wafers

简明释义

英[ˈweɪfəz]美[ˈweɪfərz]

n. 圆片，晶片（wafer 的复数形式）；煎饼

英英释义

单词用法

同义词

反义词

例句

1.He was the priest who beholds all his sacred wafers cast to the winds, the fakir who beholds a passer-by spit upon his idol.

他好象是个望着别人把圣饼满地乱扔的神甫，是个看见过路人在他偶像身上吐唾沫的僧人。

2.Normally silicon wafers are cut from a larger piece of silicon. This wastes about half of the wafer material.

硅晶片通常都是从一块较大的硅上裁剪而来，此方式浪费了大概一半的圆晶原料。

3.The dots are synthesised in a paint-like colloidal suspension which is then coated on to silicon wafers before they are cut up into chips.

这些量子点由一种类似涂料的胶状悬浮液合成，接着将其涂在未被切割成碎片的硅晶片上。

4.Most electronics are made in the form of integrated circuits, which are tiny chips that contain transistors and other components etched onto silicon wafers.

大部分电子产品都是集成电路制成的，也就是由晶体管和一些蚀刻到硅片上的小零件共同组成的微小芯片。

5.Most electronics are made in the form of integrated circuits, which are tiny chips that contain transistors and other components etched onto silicon wafers.

大部分电子产品都是集成电路制成的，也就是由晶体管和一些蚀刻到硅片上的小零件共同组成的微小芯片。

6.The company specializes in making silicon crystal wafers to be used in photovoltaic cells.

该公司专攻用于光伏电池的硅晶片。

7.Using these results, we discuss minority carrier lifetime and surface recombination velocity of some wafers.

可以使用这些结果讨论一些薄片的少子寿命和表面复合速度。

8.The first step in making solar cells is to shape silicon into ingots and then slice it into wafers.

生产太阳能电池的第一步是把硅浇铸成硅锭，之后切为晶片。

9.The engineer designed a circuit board that uses silicon wafers.

工程师设计了一个使用硅wafers的电路板。

10.The chef prepared delicious chocolate wafers for dessert.

厨师为甜点准备了美味的巧克力wafers。

11.In the electronics industry, wafers are crucial for manufacturing semiconductors.

在电子行业中，wafers 对于半导体制造至关重要。

12.She enjoyed her ice cream with crispy wafers on the side.

她享用冰淇淋时旁边配有脆脆的wafers。

13.We used wafers to create a layered cake for the party.

我们用wafers为聚会制作了一个分层蛋糕。

作文

In the world of technology and confectionery, the term wafers refers to two distinct yet fascinating items. On one hand, we have the thin, crispy biscuits that delight our taste buds, and on the other, the essential components in semiconductor manufacturing. This duality makes wafers a unique subject worth exploring.Let’s first delve into the culinary aspect of wafers. These are light, crisp snacks made from flour, sugar, and sometimes flavored with vanilla or chocolate. They are often used as a base for desserts, such as ice cream sandwiches or layered cakes. The texture of wafers adds an enjoyable crunch, contrasting beautifully with creamy fillings or soft textures. Many people enjoy wafers as a quick snack, and they are commonly found in various flavors and forms in grocery stores worldwide.The popularity of wafers in the food industry can be attributed to their versatility. They can be dipped in chocolate, filled with cream, or even used as a crunchy topping for desserts. For example, a popular treat is the chocolate-covered wafers, which combine the delightful crunch of the biscuit with the rich sweetness of chocolate. This combination has made them a favorite among children and adults alike.On the other hand, when we talk about wafers in the context of technology, we enter the realm of semiconductor manufacturing. Here, wafers refer to thin slices of semiconductor material, such as silicon, used to fabricate integrated circuits. This process is crucial for producing the microchips that power our electronic devices, from smartphones to computers.The production of silicon wafers involves several intricate steps, including crystal growth, slicing, and polishing. Each wafers must meet precise specifications to ensure optimal performance in electronic applications. The quality of these wafers directly impacts the efficiency and effectiveness of the final semiconductor products.The role of wafers in technology cannot be overstated. As our reliance on electronic devices continues to grow, so does the demand for high-quality silicon wafers. Innovations in this field are ongoing, with researchers constantly seeking ways to enhance the performance and reduce the cost of wafers used in semiconductor manufacturing.In conclusion, whether we are indulging in a sweet treat or discussing the backbone of modern electronics, the term wafers encompasses a wide range of meanings. From the deliciously crispy biscuits enjoyed by many to the highly engineered silicon slices that drive our technological advancements, wafers play a significant role in both our culinary experiences and our digital lives. Understanding the different contexts in which wafers are used allows us to appreciate their importance in both fields. So next time you enjoy a crunchy snack or use your smartphone, remember the fascinating world of wafers behind those experiences.

在技术和糖果的世界中，术语wafers指代两种截然不同但又引人入胜的物品。一方面，我们有薄脆饼干，它们让我们的味蕾欢愉；另一方面，它们是半导体制造中的重要组成部分。这种二元性使得wafers成为一个值得探索的独特主题。首先，让我们深入探讨wafers的烹饪方面。这些是由面粉、糖制成的轻薄脆饼干，有时还会添加香草或巧克力来调味。它们常常用作甜点的基础，比如冰淇淋三明治或分层蛋糕。wafers的质地增加了令人愉悦的脆感，与奶油馅料或柔软的质地形成了美妙的对比。许多人喜欢将wafers作为快速小吃，它们在全球各大超市中以各种口味和形式出售。wafers在食品行业的受欢迎程度可以归因于它们的多功能性。它们可以浸入巧克力中，填充奶油，甚至用作甜点的脆皮顶料。例如，一种受欢迎的零食是巧克力覆盖的wafers，它将饼干的美妙脆感与巧克力的丰富甜味结合在一起。这种组合使它们成为儿童和成人的最爱。另一方面，当我们谈论技术领域的wafers时，我们进入了半导体制造的领域。在这里，wafers指的是用于制造集成电路的半导体材料（如硅）的薄片。这一过程对于生产为我们的电子设备提供动力的微芯片至关重要，从智能手机到计算机。硅wafers的生产涉及多个复杂步骤，包括晶体生长、切割和抛光。每个wafers必须符合精确的规格，以确保在电子应用中的最佳性能。这些wafers的质量直接影响最终半导体产品的效率和有效性。wafers在技术中的作用不容小觑。随着我们对电子设备的依赖不断增长，对高质量硅wafers的需求也在增加。该领域的创新正在持续进行，研究人员不断寻求提高半导体制造中使用的wafers的性能和降低成本的方法。总之，无论我们是在享受美味的零食还是讨论现代电子产品的基础，术语wafers涵盖了广泛的含义。从许多人喜爱的美味脆饼干到驱动我们技术进步的高度工程化硅片，wafers在我们的烹饪体验和数字生活中都扮演着重要角色。理解wafers在不同上下文中的使用，使我们能够欣赏它们在这两个领域的重要性。因此，下次当你享受一块脆脆的小吃或使用你的智能手机时，请记住那些经历背后迷人的wafers世界。