英文农业科技小论文

CCD image sensor and its application researchAbstract: with semiconductor and rapid development of photoelectric technology, solid image sensor also arises at the historic moment, the production technology is developing rapidly. Solid image sensor, compared with common image sensor has the advantages of small size, high sensitivity, distortion, resistant to moisture resistance vibration and low cost, so many advantages can be widely applied in industry measurement and control, particularly in areas such as image recognition, and will be widely permeates our industrial and agricultural production departments, for our fine processing, robot technology and the development of industrial automation field play a major role. At the same time, the rapid development of computer software and hardware technology, also can give a solid image sensor applications with broad prospects. Based on the analysis of the principle of solid image sensor, focuses on it in the measurement and image recognition domain analysis and : CCD sensor, solid image sensor, engineering measurement, control, image recognition.

如何撰写科技论文英文信息型摘要 摘要：科技论文英文摘要是进行文件检索，促进国际科技交流的重要手段。科技论文通常采用信息型摘要（Informative abstract），其内容包括研究背景、目的、方法、结果和结论五个方面，重点在于方法、结果和结论。摘要写作应遵循客观、写实的原则，避免主观评论和感 *** 彩。1．信息型摘要的写作方法信息型摘要表达的是论文的内容要点，它是论文内容的浓缩和代表，也是国外文件检索所使用的主要形式。科技论文英文摘要遵循科技论文准确、客观和简洁的语言特点，必须提纲挈领、重点突出、内容完整。按照科技论文的组织结构，摘要通常包括背景（Background）、目的（Purpose）、方法（Method）、结果（Result）和结论（Conclusion）五个方面：背景句：介绍研究的背景、现状和问题，常用现在时。目的句：叙述研究的前提、目的、任务和所涉及的主题范围，常用过去时。方法句：陈述研究所使用的原理、对象、材料、工艺、手段、程序等，常用过去时。结果句：陈述研究的结果、数据、效果、性能等，常用过去时。结论句：陈述对研究结果的分析、比较、应用，或根据结果提出问题、建议、预测等，常用现在时或情态动词。 如何写英文科技文 第1章关于科技论文 正确看待科技论文的撰写和发表 正确处理做实验与写论文的关系什么是科技论文 科技论文的新形式 科技论文的写作特点 科技论文的一般格式 参考文献 第2章标题（Title）的撰写 标题中字母大写格式 题要对文 标题要简明 标题中的缩写和化学式 标题中应含有关键词 副标题（Subtitle） 标题的结构 页眉标题（Running Title或Title Running Head） 层次标题 参考文献 第3章作者署名（Authors）与单位（Affiliation）的撰写 第一作者 通讯作者 作者单位 参考文献 第4章摘要（Abstract）和关键词（Keywords）的撰写 摘要的写作原则 英文摘要的时态 英文摘要的语态 关键词 参考文献 第5章引言（Introduction）的撰写 研究领域的背景介绍 相关文献的总结 指出问题所在 简述论文工作 引言实例 参考文献 第6章实验部分（Experimental Section）的撰写 写作技巧 结构 实验部分实例 参考文献 第7章结果与讨论（Results and Discussion）的撰写 写作技巧 结果部分的写法 讨论部分的写法 结果与讨论合并写 结果与讨论分开写 结果与讨论实例 参考文献 第8章结论（Conclusion）的撰写 参考文献 第9章致谢（Acknowledgment）的撰写 参考文献 第10章参考文献(References)的撰写 第11章插图(Illustrations)的绘制 第12章表格（Tables）的设计 第13章科技论文写作中常用的单词、短语和句子 第14章科技论文实例分析 参考文献 致谢 英文科技论文写作怎么写 一般碰到这种的很浪费时间，我都交给海硕之星论文帮忙，我的同学们都是在那找人帮写的; 如何写一篇科技论文 英语作文 300字 ‘ *** eenasteadystreamofhopefuljobseekersfromthevillagesandfarmstothelargemetropolitanareas.城市生活和乡村和农场生活大不相同。大城市的人更注意尊重个人隐私。有时候这种感觉似乎是一种冷漠，但是它是城市生活的一个约俗，以遏制一个人对陌生人的个人事务的好奇。村民和农民有可能所有的邻居对表现出极大的兴趣。城市给聪明的年轻人提供了机会，来自村庄和农场的求职者有往大都市发展的稳定趋势 英文科技论文写作中，怎么描述公式 作品中的环境描写，不论是社会环境或自然环境，都不是可有可无的装饰品，而是密切地联系着人物的思想行动。”因此写人的论文常常需要对环境进行描写。 怎样写英文科技论文题目谢谢了，大神帮忙啊 科技论文的题名是表达论文的特定内容 反映研究范围和深度的最恰当、最简明的逻辑组合 即题名应“以最少数量的单词来充分表述论文的内容”[1 2]。题名的作用主要有二方面[1 3] ：（1）吸引读者. 题名相当于论文的“标签”(label) 一般读者通常是根据题名来考虑是否需要阅读摘要或全文 而这个决定往往是在一目十行的过程中做出的。因此 题名如果表达不当 就会失去其应有的作用 使真正需要它的读者错过阅读论文的机会。（2）帮助文献追踪或检索。文献检索系统多以题名中的主题词作为线索 因而这些词必须要准确地反映论文的核心内容 否则就有可能产生漏检。此外 图书馆和研究机构大都使用自动检索系统 其中有些是根据题名中的主题词来查找资料的。 因此 不恰当的题名很可能会导致论文“丢失” 从而不能被潜在的读者获取。 英文科技论文要怎么写 有人在美国这边留学的可以帮忙下吗 Literary Analysis说直白了，也就是文学作品分析。文学作品听起来总觉得枯燥无味，但也有一些教授喜欢布置这样的作业。常常让我们这些留学生苦叫连天。我之前是找的51due帮忙，我现在分享一下，希望能更直观更有效的帮助小伙伴们写好Literary Analysis，以下详解Literary Analysis写作技巧。 方法 1: 确定主旨(1)确定主旨。主旨就是用于概述文章主要内容或回答文章中提出的问题的一句或几句话。主旨句要写得靠谱，就要考虑以下问题： a、我的主旨是什么？ b、我该怎样论述？ c、我该怎样组织论据？(2)写主旨句。一句好的主旨句应该： a、点明你文章主体部分即将阐述的3个论点。 b、说明文章结构。 c、阐明论点重要性。 d、作为文章的引子部分出现在文章第一段。一般来说，主旨句应该是第一段的最后一句话，以便读者了解文章主体部分将要论述的内容。(3)提炼主旨。在你写作文学分析时，主旨一般也会跟着发生变化。文章写完后，一定要回过头来调整主旨，以便于文章内容精确吻合。 方法 2: 支持论点：写作引入段(1)写作强有力、有趣味的引入段。引入段是文章的开头部分，因此你要尽量使你的文章给人可信、有趣的第一印象，吸引读者继续阅读。以下是写作引入段的几种窍门： a、引用名言或轶事。你引用的可以是几句台词，也可以是一段对白，这要取决于你所分析的文本类型。 b、陈述一个有趣的事实或提出一个巧妙的问题。 c、承认对立观点的合理性。 d、应用讽刺、隽语或类比。(2)在引入段末尾写上主旨句。主旨句要引起下文。

