经典翻译范文之科技篇中英文对照-推荐下载

科技英语翻译文稿[五篇范例]第一篇：科技英语翻译文稿Wireless Network Accurately and Inexpensively MonitorsPatients' Breathing无线网络事实上是廉价地监控着病人的呼吸状况。

A couple years ago we saw wireless technology that would allow us to see through walls.Now,几年以前我们就可以看到无线网络可以让我们看到“墙外的东西”。

现在，来自犹他州州立thesame team of researchers, from the University of Utah, is putting that motion detection大学的同一个技术团队正在把移动式检测技术technology to work monitoring breathing patterns.So not only can the network see through your 运用到检测病人的呼吸状况上因此通过网络不仅可以远程观察病人的现状，它甚至可以听到bedroom wall, it can hear you breathing.Less sinisterly, the system could help doctors keep你的呼吸。

这个系统可以帮助医生更好的监控患者睡眠时的呼吸暂停事件，急救病人或婴儿 better track of patients with sleepapnea, surgery patients or babies at risk for sudden infant 的发生突然猝死危险性就变得更低了。

death syndrome.Team leader Neal Patwari demonstrated the system by lying in a hospital bed surrounded by这个团队的带头人尼尔帕特维尔躺在一家医院的病床上，周围布置了20个工作频率为2.4G 20 wireless transceivers operating at a frequency of 2.4 gigahertz.He timed his breathing to be赫兹的无线电收发器以演示这个监控系统的工作状况。

科技英文作文模板带翻译Title: The Impact of Technology on Modern Society。

In today's rapidly evolving world, technology has become an integral part of our daily lives. From the way we communicate and work to the way we entertain ourselves, technology has revolutionized the way we live. In this essay, we will explore the various ways in which technology has impacted modern society, both positively and negatively.First and foremost, technology has greatly improved communication. With the advent of the internet and social media, people can now connect with others from all around the world instantly. This has led to a more interconnected global community and has made it easier for people to stay in touch with friends and family, no matter where they are. Additionally, technology has also revolutionized the way we work. With the rise of remote work and digital collaboration tools, people can now work from anywhere and collaborate with colleagues in different time zones. This has not only increased productivity but has also provided more flexibility for workers.Furthermore, technology has had a significant impact on the way we access and consume information. With the rise of smartphones and the internet, people now have access to a wealth of information at their fingertips. This has led to a more informed and educated society, as people can easily research and learn about any topic they are interested in. However, this easy access to information has also led to the spread of misinformation and fake news, which has become a major concern in today's society.In addition to communication and information, technology has also transformed the way we entertain ourselves. From streaming services to virtual reality, technology has provided us with new and innovative ways to enjoy music, movies, and games. This has led to a more personalized and immersive entertainment experience for consumers. However, the rise of technology has also led to concerns about screen time and its impact on mental health, especially among young people.Moreover, technology has had a profound impact on various industries, such as healthcare, transportation, and finance. In healthcare, technology has led to significant advancements in medical treatments, diagnostic tools, and patient care. In transportation, technology has led to the development of electric and autonomous vehicles, which have the potential to revolutionize the way we travel. In finance, technology has led to the rise of digital banking and cryptocurrencies, which have changed the way we manage and exchange money.Despite the numerous benefits of technology, there are also several drawbacks that come with its widespread use. One of the major concerns is the impact of technology on job displacement. With the rise of automation and artificial intelligence, many jobs are at risk of being replaced by machines. This has led to concerns about unemployment and income inequality. Additionally, the overreliance on technology has also raised concerns about privacy and security. With the amount of personal data being collected and stored online, there is a growing concern about data breaches and cyber-attacks.In conclusion, technology has undoubtedly transformed modern society in numerous ways. From communication and information to entertainment and industry, technology has revolutionized the way we live and work. However, it is important to be mindful of the potential drawbacks of technology and to address the challenges it presents. By doing so, we can ensure that technology continues to benefit society while minimizing its negative impact.。

