wafer

简明释义

英[ˈweɪfə(r)]美[ˈweɪfər]

n. 圆片，晶片；薄片，干胶片；薄饼；圣饼

vt. 用干胶片封

n. （Wafer）人名；（英）韦弗

复 数 w a f e r s

第 三 人 称 单 数 w a f e r s

现 在 分 词 w a f e r i n g

过 去 式 w a f e r e d

过 去 分 词 w a f e r e d

英英释义

单词用法

同义词

反义词

例句

1.From the basket of bread made without yeast, which is before the Lord, take a loaf, and a cake made with oil, and a wafer.

再从耶和华面前装无酵饼的筐子中取一个饼，一个调油的饼和一个薄饼。

2.It specializes in an unusual kind of wafer, making it hard to share research and development costs with other companies.

它独特的晶片，使它很难与其他公司去分担研发成本。

3.It takes around 13 cubic metres of freshwater to produce a single 200mm semiconductor wafer, for example.

例如，制造出一块2分米长的半导体晶片需消耗13立方米的水。

4.This wastes about half of the wafer material.

这浪费了大概一半的晶圆材料。

5.Direct wafer makes individual wafers straight from molten silicon-no cutting required.

直接硅片技术能直接在熔融晶中制成单片晶圆，不需要切割。

6.The wafer is a piezoelectric resonator, expanding and contracting in response to electrical voltages at a precise, extremely high frequency.

该晶片是一个压电谐振器，以精准而极高的频率对电压作出反馈，进行放大和收缩。

7.The solar panel is built using a thin wafer 晶片 of silicon.

太阳能电池板是用一层薄薄的wafer 晶片硅制成的。

8.She enjoyed a delicious dessert made with chocolate wafer 薄饼 cookies.

她享用了用巧克力wafer 薄饼饼干制作的美味甜点。

9.He bought a pack of vanilla wafer 薄饼 snacks for the party.

他为聚会买了一包香草味的wafer 薄饼零食。

10.In the lab, we need to clean the wafer 晶圆 before applying any coatings.

在实验室里，我们需要在施加任何涂层之前清洁wafer 晶圆。

11.The engineer designed a new type of wafer 晶圆 for the semiconductor industry.

工程师为半导体行业设计了一种新型的wafer 晶圆。

作文

In the world of technology and manufacturing, the term wafer refers to a thin slice of semiconductor material, such as silicon, used in the fabrication of integrated circuits and other microdevices. The process of creating a wafer is intricate and requires precision, as it forms the foundational building block for many electronic devices we use today. From smartphones to computers, the wafer plays a crucial role in ensuring that these devices operate effectively. The journey of a wafer begins with high-purity silicon, which is melted down and formed into a cylindrical ingot. This ingot is then sliced into thin discs using a diamond saw, resulting in individual wafers that typically measure just a few millimeters to several inches in diameter. Each wafer undergoes a series of processes, including doping, oxidation, and photolithography, to create the intricate patterns necessary for circuit design. One of the most fascinating aspects of wafer technology is its scalability. As demands for faster and more efficient electronics grow, manufacturers continuously innovate to produce smaller and more powerful wafers. This has led to the development of advanced techniques such as extreme ultraviolet lithography (EUV), allowing for even finer features on wafers. Moreover, the use of wafers is not limited to silicon alone. Other materials, such as gallium arsenide and silicon carbide, are also used to create specialized wafers for specific applications, particularly in high-frequency and high-power devices. This diversity in materials expands the potential uses of wafers across various industries, including telecommunications, automotive, and renewable energy. In the context of food, the word wafer takes on a different meaning. It refers to a crisp, thin biscuit or cracker often used in desserts or as a snack. These sweet or savory wafers can be found in various forms, such as chocolate-covered wafers or layered wafers filled with cream. The light texture and delightful crunch make them a popular choice among consumers of all ages. Interestingly, both definitions of wafer share a common trait: they embody the concept of thinness and delicacy. Whether it's a wafer in a semiconductor or a delicious treat, the term evokes images of precision and care in their respective fields. In conclusion, the word wafer is multifaceted, representing both a critical component in modern technology and a beloved snack in culinary traditions. Understanding the significance of wafers in these two realms highlights the diverse applications and cultural importance of this seemingly simple term. As technology continues to evolve, the role of wafers in our lives will undoubtedly expand, making it an essential topic for anyone interested in the intersection of engineering and everyday life.

在科技和制造的世界中，术语wafer指的是一薄片半导体材料，如硅，用于集成电路和其他微型设备的制造。制造wafer的过程复杂且需要精确，因为它形成了我们今天使用的许多电子设备的基础构件。从智能手机到计算机，wafer在确保这些设备有效运行方面发挥着至关重要的作用。wafer的旅程始于高纯度硅，这种硅被熔化并形成圆柱形锭。然后，使用金刚石锯将该锭切成薄盘，产生单个wafer，其直径通常仅为几毫米到几英寸。每个wafer都经过一系列过程，包括掺杂、氧化和光刻，以创建电路设计所需的复杂图案。wafer技术最迷人的方面之一是其可扩展性。随着对更快、更高效电子设备的需求增长，制造商不断创新，以生产更小、更强大的wafers。这导致了极紫外光刻（EUV）等先进技术的发展，使得在wafers上实现更细的特征成为可能。此外，wafers的使用不仅限于硅。其他材料，如砷化镓和碳化硅，也用于创建特定应用的专用wafers，特别是在高频和高功率设备中。这种材料的多样性扩展了wafers在各种行业中的潜在用途，包括电信、汽车和可再生能源。在食品的背景下，单词wafer有着不同的含义。它指的是一种脆薄的饼干或饼干，常用于甜点或作为零食。这些甜或咸的wafers可以以各种形式出现，如巧克力覆盖的wafers或夹有奶油的分层wafers。轻盈的质地和令人愉悦的酥脆感使它们成为各个年龄段消费者的热门选择。有趣的是，这两种定义的wafer都有一个共同特征：它们体现了薄和精致的概念。无论是半导体中的wafer还是美味的零食，这个术语都唤起了在各自领域中精确和细致的形象。总之，单词wafer是多面的，既代表现代技术中的关键组件，也代表烹饪传统中的受欢迎小吃。理解wafers在这两个领域的重要性突显了这个看似简单的术语的多样应用和文化重要性。随着技术的不断发展，wafers在我们生活中的角色无疑会扩大，使其成为任何对工程与日常生活交汇点感兴趣的人必不可少的话题。