标题翻译如下CCD image sensor and their application study。内容翻译如下Promptness accompanying semiconductor and the photoelectricity technology develops , the solid state image sensor also arises at the historic moment , the productive technology technology can't develop swift and violent. The solid state image sensor is compared with average image sensor , have volume lacking fidelity for a short time, for a short time, sensitiveness is high , resist to vibrate , is able to bear moistness , a lot of merit of cost low grade, therefore can broad apply to industry measurement, is that meticulous of our country processes , development of robot technology and industrial automation field gets the significant effect under the control of, especially waiting for a field in pattern recognition, and with the branch who seeps through each that the industry and agriculture in our country produces broadly. At the same time, computer soft hardware technology never-ending changes and improvements, application that can give a solid state image a sensor also brings about vast vistas. The principle the main body of a book is complied with analysing the solid state image sensor starts off , emphasizes analysis and investigation and discussion being in progress to it in test control and the pattern recognition field.文章有些长、、望认真看完、、标准人工翻译、、希望可以帮助你、、

Agriculture Technologies 900 Million Farmers in ChinaThe history of reform and opening up has witnessed three calls for the development of rural markets. 900 million farmers constitute the world's largest group of consumers and have created the biggest business opportunity in the face of the dual competitive pressure posed to China by the hi-tech advantage of the developed countries and the price advantage resulted from the currency devaluation in surrounding countries, China has clearly indicated: From the long-term point of view, while actively exploring international markets, it is essential to actively develop the domestic market, particularly the rural market. This is a strategic choice in conformity with China's national rural market is the most dynamic, practical pivotal point in expanding domestic demands and boosting economic growth. Inadequate effective demand has become the greatest hindrance to China's current economic development. In the series of macro-control measures to be adopted in the second half of this year, exploring the rural market is regarded as "a rope for capturing the tiger". Experts' estimation indicates: Every 100 billion yuan worth of final consumption realized in rural areas will generate billion yuan worth of consumption demand for the entire national is also a brand-new starting-point in the readjustment of economic structure and the readjustment of product mix. Today, the buyer's market has penetrated to every corner of China's economy. Of the 900-odd important industrial products, the utilization rate of over half of the production capacity is less than 50 percent, structural readjustment is thus the effort to successfully open up the rural market, industrial enterprises must produce commodities geared to rural demands; and commercial enterprises must skillfully build smooth and swift marketing are many difficulties confronting the effort to explore rural markets. Reasons for this are many. For example, some local governments have inadequate understanding of the importance and urgency of exploring rural markets, fear difficulty and lack confidence in accomplishing this task; quite a number of industrial and commercial enterprises still harbor the concept of "valuing cities while belittling the countryside", this is manifested in the fact that the product mix is incompatible with the rural market demand, the variety of commodities on sale is single and farmers find it inconvenient to fact, the rural market has enormous potential and there are many favorable conditions for developing the rural market. So long as industrial and commercial enterprises really attach importance to the rural market, carefully study farmers' demands, exert great efforts to do a good job in the work of exploring the rural market well, they can definitely achieve the anticipated