crystals

简明释义

英[ˈkrɪstlz]美[ˈkrɪstl]

n. [晶体]晶体（crystal 的复数形式）；石英晶体

英英释义

单词用法

同义词

反义词

例句

1.Trading 8 stacks of crystals will unlock this mission.

交易八组水晶可以打开这任务。

2.We saw crystals and cougars, muskrats and mummies, fossils and more fossils.

我们看到了水晶和美洲狮，麝鼠和木乃伊，还有很多化石。

3.Microbial Mystery in Cave of crystals.

晶体洞穴中的微生物奇迹。

4.Trading 4 stacks of crystals will unlock this mission.

交易4组水晶就可以打开任务。

5.Which also makes drugs. But it makes liquid crystals.

它也生产药品，但是它主要是做液晶的。

6.All the different types of snow crystals can be found decorated with rime.

所有不同类型的雪晶上都缀有霜。

7.They therefore contain large, exotic crystals that can grow only at depth.

因此，它们包含了只在深层才能形成的硕大无比的珍稀水晶。

8.We derived a set of mathematical formulas for describing the third-order nonlinear optical process in polydiacetylene crystals.

我们建立了一套描述聚丁二炔晶体中的三阶非线性光学过程的数学公式。

9.The jewelry store sells stunning crystals set in silver.

这家珠宝店出售镶嵌在银饰中的迷人水晶。

10.Salt crystals can form when seawater evaporates.

当海水蒸发时，可以形成盐晶体。

11.The geologist discovered beautiful crystals in the cave.

地质学家在洞穴中发现了美丽的水晶。

12.Some crystals can conduct electricity.

一些晶体可以导电。

13.She uses crystals for healing and meditation.

她使用水晶进行疗愈和冥想。

作文

Crystals are fascinating structures that can be found in various forms throughout nature. They are solid materials whose atoms are arranged in a highly ordered and repeating pattern, which gives them their unique shapes and properties. The beauty of crystals (晶体) is often admired in jewelry and decorative items, but they also play a crucial role in science and technology. For example, the crystals (晶体) of salt can be seen as tiny, cubic formations, while quartz crystals (晶体) can take on a range of shapes, from points to clusters. In the field of chemistry, crystals (晶体) are essential for understanding the properties of different substances. When a substance transitions from a liquid to a solid state, it often forms crystals (晶体). This process is known as crystallization, and it occurs when the molecules or atoms in a substance come together to form a stable arrangement. The study of crystals (晶体) helps scientists determine the purity of a compound, as impurities can disrupt the orderly structure of a crystal (晶体). Moreover, crystals (晶体) have significant applications in technology. For instance, quartz crystals (晶体) are widely used in electronic devices such as watches and smartphones. These crystals (晶体) can oscillate at precise frequencies, making them ideal for keeping time and processing signals. Additionally, certain crystals (晶体), like those used in lasers, are vital in medical and industrial applications. The natural world is filled with stunning examples of crystals (晶体). From the sparkling crystals (晶体) of snowflakes to the intricate formations found in caves, nature showcases the diversity of crystals (晶体) in remarkable ways. Each type of crystal (晶体) has its own distinct characteristics, influenced by the conditions under which it formed. For instance, crystals (晶体) that grow slowly in a stable environment tend to be larger and more defined, while those that form rapidly may appear smaller and less organized. People often collect crystals (晶体) for their aesthetic appeal and supposed metaphysical properties. Many believe that different types of crystals (晶体) can promote healing, balance energy, or bring good luck. While scientific evidence supporting these claims is limited, the popularity of crystals (晶体) in wellness practices continues to grow. In conclusion, crystals (晶体) are not only beautiful objects but also important components of our natural and technological worlds. Their unique structures and properties make them a subject of fascination for scientists, artists, and collectors alike. Whether admired for their aesthetics or utilized for their functional benefits, crystals (晶体) hold a special place in both nature and human culture.

晶体是可以在自然界中以各种形式存在的迷人结构。它们是固体材料，其原子的排列呈高度有序和重复的模式，这赋予了它们独特的形状和特性。晶体（crystals）的美丽常常在珠宝和装饰品中受到赞赏，但它们在科学和技术中也发挥着至关重要的作用。例如，盐的晶体（crystals）可以被视为微小的立方体，而石英晶体（crystals）可以呈现出从尖端到簇的多种形状。在化学领域，晶体（crystals）对理解不同物质的性质至关重要。当一种物质从液态转变为固态时，它通常会形成晶体（crystals）。这一过程被称为结晶，当物质中的分子或原子聚集在一起形成稳定的排列时，就会发生这种现象。对晶体（crystals）的研究帮助科学家确定化合物的纯度，因为杂质会干扰晶体（crystals）的有序结构。此外，晶体（crystals）在技术中具有重要应用。例如，石英晶体（crystals）广泛用于电子设备，如手表和智能手机。这些晶体（crystals）可以以精确的频率振荡，使其成为保持时间和处理信号的理想选择。此外，某些晶体（crystals），如用于激光的那些，在医疗和工业应用中至关重要。自然界中充满了令人惊叹的晶体（crystals）示例。从雪花的闪亮晶体（crystals）到洞穴中发现的复杂形成，自然以惊人的方式展示了晶体（crystals）的多样性。每种类型的晶体（crystals）都有其独特的特征，受其形成条件的影响。例如，在稳定环境中缓慢生长的晶体（crystals）往往较大且更清晰，而快速形成的则可能看起来较小且不太有序。人们常常因其美学吸引力和假定的心灵特性而收集晶体（crystals）。许多人相信，不同类型的晶体（crystals）可以促进愈合、平衡能量或带来好运。虽然支持这些说法的科学证据有限，但晶体（crystals）在健康实践中的受欢迎程度持续增长。总之，晶体（crystals）不仅是美丽的物体，也是我们自然和技术世界的重要组成部分。它们独特的结构和特性使其成为科学家、艺术家和收藏者的迷人主题。无论是因其美学而受到赞赏，还是因其功能性益处而被利用，晶体（crystals）在自然和人类文化中都占据了特殊的位置。