科普著作的文体与翻译

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功能对等理论指导下的科普翻译研究

功能对等理论指导下的科普翻译研究作者：周敏来源：《校园英语·上旬》2014年第09期【摘要】本文以《普通地质学》翻译为例，从“功能对等”理论的视角对源语语篇与译语语篇进行对比分析，尝试总结科普翻译的策略与技巧。

【关键词】科普翻译功能对等翻译策略一、绪论科普著作是科技文体的一种，兼具科技文体科学性和文学作品文学性的特点，是介于科技文体与文学作品之间的特殊体裁。

在当前的国内图书市场，科普图书无论是从种类还是销量而言都不甚理想。

本文作者在翻译《普通地质学》的过程中，对翻译实例进行详细分析，寻求行之有效的方法解决翻译过程中在选择词义及句法转换方面遇到一些难题，从而得出最自然贴切的译文。

通过这些努力，对于功能对等理论的理解得到了进一步加深，同时，作者在该篇论文中总结的翻译原则及方法对科普翻译今后进一步的研究作了铺垫。

二、文献综述很长一段时期，科普作品的翻译在翻译界未被重视，但随着国际交流的加深，许多优秀的国外科普著作被引入国内市场，如《时间简史》、《裸阳》、《太空漫游》等，在这种趋势下，一些中国学者从20世纪80年代开始对科普翻译进行广泛的研究，主要侧重翻译原则与翻译策略方面。

郭建中在2004年的《科普与科幻翻译》一书中将科普著作定义为“Science made simple for the public”，是文学与科学的结合体。

方梦之在1999年出版的《科技翻译：科学与艺术同存》中提到科技著作根据其正式程度可分为不同的类别。

三、“功能对等”理论指导下《普通地质学》译文分析本文作者从功能对等理论的角度出发，以《普通地质学》翻译实践为研究，探索恰当的翻译策略来解决翻译过程中遇到的问题。

1.科普作品的写作风格与特点。

译者在翻译的过程中也应该将科学性作为第一考虑要素。

科普著作所传达的科学知识必须正确无误，符合逻辑。

科普著作的第二个特点是文学性。

既然科普作品是科学与文学的结合，那么文学性便是其不可或缺的一个特点。

科普文类型

科普文类型主要包括以下几种：
1. 科学小品文：这类文章通常用通俗易懂的语言，向读者介绍最新的科技成果、科学现象、科学原理等内容。

语言通俗易懂，内容生动有趣，使读者在轻松愉快的阅读中获得科学知识。

2. 科学杂文：这类文章以科学知识为内容，通过对生活中的一些现象、事件进行分析，引导读者思考科学与生活的关系，提高读者的科学素养。

3. 科学随想：这类文章是作者对科学的一些想法和感受，可以是对科学现象的思考，也可以是对科学发展的展望。

文章语言自由、灵活，思想深邃，给读者带来深刻的思考。

4. 科学散文：这类文章以科学为主题，通过对科学、科学家、科学精神等方面的描写和感悟，表达作者对科学的热爱和对科学家精神的赞美。

文章语言优美，意境深远。

5. 科学通讯：这类文章主要报道科学研究的最新进展、科学家的重要发现、科学活动的组织情况等内容。

文章内容真实、客观，语言简练、准确。

总的来说，科普文类型丰富多样，旨在通过各种形式向读者传递科学知识、科学思想和科学方法，提高公众的科学素养。

功能对等理论视角下科普文本《生命的演变》(节选)英译汉翻译实践报告

功能对等理论视角下科普文本《生命的演变》（节选）英译汉翻译实践报告摘要：本文采用功能对等理论视角对英文科普文本《生命的演变》（节选）进行翻译实践，并对翻译的难点及策略进行了分析和总结。