Sensing Human Activity:GPS Tracking感应人类活动:GPS跟踪Stefan van der Spek1,*,Jeroen van Schaick1,Peter de Bois1,2and Remco de Haan1Abstract:The enhancement of GPS technology enables the use of GPS devices not only as navigation and orientation tools,but also as instruments used to capture travelled routes:assensors that measure activity on a city scale or the regional scale.TU Delft developed aprocess and database architecture for collecting data on pedestrian movement in threeEuropean city centres,Norwich,Rouen and Koblenz,and in another experiment forcollecting activity data of13families in Almere(The Netherlands)for one week.Thequestion posed in this paper is:what is the value of GPS as‘sensor technology’measuringactivities of people?The conclusion is that GPS offers a widely useable instrument tocollect invaluable spatial-temporal data on different scales and in different settings addingnew layers of knowledge to urban studies,but the use of GPS-technology and deploymentof GPS-devices still offers significant challenges for future research.摘要：增强GPS技术支持使用GPS设备不仅作为导航和定位工具,但也为仪器用来捕捉旅行路线:作为传感器,测量活动在一个城市或区域范围内规模。

中国热门科技词汇科学发展观concept of scientific development全民科学文化素质scientific and cultural qualities of the entire people 发展科技scientific and technological advancement科教兴国revitalize China through science and education 农业技术agricultural technology[扩展]白色农业 white agriculture （microbiological agriculture and biological cell agriculture）超级杂交水稻super-hybrid rice技术下乡spreading the application of science and technology in rural areas节水农业water-saving agriculture立体农业3-D agriculture农产品加工及转化the processing and commercialization of agro-products 农业科技agro-science农作物良种seeds of high-quality crop农作物新品种选育the selection and breeding of new crops 生态农业environmental-friendly agriculture无土栽培soil -less cultivationBP机，传呼beeper, pager背投屏幕rear projection screen不明飞行物unidentified flying object （UFO）操作系统operating system产品科技含量technological element of a product创新innovation电话会议teleconference电话留言机answering machine对讲机talkie and walkie多媒体multimedia二期the second phase防抱死系统ABS （anti-lock braking system）孵化器incubator高产优质high yield and high quality高技术产业化apply high technology to production高科技板块high-tech sector高科技园high-tech park个人数字助理PDA （personal digital assistant）工业园区industrial park国家质量技术监督局the State Bureau of Quality and Technical Supervision 国家重点实验室national key laboratories火炬计划Torch Program （a plan to develop new and high technology）计算机中央处理器central processing unit（CPU）技术产权technology property right技术交底confide a technological secret to someone.技术密集产品technology-intensive product交叉学科interdisciplinary branch of science科技成果转化为生产力 transfer of scientific and technological achievements into productive forces科技含量technology content科技基础设施science and technology infrastructure科技是第一生产力Science and technology constitute a primary productive for ce科技体制改革reform of the science and technology management system科技与经济脱节science and technology are out of line from the economy科教兴国rejuvenate the country through science and education可持续发展战略strategy of sustainable development纳米nanometer三峡水利枢纽工程the key water control project at the Three Gorges on the Yangtze River物种起源origin of species新兴学科new branch of science研究成果research results在孵企业incubated enterprises自动取款机automatic teller machine （ATM）自然科学与社会科学的交叉融合integration of natural and social sciencesIT 信息技术[扩展]信息港info port信息高地information highland信息高速公路information superhighway信息革命information revolution信息含量information content信息化informationization信息技术处理ITA - Information Technology Agreement 信息检索information retri办公自动化OA （Office Automation）笔记本电脑laptop / notebook / portable computer 电脑病毒computer virus电脑犯罪computer crime电子管理e-management电子货币e-currency电子商务e-business; e-commerce电子商务认证e-business certification电子邮件E-mail非对称数字用户环路ADSL （Asymmetrical Digital Subscriber Loop）高速宽带互联网high-speed broadband networks公告板BBS （bulletin board system）光盘杂志CD-ROM magazine广域网WAN （wide area net word）汉字处理软件Chinese character processing software黑客hacker计算机2000年问题Y2K problem计算机辅助教育CAI -computer assisted instruction计算机辅助设计CAD-computer assisted design计算机合成制造CAM-computer assisted manufacturing计算机中央处理器CPU - central processing unit超文本传送协议hypertext transfer protocol （HTTP）界面interface金融电子化computerized financial services局域网LAN - local area network互联网服务提供商ISP （Internet Service Provider）全球移动通信系统（全球通）global system for mobile communications （GSM）刻录机CD burner宽带接入broadband access宽带网broadband networks内联网、局域网（计算机）Intranet垃圾邮件junk mail千年问题、千年虫millennium bug; Y2K bug 人工智能AI - artificial intelligence人机交互human - computer interaction人机交互human-computer interaction虚拟人visual human虚拟网virtual net虚拟网virtual net虚拟现实virtual reality虚拟银行virtual bank因特网服务提供商ISP- internet service provider万维网World Wide Web（WWW）应用软件internet applications域名domain在线on line掌上电脑palm computer政府上网工程Government Online Project只读存储器read-only-memory （ROM）智能感知技术perceptive technology智能终端intelligent terminal中文信息处理系统Chinese information processing system数码科技digital technology高保真Hi-Fi （High Fidelity）高清晰度电视high definition TV （HDTV）光谷optical valley光通讯optical communication蓝光光盘Blue -ray Disc数码港cyber port数字地球digital globe数字蜂窝移动通信digital cellular mobile telecommunications三维电影three-dimensional movie三维动画three-dimensional animation[详析] “蓝光光盘”利用蓝色的激光束来刻录数据。