enterprises stress production of commodities geared to market needs, while commercial enterprises emphasize smooth and fast marketing should be made to develop new sales methods, such as chain-store, agency and distribution center and to establish various forms of sales networks wherein industry and commerce, commerce and commerce, town and country, state-owned commerce and individually-run and privately-run commerce join hands. Chinese business people will have ample scope for their abilities in rural key to success in exploring rural markets lies in increasing farmers' income. It is necessary to open up the rural consumer goods market to allow farmers to buy things; and it is also necessary to first open up the rural agricultural produce market, so that farmers' purses will be bulgingFarmers' income is stepping into the period of a new round of growth at reduced increase in farmers' income is the greatest factor thwarting efforts to explore rural markets. When farmers' purses are not so bulging, increase in actual consumption demand will be slow. To increase farmers' income is, in essence, to enhance the rural economy's adaptability to the socialist market economy. In the opinions of authoritative persons, it is essential to get hold of two links: one is "what to grow". Farmers have to grow farm crops easy to yield added do so, it is necessary to readjust and optimize the agricultural structure, develop high-efficiency and high-value-added characteristic agriculture. Second is "how to sell the produce". To increase farmers' income, it is essential to solve the problem concerning ties between the farmer and the market, farmers should be enabled to smoothly enter the big, ever-changing market. This requires development of industrial management of agriculture, and cultivation of a wholesale market system, intermediary service system and information service a wholesale trading market system by making use of the advantages of tradition, regional location, resources and industry is an important aspect in invigorating the flow of agricultural produce and industrial products. This has been proved by the experience of many localities. --------------------------------------------------------------------------------China May Hold Future of Food TechnologyBy Dennis AverySenior fellow and Director, Center for Global Food Issues at the Hudson Institute Is it possible the First World will give China a virtual monopoly in agricultural biotechnology, destined to be one of the most valuable technologies of the 21st century? Have the United States and Europe thrown away billions of dollars in agriculture-related biotech earnings and hundreds of thousands of clean, high-tech research and support jobs? The United States and Europe have spent billions of dollars doing basic research in genetically modified crops and animals to make foods that are better-tasting, more nutritious and kinder to the environment. Will China now step in and charge the United States and Europe steep royalties for the right to grow the new organisms that result from this research? Those are all strong possibilities, in the wake of the environmental group Greenpeace's stunningly swift and successful campaign to ban genetically modified foods and crops. First World investors were afraid to be caught in another controversy like tobacco, or another set of baseless class-action lawsuits like the controversy over silicone breast implants. They've bailed out on agricultural biotechnology long before governments dared act. To duck the controversy, Monsanto's orphaned agricultural biotech unit will be dumped into a hostile stock market along with its multibillion-dollar laboratories and patents. Ditto for the big agricultural biotech units of Europe's Novartis and Zeneca. Look for layoffs from all three. And don't expect the laid-off scientists to land jobs at public research institutions. The publicly funded research labs will be even more gun-shy of agricultural