研究发现，该文本涉及生物学、化学等学科领域的专业术语较多，部分概念翻译难度较大；同时，该文本的目的是普及科学知识，需要使用通俗易懂的语言表达。

因此，在翻译过程中，需要进行专业术语的准确翻译和科普信息的清晰传达，并兼顾语言风格的亲和力与译文流畅度的保持。

综上，本文提出了以“准确翻译、通俗易懂、亲和译文”为原则的翻译策略，旨在为科普翻译实践提供参考借鉴。

关键词：功能对等理论；科普翻译；专业术语；语言亲和力；翻译策略Functionalist Translation Theory Perspective on Science Popularization Text "Evolution of Life" (Excerpt) Translation Practice ReportAbstract:This paper adopts the perspective of functionalisttranslation theory to carry out translation practice for the English science popularization text "Evolution of Life" (excerpt), and analyzes and summarizes the difficulties and strategies of translation. The study found that this text contains many professional terms in the fields of biology, chemistry, etc., and some concepts are difficult to translate; at the same time, the purpose of this text is to popularize scientific knowledge and requires the use of easy-to-understand language. Therefore, in the process of translation, it is necessary to accurately translate professional terms and clearly convey scientific popularization information while taking into account the language style affinity and translation fluency. Therefore,this paper proposes a translation strategy based on the principles of "accurate translation, easy-to-understand, and language affinity", and is intended to provide reference for science popularization translation practice.Keywords: functionalist translation theory; science popularization translation; professional terminology; language affinity; translation strategyI. IntroductionIn recent years, with the progress of science andtechnology, the importance of science dissemination has become increasingly prominent. Science popularization translation, as an important part of science dissemination, plays a vital role in promoting the communication and exchange of scientific research achievements, improving people's scientific literacy, and promoting the development of science and technology.However, science popularization translation is not an easy task. It is not only necessary to accurately translate professional terminology, but also to ensure that the translation is easily understood by the general public. Moreover, it is important to take into account the language style affinity and translation fluency. Therefore, this paper proposes a translation strategy based on the principles of "accurate translation, easy-to-understand, and language affinity", and is intended to provide reference for science popularization translation practice.II. Principles of Functionalism Translation TheoryFunctionalism translation theory is one of the important translation theories. It emphasizes the communicative function of language, and regards the translation as a communicative act between twodifferent linguistic and cultural systems. The goal of functionalism translation theory is to achieve communicative success, that is, to ensure that the translated text can effectively convey the purpose and meaning of the source text to the target readers.Based on the principles of functionalism translation theory, the translation strategy proposed in thispaper includes the following aspects:1. Accurate Translation of Professional TerminologyProfessional terminology is the core content of most scientific popularization texts. The accuracy of professional terminology translation has a direct impact on the readability and credibility of the translated text. Therefore, in the translation process, it is necessary to ensure the accurate translation of professional terminology, to maintain the consistency and accuracy of the scientific content, and to avoid causing misunderstandings due to inaccurate translation.2. Easy-to-Understand TranslationScience popularization translation is aimed at the general public, so it is necessary to use simple andeasy-to-understand language to convey the scientific content. At the same time, the translator should pay attention to the cultural differences betweendifferent languages, and use the localized expressions that target readers can understand. For example, in the translation of different units of measurement, the translator can use the equivalent units of the target language to make it easier for readers to understand.3. Language AffinityLanguage affinity refers to the similarity in vocabulary, grammar, syntax and expression between the source and target languages. In the translation of science popularization texts, language affinity is of great significance for improving the readability and fluency of the translated text. Therefore, the translator should pay attention to the languageaffinity between the source and target languages, and choose appropriate translation methods according to the specific situation, such as using the target language's commonly used expressions to replace the lengthy grammar of the source language.III. ConclusionIn summary, the translation of science popularizationtexts is not only a professional translation work, but also a popularization work. The translation strategy proposed in this paper based on the principles of functionalism translation theory, can guide the translators to accurately and effectively translate the scientific content, and make the translated text easy to understand and have language affinity. In the actual translation practice, the translator should pay attention to the combination of theory and practice, work hard to improve language skills and communication skills, and continuously explore and innovate translation methods to promote the dissemination and popularization of scientific knowledgeIn addition to the importance of translation theory, the translator also needs to have a strong understanding of the scientific knowledge they are translating. They need to be familiar with the terminology and jargon used in the specific field to accurately convey the meaning of the text. This requires the translator to not only have expertise in language, but also in the scientific area they are working with.Moreover, the translator needs to consider the target audience for the translated text. The scientific content may need to be simplified for a generalreadership or specialized for professionals. The translator needs to smoothly navigate between the scientific and linguistic contexts, and ensure that the translated text is not only accurate, but also clear and easy to understand for the intended readership.Technology has also played a great role in the translation of scientific content. Machine translation tools have greatly improved and are able to provide fast and convenient translations. However, these tools still lack the ability to accurately convey scientific terminology and context-specific language. Therefore, human translators with scientific expertise are still essential for accurate and effective translation in this field.In conclusion, the translation of scientific contentis a complex and challenging task that requires both linguistic and scientific knowledge, as well as an understanding of the target audience. The translator needs to constantly improve their skills and explore new translation methods to promote the dissemination and popularization of scientific knowledge across different languages and culturesAdditionally, the translator must also be able to work closely with scientists and researchers, as well as editors and publishers, to ensure that the content is accurate and meets the standards of the scientific community. This means being able to understand and interpret technical terminology, as well as being able to convey complex scientific concepts in a clear and concise way.One of the key challenges in translating scientific content is the need to balance accuracy with readability. While it is important to ensure that the content is scientifically accurate, it is equally important to make it accessible and easy to understand for the target audience. This requires the translator to not only have excellent linguistic skills, but also to be able to understand the cultural and social context of the target audience.Another challenge in translating scientific content is the need to keep up with the latest developments and advancements in the field. This requires thetranslator to stay informed and up-to-date on the latest research, discoveries, and trends, and to be able to incorporate this knowledge into their translations. This can be particularly challenging in rapidly evolving fields, such as biotechnology ornanotechnology, where new discoveries are being made on a regular basis.Despite the challenges, the translation of scientific content plays a crucial role in promoting scientific progress and knowledge sharing across different languages and cultures. It helps to break downbarriers and create a more inclusive and interconnected scientific community, where researchers and scientists from different countries and regions can collaborate and share their knowledge and expertise.In conclusion, translating scientific content is a complex and challenging task that requires both linguistic and scientific expertise, as well as an understanding of the target audience. It is an essential part of promoting scientific progress and knowledge sharing, and plays a crucial role in breaking down barriers and creating a more connected and inclusive scientific community. As such, it is an important area of focus for translators andtranslation professionals, who play a vital role in bridging the gap between scientists and the general publicIn conclusion, scientific translation is a challenging task that requires linguistic and scientific expertise, as well as an understanding of the target audience. It is essential for promoting scientific progress and knowledge sharing and plays a vital role in creating a more connected and inclusive scientific community. Translators and translation professionals have an important role to play in bridging the gap between scientists and the general public。