mobile and cellular radio移动和细胞广播in comparison to the relative stability and modest technical developments which are occurring in long haul wideband microwave communication systems there is rapid development and expanding deployment of new mobile personal communication system. These rang from wide coverage area pagers,for simple data message transmission,which employ common standards and hence achieve contiguous coverage over large geographical areas,such as all the major urban centres and transport routes in Europe,Asia or the continental USA.This chapter discusses the special channel characteristics of mobile systems and examines the typical cellular clusters adopted to achieve continuous communication with the mobile user.It then highlights the important properties of current,and emerging,TDMA and code division multiple access(CDMA), mobile digital cellular communication systems.Private mobile radioTerrestrial mobile radio works best at around 250 MHz as lower frequencies than this suffer from noise and interference while higher frequencies experience multipath propagation from buildings,etc,section 15.2.In practice modest frequency bands are allocated between 60MHz and 2GHz. Private mobile radio(PMR) is the system which is used by taxi companies,county councils,health authorities,ambulance services,fire services,the utility industries,etc,for mobile communications.PMR has three spectral at VHF,one just below the 88 to 108 MHz FM broadcast band and one just above this band with another allocation at approximately 170MHz.There are also two allocations at UHF around 450MHz. all these spectral allocations provide a total of just over 1000 radio channels with the channels placed at 12KHz channel spacings or centre frequency offsets. Within the 12khz wide channal the analogue modulation in PMR typically allows 7khz of bandwidth for the signal transmission.when further allowance is made for the frequency drift in the oscillators of these systems a peak deviation of only 2 to 3 khz is available for the speech traffic. Traffic is normally impressed on these systems by amplitude modulation or frequency modulation and again the receiver is of the ubiquitous superheterodyne design,Figure 1.4. A double conversion receiver with two separate local oscillator stages is usually required to achieve the required gain and rejection of adjacent channel signals.One of the problems with PMR receiver is that they are requiredto detect very small signals,typically—120dBm at the antenna output,corresponding to 0.2 uV,and,after demodulating this signal,produce ann output with perhaps 1W of audio equipment, the first IF is normally at10.7MHz and the second IF is very orten at 455KHz . unfortunately,with just over 1000 available channels for the whole of the UK and between 20000and30000issued licences for these systems,it is inevitable that the average busuness user will have to share the allocated channel with other companies in their same geographical area.There are various modes of operation for mobile radio communications networks, the simplest of which is singal frequency simplex. In simplex communication, traffic is broadcast, or one way. PMR uses half duplex(see later Table 15.3) where, at the end of each transmission period, there is a handover of the single channel to the user previously receiving, in order to permit them to reply over the same channel. This is efficient in that it requires only one frequency allocation for the communication link but it has the disadvantage that all units canhear all transmissions provided they are within rage of the mobile and frequencies are allocated for the transmissions. One frequency is used for the forward or downlink, namely base-to-mobile communications. This permits simultaneous two-way communication and greatly reduces the level of interference, but it halves other’s transmissions, which can lead to contention with two mobiles attempting to initiate a call, at the same time, on the uplink in a busy syetem.Although PMR employs relatively simple techniques with analogue speech transmission there have been many enhancements to these systems over the years . Data transmission is now in widespread use in PMR systems using FSK modulation. Data transmission also allows the possibility of hard copy graphics output and it gives direct access to computer services such as databases, etc. Data prembles can also be used, in a selective calling mode, when initiating a transmission to address a special receiver and thus obtain more privacy within the system.15.4.5 Trunked radio for paramilitary use集群无线电的军事使用Another related TDMA mobile radio standard is the European trunked radio(TETRA)network which has been developed as part of the public safety radio communications service(PSRCS) for use by police, utilities, customs office, etc. TETRA in fact is part of wider international collaborations for paramilitary radio use.In these portable radios there is a need for frequency hopping (FH) to give an antieavesdropping capability and encryption for security of transmission to extend military mobile radio capabilities to paramilitary use, i.e. for police, customs and excise offices, etc. these capabilities are included in the multiband interteam radio for the associated public safety communications office in the USA while Europe has adopted the TETRA standard.TETRA is essentially the digital TDMA replacement of the analogue PMR systems. The TETRA standard has spectrum allocations of 380 to 400 and 410 to 430MHz, with the lower band used for mobile transmissions and the upper band for base station use. TETRA mobile have 1 W output power and the base stations 25 W using error with the data throughput rate varying, to meet the required quality