seed crystal

简明释义

晶种

英英释义

例句

1.In the lab, we often use a seed crystal to control the size of the crystals that form.

在实验室中，我们经常使用种晶体来控制形成的晶体大小。

2.The jeweler used a seed crystal to create a perfect replica of the original gemstone.

珠宝商使用一个种晶体来制作原始宝石的完美复制品。

3.The scientist introduced a seed crystal into the solution to initiate the crystallization process.

科学家在溶液中引入了一个种晶体以启动结晶过程。

4.The seed crystal acted as a template for the growth of additional layers.

这个种晶体作为额外层生长的模板。

5.In geology, a seed crystal can help form larger mineral structures over time.

在地质学中，种晶体可以帮助随着时间的推移形成更大的矿物结构。

作文

In the world of science and materials, the term seed crystal refers to a small piece of crystalline material that is used to promote the growth of larger crystals. This concept is not only significant in fields like crystallography and materials science but also has applications in various industries, including electronics and pharmaceuticals. The process of using a seed crystal can be likened to planting a seed in the ground, where the seed serves as a foundation for future growth. When scientists want to create a specific type of crystal, they often start by introducing a seed crystal into a solution containing the necessary molecules. As the solution cools or evaporates, the molecules begin to attach themselves to the seed crystal, allowing it to grow into a larger structure. This method is crucial because it ensures that the resulting crystals have a uniform structure, which is essential for their intended applications. For instance, the semiconductor industry relies heavily on the production of high-quality silicon crystals, which are created using seed crystals to ensure optimal electronic properties.Moreover, the concept of a seed crystal extends beyond physical materials. In a metaphorical sense, one can think of a seed crystal as an idea or inspiration that sparks creativity and innovation. Just as a physical seed crystal initiates the growth of larger crystals, a single idea can lead to a cascade of thoughts and developments in various fields, including art, literature, and technology. Many groundbreaking inventions and artistic masterpieces began with a simple idea that acted as a seed crystal for further exploration and expression.In education, teachers often serve as seed crystals for their students. By providing knowledge, encouragement, and support, they help cultivate an environment where students can thrive and develop their own ideas and skills. The impact of a dedicated teacher can resonate throughout a student's life, much like how a seed crystal influences the growth of crystals in nature. Furthermore, the importance of a seed crystal can also be observed in social movements and community building. A single individual or a small group can ignite change by acting as a seed crystal, inspiring others to join their cause and work towards a common goal. This ripple effect demonstrates how powerful a simple idea or action can be when it resonates with others, leading to significant societal transformation.In conclusion, the term seed crystal encompasses both a scientific principle and a broader metaphorical meaning. Whether in the context of crystal growth, creative inspiration, education, or social change, the idea of a seed crystal highlights the potential for small beginnings to lead to substantial outcomes. Understanding this concept can encourage individuals to recognize the power of their ideas and actions, inspiring them to take initiative and contribute positively to their fields and communities. The next time we encounter a seed crystal, whether in a laboratory or in our daily lives, let us remember its significance as a catalyst for growth and transformation.

在科学和材料的世界中，术语种晶体指的是一小块晶体材料，用于促进较大晶体的生长。这个概念不仅在晶体学和材料科学等领域具有重要意义，而且在电子和制药等多个行业也有应用。使用种晶体的过程可以比作在土壤中播种，种子作为未来生长的基础。当科学家想要创造特定类型的晶体时，他们通常会在含有必要分子的溶液中引入种晶体。随着溶液的冷却或蒸发，分子开始附着在种晶体上，使其生长成更大的结构。这种方法至关重要，因为它确保了所得晶体具有均匀的结构，这对于其预期应用是必不可少的。例如，半导体行业在生产高质量硅晶体时，依赖于使用种晶体来确保最佳的电子特性。此外，种晶体的概念超越了物质材料。从隐喻的角度来看，人们可以将种晶体视为一个激发创造力和创新的想法。就像物理的种晶体启动了更大晶体的生长一样，一个简单的想法可以引发各个领域的思考和发展，包括艺术、文学和技术。许多突破性的发明和艺术杰作都是从一个简单的想法开始的，这个想法作为进一步探索和表达的种晶体。在教育中，教师常常充当学生的种晶体。通过提供知识、鼓励和支持，他们帮助培养一个学生能够茁壮成长并发展自己想法和技能的环境。一位敬业教师的影响可以贯穿学生的生活，就像种晶体影响自然界中晶体的生长一样。此外，种晶体的重要性还可以在社会运动和社区建设中观察到。一个单独的个体或一小群人可以通过作为种晶体点燃变革，激励他人加入他们的事业，共同朝着一个共同的目标努力。这种涟漪效应展示了一个简单的想法或行动在与他人产生共鸣时可以是多么强大，从而导致显著的社会转型。总之，术语种晶体包含了科学原理和更广泛的隐喻意义。无论是在晶体生长、创造性灵感、教育还是社会变革的背景下，种晶体的概念突显了小的开始如何导致重大的结果。理解这一概念可以鼓励个人认识到他们的想法和行动的力量，激励他们主动参与并积极贡献于他们的领域和社区。当我们在实验室或日常生活中遇到种晶体时，让我们记住它作为增长和转变催化剂的重要性。