科普翻译之“四种特性”

科普翻译之“四种特性”常明月前言在全球科技文化交流不断加深的背景下，科普作品扮演的角色越来越重要，科普著作的翻译也成为我国普通民众获取外国最新科普智力成果的主要来源。

然而，较之于翻译界更为重视的科技翻译，对科普翻译的重视程度还不够。

许多人以科普作品通俗简单为由，想当然地认为科普翻译要比文学翻译或纯科技翻译容易，“只要粗通英语，又了解一些科学常识，即能胜任科普翻译工作了”(郭建中，2004：14)，导致“科幻、科普翻译历来为我国许多译家所不屑”(方梦之，2005)。

实际上，不少科普作品为了保证将科学内容准确、有效地传达给读者，其语言非常严谨和优美，极具文学性。

可以说，这种严肃的科普译著，较之纯科技著作或文学著作的翻译难度，有时甚至有过之而无不及。

在确保科学性的前提下，译者有必要探讨科普翻译中如何发挥译入语的语言优势，让文学性与科学性互补，同时注重语言的通俗性和趣味性，提高译文的可读性和审美体验。

一、科普文本的特性（郭建中，2004）论述道，科普作品是科技文体的一种变体，是文学和科学相结合的写作体裁，其目的是“普及科学知识、倡导科学方法、传播科学思想、弘扬科学精神”；科普作品应当采取“公众易于理解、接受、参与的方式”。

基于此，概括出科普作品的四大特点：作为传播和普及科学技术知识和科学精神的载体，科学性当然是第一位的。

科普作品是科学和文学的结合，文学性当然是不可或缺的基本特点之一。

许多经典的科普读物，文字非常优美。

第三，通俗性。

科普著作要用通俗易懂的语言，讲述科学知识。

第四，趣味性。

科普读物要吸引一般文化水平的读者，或者有一定文化水平，或者是某一门学科外行的读者，尤其是为少年儿童写的科普读物，就更要写得生动有趣。

二、科学性——忠于原意，传达知识准确（1）数字的直译列数字或列数据是科技说明文本常常会使用到的写作方法，这是一种从数量上说明事物特征或事理特征的方法。

使用数据使行文更加真实、精确、具体，并富有说服力。

科学小品文的文体知识

科学小品文的文体知识Science essays are a unique genre of writing that requires a blend of factual information and creative storytelling to engage the reader. 科学小品文是一种独特的写作体裁，需要融合事实信息和创造性叙事以吸引读者。