of service. TETRA can accommodate up to four users each with a basic speech or data rate of 7.2kbit/s. with coding and signaling overheads, the final transmission rate for the four-user slot is 36 kbit/s. this equipment is large and more sophisticated than a commercial cell phone, and it sells for a very much higher price becase the production runs are much small. However, its advanced capabilities are essential for achieving paramilitary communications which are secure from eavesdropping.15.5 Code division multiple accessAnalogue communication systems predominantly adopt frequency division multiple access (FDMA), where each subscriber is allocated a narrow frequency slot within the available channel. The alternative TDMA(GSM) technique allocates the entire channel bandwidth to a subscriber but constrains the subscriber but constrains the subscriber to transmit only regular short bursts of wideband signal. Both these accessing techniques are well established for long haulterrestrial, satellite and mobile communications as they offer very good utilization of the available bandwidth.15.5.1The inflexibility of these coordinated accessing techniques has resulted in the development of new systems based on the uncoordinated spread spectrum concept. In these systems the bits of slow speed data traffic from each subscriber are deliberately multiplied by a high chip rate spreading code, forcing the low rate (narrowband data signal) to fill a wide channel bandwidth.15.7.2 3G systemsThe evolution of the third generation (3G)system began when the ITU produce the initial recommendations for a new universal mobile telecommunications system(UMTS)[www.] The 3G mobile radio service provides higher data rate services ,with a maximum data rate in excess of 2Mbit/s, but the achievable bit rate is linked to mobility. Multimedia applications encompass services such as voice, audio/video, graphics, data, Internet access and e-mail. These packet and circuit switched services have to be supported by the radio interface and the network subsystem.Several radio transmission technologies(RTT) were evaluated by the ITU and adopted into the new standard, IMT-2000. the European standardization body for 3G, the ETSI Special Mobile Group, agreed on a radio access scheme for 3G UMTS universal terrestrial radio access(UTRA) as an evolution of GSM. UTRA consists of two modes : frequency division duplex(FDD) where the uplink and downlink are transmitted on different frequencies; and time division duplex(TDD) where the uplink and downlink are time multiplexed onto the same carrier frequency. The agreement assigned the unpaired bands (i.e. for UTRA TDD ). TD-CDMA is a pure CDMA based system. Both modes of UTRA have been harmonised with respect to basic system parameters such as carrier spacing, chip rate and frame length to ensure the interworking of UTRA with GSM.The 3G proposal were predominantly based wideband CDMA(WCDMA) and a mix of FDD and TDD access techniques. WCDMA is favoured for 3G in poor propagation environments with a mix of high modest speed data traffic. It is generally accepted that CDMA is the preferred accesstechnique and, with the increase in the data rate, then the spreading modulation needs to increase to wideband transmission.WCDMA is based on 3.84Mchip/s spreading codes with spreading ratio, i.e. , K values, of 4-256 giving corresponging data ratas of 960-15 kbit/s. the upper FDD uplink band I from 1920-1980 MHz is paired with a 2110-2170 MHz downlink. In addition uplink bands II & III at 1850-1910 MHz and 1710-1785 MHz are also paired, respectively, with 1930-1990 MHz and 1805-1880 MHz allocations. the system is configured on a 10 ms frame with 15 individual slots to facilitate TDD as well as FDD transmissions. TDD is more flexible as time-slots can be dynamically reassigned to uplink and downlink functions, as required for asymmetric transfer of large files or video on demand traffic. 3G WCDMA systems use an adaptive multirate speech coder with encoded rates of 4.75-12.2 kbit/s. receivers commonly use the easily integrated direct conversion design, in place of the superheterodyne design . receiver sensitivities are typically -155dBm.The 3GPP2 standard aims to achieve a wide area mobile wireless packet switched capability with CDMA2000 1×EV DO revision A (sometimes called IS-856A). Here 1×refers to the single carrier 1.25 Mchip/s system. It achieves a 3.1 Mbit/s downlink and a delay sensitive services. The 3GPP standard has gone through many release with R4 in 2001 which introduced packet data services and R6 in 2005 to further increase the available data transmission rate . R6 pioneers the use of high-speed downlink packet access and multimedia broadcast multicast services which offer reduced delays and increased uplink data rates approaching 6 Mbit/s.In parallel with the European activities extensive work on 3G mobile radio was also performed in Japan. The Japanese standardisation body also chose WCDMA, so that the Japanese and European proposals for the FDD mode were already aligned closely. Very similar concepts have also been adopted by the North American standardization body.In order to work towards a global 3G mobile radio standard, the third generation partnership project(3GPP), consisting of members of the standardization bodies in Europe, the USA, Japan, Korea and China, was formed. It has merged the already well harmonized proposals of the regional standardization bodies to work on a common 3G international mobile radio standard, still called UTRA. The 3GPP Project 2(3GPP2), on the other hand, works towards a 3G mobile radio standard based on cdmaOne/IS-95 evolution, originally called CDMA2000.比起相对稳定、适度的技术发展是发生在宽带微波通信系统,有长期快速发展和扩大部署的新的移动个人通讯系统。

