关于”生物工程“的英语作文模板4篇，作文题目：bioengineering。以下是关于生物工程的专业英语模板，每篇作文均为高分模板带翻译。

高分英语作文1：bioengineering

Plankton is scattered in the world's oceans by billions of tons of small animals and plants known as plankton. Most of these plants and animals are too small to be seen by the naked eye to drift lazily with the current, providing basic food for many of the larger animals. Plankton is described as a plant equivalent to the grass that grows on it.

On land, this comparison is an appropriate comparison in terms of potential food value. However, plankton far exceeds the grass on land. One scientist estimates that although the world's grass produces about one billion tons of valuable carbohydrate annually, the amount of marine plankton produced is a huge food More than twice of the potential, until recently, we planted grass on land, which had little effect on the cultivation of plankton.

Now marine scientists have finally begun to study this possibility, especially when marine resources become more important as a means to feed the growing world population, no one seriously thinks that "plankton Burger" may soon As a potential source of supplementary food for agriculture, plankton has aroused wide interest in marine science. One plankton that seems likely to harvest is a small shrimp like organism called krill, which grows to two or three inches long. Krill provides the main food for the great blue whale, the largest animal in the history of the earth.

It is not surprising to realize that this kind of whale may grow to maturity, and each shrimp consumes more than one ton of krill every day.

中文翻译：

浮游生物散布在世界海洋中的是数十亿吨被称为浮游生物的小型动植物大多数这些动植物都太小了，肉眼看不到它们随水流懒洋洋地漂流，为许多较大的动物提供了基本的食物。浮游生物被描述为与生长在上面的草相当的植物在陆地陆地上，这一比较在潜在的食物价值上是一个恰当的比较，然而，浮游生物远远超过陆地上的草，一位科学家估计，虽然世界上的草每年产生约十亿吨有价值的碳水化合物，但海洋浮游生物产生的量是其巨大食物的两倍多潜在的，直到最近我们在陆地上种草，对浮游生物的养殖几乎没有什么效果，现在海洋科学家终于开始研究这种可能性，尤其是当海洋资源作为养活日益增长的世界人口的一种手段变得更加重要的时候，还没有人认真地认为“浮游生物汉堡”可能很快会在世界各地流行起来，作为一种可能的农业补充食物来源，浮游生物在海洋科学界引起了广泛的兴趣。一种似乎有很大收获可能性的浮游生物是一种被称为磷虾的小虾状生物，它长到两三英寸长，磷虾为大蓝鲸提供了主要的食物，这是地球上有史以来最大的动物，意识到这种鲸鱼可能会生长到了成熟期，每只虾每天吞食超过一吨的磷虾也就不足为奇了。

万能作文模板2：

Biological Engineering (Bioengineering, hereinafter referred to as biological technology) It is a new challenge in biology and medicine. It is an engineering application law of molecular biology, biochemistry, microbiology, pharmacology, protein chemistry, cytology, immunology, neurobiology and neuroscience Technology and organization methods take the whole life process or part of the life process of artificial reproduction as the research object. Bioengineering also includes biomedical engineering, and Biosystems Engineering is the category of bioengineering.

Through the discipline of finished product design, sustainable development and biological system analysis and key improvement and application.

中文翻译：

生物工程（Biological Engineering，Biological Engineering，简称Biological technology project）或生物系统工程，它是一种根据数理规律、工程分析和综合方法论本身而产生的，在生物学和医学范畴内应对这一学科的新挑战，是分子生物学、生物化学、微生物学、药理学、蛋白质化学、细胞学、免疫学、神经生物学和神经科学等学科的工程应用规律、技术和组织方法，以人工复制生物的整个生命过程或生命过程的一部分为研究对象，生物工程也包含着生物医学工程，而生物系统工程又是生物工程的范畴，通过成品设计这门学科，可持续发展与生物系统分析及重点改进应用。

满分英语范文3：生物工程

Science and technology search for extraterrestrial life Sir Isaac Those telescopes that don't use reflection have a lens system, which Galileo first used to look at stars, but more than two centuries after Newton and Galileo, a man named Augustin Jean Fresnel's Frenchman invented a method to focus light, diffract a set of concentric rings, alternately transparent and opaque, scattering and propagating light waves, so that they strengthen each other at a certain distance to form an image. These rings are called wave zone plates, and Laurent cochlin of the MIDI Pyrenees Observatory, who is a compatriot of Fresnel, thinks that the zone plates are hair Whether there is a way of life on other planets; to see oxygen in the atmosphere of another planet is a gift of biological activity, because the gas is very active and needs to be constantly updated, which almost certainly means that things like photosynthesis are going on, because there is no known abiotic process that can produce enough oxygen from ordinary substances, but here it is In an atmosphere, stars are so much brighter than the planets around them that their light will overwhelm the small amount of light reflected from the planet's surface, which is what the Fresnel telescope has, because the image of a telescope as big as a useful telescope will be a few kilometers away from the wave zone plate, so it has not been developed in the past But Dr. Kirklin is not worried because his Fresnel telescope will be in space, free from the interference of the earth's own atmosphere.

It will be able to separate images of alien planets, analyze the light in their air, and examine the characteristic black lines in these spectra, which are caused by the absorption of some light by oxygen, a specific gas in the spectrum.

中文翻译：

科学技术 寻找外星生命 寻找外星生命，艾萨克·牛顿爵士（Sir Isaac Newton）说，那些不使用反射的望远镜，它们有一套透镜系统，伽利略（Galileo）第一次采用这种方法来观察恒星，但在牛顿（Newton）和伽利略（Galileo）之后的两个多世纪后，一位名叫奥古斯丁·菲涅尔（AugustinJean Fresnel）的法国人发明了一种方法，可以用它来聚焦光线衍射一组同心环，交替透明和不透明，将散射和传播光波，使它们在一定距离之外相互加强，从而形成一个图像这些光环被称为波带板，菲涅耳的同胞，米迪比利牛斯天文台的劳伦特·科克林，认为波带板是发现其他行星上是否存在生命的方法；在另一个行星的大气中看到氧气是生物活动的一种赠品，因为这种气体非常活泼，需要不断更新，这几乎肯定意味着类似光合作用的事情在进行，因为没有一种已知的非生物过程能够从普通物质中产生足够数量的氧气，但是在这样一个大气中，恒星的亮度比环绕它们的行星要亮得多，以至于它们的光会压倒行星表面反射的少量光，而这正是菲涅耳望远镜所拥有的因为一个大到可以与一个有用的反射望远镜相媲美的望远镜所形成的图像将在离波带板几公里的地方，所以过去没有开发出这种技术，但科克林博士并不担心，因为他的菲涅耳望远镜将在太空中，不受地球自身大气层的干扰，它将能够分离外星行星的图像，对其空气中的光进行光谱分析，并检查这些光谱中的特征性黑线，这些黑线是由于部分光线被其中的特定气体氧吸收而引起的。

标签： 高分 作文 专业