They allow writers to explore complex scientific topics in a more accessible and entertaining way, making them popular among both experts and laypeople. 它们让作家以更易懂和有趣的方式探索复杂的科学主题，受到专家和普通人的喜爱。

In order to effectively write a science essay, one must have a solid understanding of scientific concepts, as well as strong writing skills to convey this information in an engaging manner. 要有效地写一篇科学小品文，一个人必须对科学概念有扎实的理解，同时还要有强大的写作技巧以引人入胜地传达这些信息。

One of the key elements of a successful science essay is the ability to communicate complex ideas in a clear and concise manner. 成功的科学小品文的关键元素之一是以清晰简洁的方式传达复杂的思想。

This requires writers to have a deep understanding of the subject matter, as well as the skill to distill this information into easily digestible pieces for the reader. 这要求作家对主题有深入的了解，还要有技巧将这些信息浓缩成易于消化的片段给读者。

科普文的文体知识及说明方法、语言特色

3.趣味性（生动形象） ①举证通俗的例子。②打生动的比方。③巧妙运用修辞，使文章富有情趣 ④作引用(诗词-增添文采;趣闻-激发兴趣;轶事-激发兴趣)
三、科普文的文体知识
1.说明文结构：科普文章的结构一般为“倒金字塔”：首先引出话题，介绍新工艺、新技术、新见解、新成果或新问题、新挑战，然后从不同角度具体介绍这个“新”的形态、构造、成因、功用、原理、演变、发展、现状、评价等。 2.说明顺序：一般有空间顺序、时间顺序和逻辑顺序(原因到结果、主要到次要、整体到部分、概括到具体、现象到本质、特点到用途、总分总等)。
• (1)从记叙和描写方面考虑。记叙的曲折生动，描写的精彩等。
• (2)从穿插趣闻方面考虑。
• (3)从运用的修辞方面考虑。抓住文中的比喻句、拟人句等品味。
• (4)从语言的语体方面和句式方面考虑。如口语的活泼、短句的干净利索等。
• 3．如果要赏析科普文章语言的准确(严谨)、简明，可从以下方面思考：
• (1)从遣词造句力求精确、合乎语法习惯方面考虑。高考选入的文章在介绍科技成果时，或展望推广应用后的情景，或预示向纵深发展的前景，因而较多地运用“如果”“假如”“可能”“将会”等预测性词语，有时也会运用“基本”“根本”“重要”“十分”“非常”等表程度的词语，这些都是分析语言的准确性需要关注的。
➢为表现语言的文学性，常用打比方、拟人等手法，增强语言的趣味性，使文章显得生动活泼。
（二）常见设问方式
1.第X段的语言有哪些特点? 请进行简要分析。（6分） 2.请就本文的语言特色，谈谈你的看法。（6分）
（四）例题讲解
重水看上去跟普通水差不多，也是无色透明的液体。然而， ①它似水而不是水，跟普通水有着许多不同的“脾气”。重水确实是“重” 水，它比普通水重。 ② 1立方米重水要比1立方米普通水重105.6公斤。重水这名字，便是打这儿来的。普通的水在0 ℃结冰，在100 ℃ 沸腾。然而，重水却在3.8 ℃结冰，在101.42 ℃沸腾。普通水的密度在4 ℃时最大，重水的密度在11.6 ℃时最大。很多物质在重水中的溶解度，比在普通水中小。比如，食盐在重水中的溶解度，比在普通水中减少15%，氯化钡的溶解度则减少20%。（《古怪的重水》）