科技作文中英文Technology has become an integral part of our daily lives, transforming the way we live, work, and interact with the world around us. From the smartphones in our pockets to the smart devices that power our homes, the impact of technology is undeniable. In this essay, we will explore the role of technology in our lives, examining its benefits, challenges, and the implications for the future.One of the most significant ways technology has transformed our lives is through communication and connectivity. The advent of the internet and the proliferation of social media platforms have made it easier than ever to connect with friends, family, and colleagues across the globe. With just a few taps on a screen, we can video chat with loved ones, share moments through social media, and access a wealth of information and resources at our fingertips. This increased connectivity has not only brought people closer together but has also facilitated the exchange of ideas, the sharing of knowledge, and the fostering of global communities.Moreover, technology has revolutionized the way we work and conduct business. The rise of remote work and telecommuting hasallowed many individuals to work from the comfort of their homes, reducing the need for physical office spaces and enabling greater flexibility and work-life balance. Cloud computing and collaboration tools have made it easier for teams to collaborate across geographic boundaries, enabling seamless project management and real-time communication. Additionally, advancements in automation and artificial intelligence have streamlined various business processes, improving efficiency and productivity.In the realm of education, technology has played a transformative role. Online learning platforms, interactive whiteboards, and educational apps have made learning more accessible and engaging for students of all ages. The COVID-19 pandemic has further accelerated the adoption of remote and hybrid learning models, allowing students to continue their education despite physical distancing restrictions. Furthermore, technology has enabled personalized learning experiences, catering to the unique needs and learning styles of individual students.Beyond communication, work, and education, technology has also had a significant impact on our healthcare system. Telemedicine and remote monitoring devices have made it possible for patients to receive medical care from the comfort of their homes, reducing the need for in-person visits and improving access to healthcare services, especially in underserved or remote areas. Additionally,advancements in medical imaging, diagnostic tools, and data analytics have revolutionized the way healthcare professionals diagnose and treat various medical conditions, leading to more accurate and personalized care.However, with the benefits of technology, there also come challenges and concerns that must be addressed. One of the primary concerns is the issue of data privacy and security. As we increasingly rely on digital platforms and devices to store and transmit our personal information, the risk of data breaches and cyber attacks has become a significant concern. Governments and organizations must work to implement robust security measures and data protection policies to safeguard the privacy of individuals.Another challenge posed by technology is the potential for job displacement due to automation and artificial intelligence. As machines and algorithms become more capable of performing tasks traditionally done by humans, there is a risk of widespread job losses, particularly in industries that involve repetitive or routine work. This shift in the job market requires a focus on reskilling and upskilling the workforce to ensure that individuals are equipped with the necessary skills to adapt to the changing job landscape.Additionally, the widespread use of technology has led to concerns about the impact on mental health and well-being. The constantbombardment of notifications, the pressure to be constantly connected, and the comparison to idealized social media portrayals can contribute to feelings of anxiety, depression, and social isolation, especially among younger generations. It is crucial to promote healthy digital habits and encourage a balanced approach to technology use.Despite these challenges, the future of technology holds immense promise. Emerging technologies such as 5G, the Internet of Things (IoT), and quantum computing are expected to revolutionize various industries, enabling faster communication, more efficient data processing, and unprecedented levels of connectivity. Advancements in renewable energy technologies, electric vehicles, and sustainable practices are paving the way for a more environmentally-conscious future.Furthermore, the potential of technology to address global challenges, such as climate change, disease outbreaks, and food scarcity, is vast. Innovations in fields like biotechnology, renewable energy, and precision agriculture hold the promise of creating a more sustainable and resilient world.In conclusion, technology has undoubtedly transformed our lives in profound ways. While it has brought about numerous benefits, it has also presented us with new challenges that require carefulconsideration and proactive solutions. As we navigate the rapidly evolving technological landscape, it is essential to strike a balance between embracing the opportunities technology offers and addressing the potential drawbacks. By doing so, we can harness the power of technology to improve our lives, enhance our communities, and create a better future for generations to come.。

