息交流。本教材具有如下特点:阅读与翻译结合,注重学习效果:每章遵循阅读和翻译两大主线,内容各有侧重,又相互融和,从而使教材形成有机整体。 材料真实,题材多样:阅读与翻译素材保持原文特色与风格,真实反映实际应用中的语言。题材涉及自然、环境、医学、生物等多个领域.体现各个领域的新发展。 开辟专题,提供阅读与翻译指导:每章均设有“学术阅读”和“科技翻译技巧”板块。前者通过对各种学术资源的介绍,使学生熟悉获取科技信息和资料的途径和方式;后者包括增词法、语序倒置、从句转移、数字译法等24个专题,涉及科技翻译中容易出现的错误和问题,从而加强教材的实用性。
章节摘录
It is also clear that the early-nineteenth-century floweringof collecting and naming resulted from the greater affordability oftransoceanic steam travel and from European imperial expansion andsettlement, especially in the rich tropical environments of the southernhemisphere. In North America, naturalists like John James Audubon~2followed the military frontier into the species-rich environmentsof the southeastern United States. And the western boundary andtransport surveys of the 1850s took naturalists like Spencer Baird13into the faunally diverse and virtually unworked areas of the AmericanWest. No one has tried to map the historical geography of taxonomicknowledge onto that of imperial expansion and settlement, but I wouldexpect a close correlation. If trade has followed flags, so also havenaturalists and collectors. Access was crucial: wherever improvedtransportation technology and colonial infrastructure afforded readyaccess to places previously expensive or dangerous to reach, there thepace of discovery of new species will soon pick up. The third of these cycles of collecting——I have withoutfanfare been calling it "survey" collecting——is the least well knownand the most surprising. We do not think of the late nineteenth andearly twentieth centuries as being a great age of discovery in naturalhistory; but they were. One need only peruse the annual reports ofnational and civic museums to appreciate the enormous enthusiasmfor expeditions and collecting. In the United States alone dozens orscores of collecting expeditions were dispatched each year to thefar corners of the world between 1880 and 1930: hundreds in all, orthousands——perhaps as many as in the previous two hundred years ofscientific expeditioning. They certainly produced as much knowledgeof the worlds biodiversity as any of the earlier episodes of organizedcollecting.
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