科技文体

（7）专业术语性强
• 众所周知，科技文章（科普文章除外）均有一个专业范围。一般来说，其读者均是 “本专业”的科技人员，至少说是文章是为“本专业”的读者而写的。 • 专业术语是构成科技理论的语言基础，其余一具有严谨性和单一性。 • 采用术语写作能使文章更加准确而简洁。
பைடு நூலகம்
专业术语十分密集
• It is possible to prove that as the number of tosses of coin is increased indefinitely, or “to infinity”, so the binomial distribution becomes identical with the normal distribution. For each kind of random event there is an underlying distribution. The normal or Gaussian distribution is very important because it arises very often in practice and also because it is very important in theory. Many distributions like binomial tend to become more and more like the normal as the number of events or the size of the sample increases.
1. 科技著述、科技论文和报告、实验报告和方案； 2. 各类科技情报和文字资料；
•这两项科技英语，在文体学上统称为科学散文。 (scientific prose)

popular science reading科技阅读

1．科普文章的文体特点及其翻译Features of Popular Science Reading and Its Translation科普文章是普及科学知识的读物，它包罗万象，涉及天文、地理、物理、化学、生物、医学等方面知识，其形式也多样化，有科学小丛书、百科全书、科普文摘、科学史、科学家传记等。

科普文章内容上着重常识性、知识性和趣味性，语言上通俗易懂，深入浅出，语句简短，多用普通词汇。

在翻译这类文章时应忠实于原文风格，用生动灵活、浅显易懂的汉语普及科学知识。

例1Food quickly spoils and decomposes if it is not stored correctly. Heat and moisture encourage the multiplication of microorganisms, and sunlight can destroy the vitamins in such foods as milk. Therefore, most foods should be stored in a cool, dark, dry place which is also clean and well ventilated.Foods that decompose quickly, such as meat, eggs, and milk should be stored in a temperature of 5ºC-10ºC. In this temperature range, the activity of microorganisms is considerably reduced. In warm climates, this temperature can be maintained only in a refrigerator or in the underground basement of a house. In Britain, for six months of the year at least, this temperature range will be maintained in an unheated room that faces the north or the east. Such a room will be ideal for food storage during the winter months provided that it is well ventilated. （王佐良,丁往道;1987）分析: 从文章的逻辑关系来看，这篇文章组织严密, 逻辑性强。