Science and TechnologyHuman life can not continue without science and technology. For many years, human society has developed with the advance of science and technology while the development of science and technology has in turn brought the process to mankind. So the life we are living now is more civilized than that of our forefathers. The development of science and technology have brought about many changes in people's life. For example, the invention of television and space rocket have opened a new era for mankind. Through the use of TV people can hear the sound and learn the events happening thousands of miles away. Owing to the invention of spaceship and rocket, the dream of man's landing on the moon has now come true. Science and technology also play an important role in our socialist construction. We may say, our socialist construction is just like a skyscraper, while science and technology are its base. Without the base, the skyscraper can't be built. Therefore, we should try our best to contribute to the development of science and technology so as to provide a more solid base to build our country.没有科学技术，人类的生活就无法继续。

英文科技专题文章范文(热门3篇)英文科技专题文章范文第1篇One way to get noticed is Reuben Smith Vaughn, another American college graduate. The most popular majors in this university are English, business and economics. Sitting here, he hears the real Emptiness: Bachelor's degree or above, major in machinery or trade.Our textbook is new international business English published by Cambridge University Press. How do you deal with training, becoming a celebrity and homework? I'm Li San from Jiujiang. I'm a fresh graduate majoring in Business English, with bachelor's degree or above in mining or business English Mechanical or business majors give priority to college education with Japanese as major, plus practical experience in translating business documents for homework.Write a letter to your parents and tell them about your life in college,.中文翻译：一个能引起注意的方法是鲁本·史密斯·沃恩，另一个美国大学的毕业生。