biotechnology now than the private sector. The erstwhile scientists will have to lay aside their doctorates and start new careers. A lucky few may find jobs in human medical biotech, which the environmental movement has not attacked yet. This has nothing to do with risks to people or the environment. Despite media hype, no real dangers related to biotech foods have ever been documented. But Greenpeace seems to want a smaller, poorer human population, so they're willing to frighten the world back into the scientific Dark Ages. The one thing certain is genetic engineering in food production will not disappear. When the astronomer Galileo published his proofs in 1632 that the Earth revolved around the sun, the Catholic Church put him under house arrest. The church had declared the Earth the center of the universe. But people could never look at the sun in quite the same way again. They had new knowledge. The First World may be so comfortable it can afford to pass up biotech foods. But the Third World is still struggling to provide adequate diets for its growing population. For the developing world, the choices are stark. The can either use biotechnology to raise yields, grow more low-yield crops by clearing tropical forests or import food from the West. Given those choices, biotech foods look awfully attractive. Most Third World countries are too small or poor to advance agricultural biotechnology on their own. Countries like Brazil and Argentina could assemble the scientific resources but they're afraid of losing their export sales to nervous European and Japanese consumers. India might like to develop high-yielding biotech crops to ease its cropland shortage, but its own prickly activists are still arguing over hybrid seeds. They're likely to hamstring Indian biotech into the near foreseeable future. China is the one country in the world with the scientific power to carry biotechnology forward in agriculture, the urgent need for massive amounts of additional food and feed and no need to allow unfounded food scares to be published in its newspapers. China already has over 1 million farmers growing genetically modified cotton, corn and soybeans because of lower costs. Anyone who doubts China's ability to carry forward good science is ignoring the country's fabulous history and its recent ballistic missile tests. "Golden rice" by itself may be enough to secure genetically engineered foods' reputation among Chinese consumers. Asian women are at high risk of birth complications because of iron deficiency due to the phytate in the rice they eat. Golden rice counteracts the phytate and provides ample dietary iron. It also contains plenty of Vitamin A, also lacking in many rice-culture diets. The International Rice Research Institute is already breeding golden rice genes into popular rice varieties for the people of Asia and Africa. Is Greenpeace callous enough to try to frighten poor rice-culture consumers away from golden rice and back to childhood blindness? Using biotechnology, China should be able to produce highly attractive foods, such as healthier fats for cooking, allergy-free nuts, more tender steaks and, at last, a tasty off-season tomato. Every vitamin and mineral needed by the human body could be engineered into our foods, saving consumers billions of dollars in food supplements. When First World consumers find out about such goodies, China can export them or charge farmers in other countries a fee to grow them. The biotech crops will also feature sharply higher yields, especially on marginal farmlands where drought and acid soils currently limit production. Greenpeace should cheer this, since it will directly help save Asian tropical forests. First World farmers will lose a significant part of their export potential, of course, if Third World farmers can produce higher yields and more desirable specialty foods through biotechnology. At the moment, that seems to be the price they pay for farming in a rich, overfed country.