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例２Ｌｃｆｃｏａｓｄｎｘｅｌｏｄｅｉｍｋｇｅｉｅｒｅ：ａｋｅｔｎｅｅｏｇｍｙｔｎｐｔ
ａｒｔｅａｌｅ．ｕｍｓｅｕｄｇｅａｅｔａｉｔｔｅｓＢｔｃ－ｉｉｐｗｒｒｔｔｃｖｏｔｈｕｌｂｌｎｏｓｈｅ
ｗｅｏｉａｉｒｕｏｐｒｎｌｌｎｅｐｂｃｈｎｆｉｌｎｘｓｅｏａｂｉｉｃ，ｕｌｒｓａｅｆｓｍｒａｌｉｒｃｏ，ｎｈｔｉｃｎｘｗｌｐｄｃｈｌｅｉ，ｅｔｎａｄｏｃｔｔｒｕｅｉａａａｉｉｒｏｅｉｏｓｌｉｋｇｎｓＢｔｔｎｓｒｉ．ｎｗｒｏｓｉｃ，ｈｒｕｔｏｇａｃｔｎＩｔｏｄｃｎｅｔｅｗｈｉｒｅａｅｈｅｌｆｅｅｉｎｖｒｓｏａｅａｂｉ．ｎｏｒｏｎｅｓｅａｙｒｇｏｍｉｏＡｄｉｒｃｏｅｎｈｔｆｔｎｕｇａｎｆｏｒｃｉｔｃｓｏｒａｓｓ（ｉｏｒｕｐｅｈｏｓｍｉｖｔＤｓｖｌａｎｅｍｅｎａ．ｃｅ
例３Ｉｗｄ）ｄｉｉｅｉｅｅｉｏｆｇｓｎｓｗｔｓｒｄ：（ｏｒｐｔｏｅｔｎｒｎｎｎｓｔ
ｓｂｅｓｅ，ｉｔｓｅｓｅｒｉ，ｒｉｓｔｕｚｏｐｔｉｕｓｌｉｄａｄｖｉｈｒｌｅｓｓｔ－ｇｅｎｅｅｎｖｅ
ｈｔｔｉｅｔｏｉｒｌｔｔｔｌｇｓｉｏｒｈｘａｒｎｙｔｅｓｈａｅｍｕｎｓｒｄａａｎｏｅｒｔ
ｍｓｒｓｌｌＵｉｔｙｉｓｏｉｅｒｉｙｅｅａｉｂ．ｌａｌｔｉｐｓｌｔｐｄｔｔｉｖａｅｔｅ，ｍｓｂｏｃａｍ ’ ｅ
知之甚少。
之偏颇，不能真正切中肯萦，起不到指导科普翻译的作用，有的甚至对译者有误导作用。究其原因，主要是对科技著作和科普著作的概念存在着模糊认识。下面分别从科普著作的文体、特点及其翻译进行分
析。
一、文体
《英语文体学引论》科技文章” 在“ 一节中，开篇就明确给出了科技文章的范围： “ 科技文章包括科学论文、实验报告、对于自然现象的描述和解释、关于实验如何进行的指示，以及科技发展的历史等等。 ” （良、王佐丁往道，８：８笔者查阅了手头的几本１７２）９７《科技翻译教程》。结果发现，书中对科技文体的概念或避而不答，或语焉不详，或失之片面。如说：科 “
ｂｄｗＳｅｎｙｄｔｇｎ－ｐｄｌｅｗｕｉｒ．ｅｅｐｉｓｅｏｅａｅｓｌｇａｗｒｃｅｄｅｔｔｏｄｈｒｄｙｐｓｔｉｐｒｎｌｔｃｕｅｅｓａｅｉｓａｈｒｏａｂｓａｄｌｖｍｓａｌｕｓｅｒｅｓｅｎｏｄｎｈｗｒｒｏｓＳｒｔｓｗｉｔｒｗｕｓｅｏｄｒ．ｐｉｅａｄｇｌｔｓｌｅｔｌｅｄｃｎｒｎｅｈｉｆｅｏｄｈｅｍｓｂｎｆ，ｉｐａｓｅｓｍｘｕｓｅｇｏｅｅｔｔｒｋｄａｄｉｍｎｔｔｉｈｅｐｓｅｅｎａｍｔｈｒ
ａｏｅｓｐｓｂ，ｓｇｎａｂｉｔｔｂｄｐｔｏｓｓｌｗｔｒｄｉｎｅａｌｈｉｏｉｅａｈａｍｔｈｎｅｅｏａ
ａｐｆｄ（ｏｒ２０：）缺乏检测手段，ｍｌｅ．ｓｖＪｙ４４ｉｉＤｃｅｕ０４ｉｌ
技文Ｓｅｉｗｔ）体（ｉｔｃｉ是随着科学技术的发展而ｃｎｆｒｎｉｉｇ
形成的一种独立的文体形式。有关自然科学和社会科学的学术著作、论文、研究报告、专利产品的说明书等均属此类。下面是笔者曾经翻译过的两小段川文章，让我们看过之后再回头看一下教材中的概念是否准确精当。，例：ｈｔｉｄｎｅｗｔｅｓ１ＷａｄｆｅＥｓｉ，ａｍｄｈ．ｅｎｉｔｎｈａｉ
正式程度最高，但也经常采用一些修辞手段。科普
ｓｉｒｉｔｇ．ｔｔＲｐＷｎｌｏｔａｉａｐｎａｎｏＩｓｉｖｉｅｈｎｌｒｇｇｏ＇ｈｒｅａｎｋｆｍｅｗｒ．ｓｖＦｂａ０：在冬天，林ｏｄ（ｉｏｒｒｒ２５２）ｌＤｃｅｅｕ００ｙ它（蛙）的体温降到零度以下，处于休眠状态，器官组织
外国引进的。可是，在翻译界，对科普翻译的重视程度却与科普事业的发展和科普在现代社会中的地位不相称，虽然谈论科技英语翻译的著作和文章不断涌现。诸多科技翻译的技巧与理论对科技翻译确实
具有一定的指导意义，但从现实来看，有些文章却失
Ｓｐｍｅ２０：）因为有远大抱负，ｅｔｂｒ４ｅ０４８爱因斯坦把