科学有关的英文作文带翻译1. Science is all around us, from the moment we wake up to the moment we go to bed. It's in the alarm clock that wakes us up, the toothpaste we use to brush our teeth, and even the food we eat for breakfast. Science is the reason why we have electricity, why planes can fly, and why we can communicate with people on the other side of the world. Without science, our modern world would not exist.科学无处不在，从我们醒来到我们睡觉的每一刻。

它存在于叫醒我们的闹钟中，我们刷牙用的牙膏中，甚至我们早餐吃的食物中。

科学是我们拥有电力的原因，是飞机能够飞行的原因，也是我们能够与世界另一边的人交流的原因。

没有科学，我们现代的世界将不存在。

2. Science is not just about discovering new things,it's also about asking questions and finding answers. It's about exploring the unknown and pushing the boundaries of what we know. Scientists are like detectives, always searching for clues and trying to solve the mysteries ofthe universe. They use experiments, observations, and calculations to uncover the secrets of nature. Science is a never-ending adventure, with new discoveries waiting to be made around every corner.科学不仅仅是关于发现新事物，它还关乎提出问题和寻找答案。

科技英语-翻译（推荐5篇）第一篇：科技英语-翻译1.If you are successful, you won’t have to go ask for a raise or accept what you’re given or worry about being turned out when a younger version of yourself comes along.如果你是成功的，你就不用请求加薪，不必勉强接受所给予你的，无需担心年轻的你一路走来会达到什么成就2.What about development aid to give local people economic alternatives to cutting forests and plowing over the land? That kind of funding is difficult to come by.关于发展援助给当地居民经济替代切割森林和耕作土地怎么样？这样的资金得来不易3.He cannot be really happy if he is compelled by society to do what he does not enjoy doing, or if what he enjoys doing is ignored by society as of no value or importance.他是不可能真正快乐的，如果被社会强迫做自己不喜欢做的事情,又或者喜欢做的事情被社会所忽略、被认为是毫无价值、不重要的。

4.Perhaps even more daunting, in the face of Internet-wide virus attacks, is the realization that we will depend in larger and larger measure on the network’s functioning reliably.面对网络大范围内的病毒攻击，但是我们会越来越依赖于网络的功能，这使得我们更加沮丧5.In developing countries desperate to feed fast-growing and underfed populations, the issue is simpler and much more urgent: Do the benefits of biotech outweigh the risks?在迫切想要养活其迅速增长而又吃不饱的人口的发展中国家，问题比较简单，也更加紧迫：生物技术的好处是否大于风险呢?6.Once infected, your money will be transferred to an additional account opened by the virus program without anybody knowing it.一旦感染,你的钱就会转移到所建立的其他帐户上了病毒程序的没有任何人知道。