度（ｒａｔ而言出人是很大的，ｆｍｌ）ｏｉｙ可粗分为三种：科学论文（ｉｔｃｅ）科普文章（ｏｌｓｅｃｓｅｉｐｒ、ｃｎｆａｉｐｐｕｒｎｅｐａｃ／ｉ而到它就会复活。它是动物ｓｅｅｌ、ｃｎａｉｅ技术文本（ｃｎａｐｓ／ｍｎｏ没有任何活动，了春天，ｉｃｒ）ｔｃｔｈｉｌｅｃｅｔｅｃｒｄｕ）ｏｏ瑞普・温克尔” 凡・。科学论文是专家写给专家看的（ｐ一。ｅｅ）ｅｅｔ一ｘｒ，界的“ ｘｒｔｐｔ
上海翻译
ＳａｇａＪｕａｏＴｎａｒｈｎｈｉｎｌｒｓｔｓｏｒｆｌｏａ
２０从，２０６．
科普著作的文体与翻译
王振平（津技学外国学，津３２）天科大语院天０２０２
〔摘要」本文在指出翻译理论界对科普翻译认识不足的同时，分析了科普著作的文体特点，提出了科普著作的翻译原则，认为科普翻译应把科技翻译与文学翻译的方法结合起来，既要体现科技内容的准确与严密，又要使人喜闻乐见，这样才
文章是内行写给外行看的（ｃｎｓｊｒｌ一ｔｓｅｉｏｎｉｏｉｔ／ｕａｓｔｔｌｐｓｗｉｇ，ａｅｏｒｎ）科普作者要把科学道理说清楚，ｙｒｎｉｔ要
极尽其运用文学修辞手段之能事。相对而言，科普文章的正式程度较低。而技术文本，以称得上可
作者这里用修辞手法，把林蛙比作了“ 瑞普・・凡温克尔”温克尔是美国作家华盛顿・，欧文小说中的主人公，因喝酒而昏然人睡，一觉睡了２，０年醒来时自己已经成了老人，世界也面目全非了。这是多么形象生动的描写，以，所宣传科学并不是枯燥的概念
著作，甚至有人认为，就连在科学界大名鼎鼎的英国《自然》Ｎｔｅ这本创刊于１９有１多位诺（ｒａ）ｕ８年，２６０贝尔奖得主率先在刊物上发表其研究成果的著名期刊，也是一本科普杂志ｚ。显而易见的是，科普文廿章” 远比“ 科学论文” 技术文本” 和“ 离普通读者更近。因此，科普翻译的意义毫不逊色于科学论文和技术文本的翻译。
〔收稿日２５２７期】０－－０１０［作者简介』王振平（９５，天津科技大学外国语学院副教授，１－）男，６研究方向：翻译理论与实践。
明书或文献等。但显而易见的是，文章是有关科技的。上述教材中科技英语的概念显然没有这类文
体。那么这种文章属于什么文体，或者说教材中的概念忽略或缺失了什么呢？读者可能已经有了答案：科普文体。两段文章正是出自美国科普杂志Ｄｃｅ（ｉｏｒ由天津科学技术出版社引进，ｓｖ中文版刊名为《科学与生活》。）科普文体是科技文体的一部分，方梦之在《科技翻译：科学与艺术同存》一文中克服了科技文章论述中常犯的片面性错误，对科技文体做了较为精辟准确的论述：一般所说的科技翻译， “ 就文体的正式程
技文章混为一谈了。更有甚者，认为“ 科技语言与文学语言背道而驰，是用抽象的方法去概括事物的内在本质与规律，并且用抽象的概念进行表述，因此必须排斥事物的外在形象与形状、色彩、动作等才能更科学地表述事物内在特性。（郑宝珑，００８）２０：显１然，这是对科技文体（主要是科普文体）的误解，如果作者看了下面的例子，还能说科技语言与文学语言背道而驰吗？还能说科技语言都是抽象的概念吗？
能真正达到科学普及的作用。
［关键词」科普；科技英语；翻译［中图分类号］３５９Ｈ．１［文献标识４Ａ］Ａ［文章编号］１２３８２０）２０５４６－５（０６０－３－７９００
随着科学技术的飞速发展和全球化进程的不断加快，作为科学技术交流媒介的科普著作正起着越来越重要的作用，并且有相当一部分科普作品是从
ｐｓ的，是很广的，ｒ。包罗ｏ它既可是ｅｅ一ｏｅｅｘｒｔ一ｘｒｐｔｐｔ，也可是ｅｅ－ｌｐｓ，ｘｒ－ｅｏ像项目申请书、ｐｔａｒｎｔｏｙ可行
性报告、品说明书、产维修手册、术协议书等均技
Hale Waihona Puke 是。（ ”方梦之，９）１９９
Ｍｒｍｅｒｍｔａｃｒｌｅｒｏｏｄｌｇｍａｃｌｅｔａｔｂｆｎｏｃｐｘｅｏａｉｏａｓｒｅｅｕ