tektite

简明释义

英[ˈtektaɪt]美[ˈtekˌtaɪt]

n. [地质] 玻陨石；[地质] 熔融石；似曜岩类

英英释义

单词用法

同义词

反义词

例句

1.In addition, by adopting new technology and new designing ideas, many series of tektite jewellery in different styles has been developed.

为了进一步挖掘天然玻陨石的宝石学特性，采用新工艺，设计加工出多组款式的玻陨石首饰。

2.The tektite was formed from the upper crust rocks by impact melting.

玻璃陨石是地壳岩石受撞击熔融形成的。

3.In addition, by adopting new technology and new designing ideas, many series of tektite jewellery in different styles has been developed.

为了进一步挖掘天然玻陨石的宝石学特性，采用新工艺，设计加工出多组款式的玻陨石首饰。

4.Scientists believe that tektites are formed from the debris of meteorite impacts.

科学家们相信玻璃陨石是由陨石撞击产生的碎片形成的。

5.The museum has a special exhibit featuring rare tektites.

博物馆有一个特别展览，展示稀有的玻璃陨石。

6.Geologists study tektites to learn more about the history of Earth’s surface.

地质学家研究玻璃陨石以了解更多关于地球表面的历史。

7.The tektite found in this region is believed to be over a million years old.

在这个地区发现的玻璃陨石被认为已有超过一百万年的历史。

8.Many collectors seek out tektites for their unique shapes and origins.

许多收藏家寻找玻璃陨石，因为它们独特的形状和来源。

作文

Tektites are fascinating natural glass objects that have intrigued scientists and enthusiasts alike for many years. They are formed from the intense heat and pressure generated by meteoric impacts on Earth, leading to the melting and subsequent solidification of terrestrial materials. The study of tektite (隕石玻璃) provides valuable insights into both geological processes and the history of our planet. These unique formations can be found in various locations around the world, with significant deposits located in regions such as Southeast Asia, Australia, and North America.One of the most interesting aspects of tektite (隕石玻璃) is their origin. Scientists believe that when a meteorite strikes the Earth, it can vaporize a portion of the surface material, which then gets ejected into the atmosphere. As this material cools and solidifies, it forms the glassy substance known as tektite (隕石玻璃). The size, shape, and color of these objects can vary greatly, making each specimen unique. Some tektites are small and spherical, while others can be large and irregularly shaped.The study of tektite (隕石玻璃) also has implications beyond just geology. For example, researchers analyze these glassy objects to understand the impact events that created them. By examining the composition and structure of tektite (隕石玻璃), scientists can gather data about the energy of the impact, the environment at the time of formation, and even the potential for life in those ancient environments. This research can help us comprehend the broader context of Earth's history and the processes that have shaped it over millions of years.In addition to their scientific significance, tektite (隕石玻璃) have also captured the interest of collectors and jewelers. Their unique appearance and rarity make them desirable items for display and adornment. Many people are drawn to the idea of owning a piece of natural history that has traveled through space and survived a dramatic journey to reach the Earth. Collectors often seek out specific types of tektite (隕石玻璃), such as Libyan Desert Glass or Moldavite, both of which have distinct characteristics and stories behind their formation.The allure of tektite (隕石玻璃) extends beyond aesthetics; they also hold a certain mystique in various cultures. Some view these glassy objects as talismans or symbols of protection, while others believe they possess metaphysical properties that can enhance spiritual growth. This blend of science, history, and folklore makes tektite (隕石玻璃) an intriguing subject for exploration.In conclusion, tektite (隕石玻璃) are not just mere curiosities; they are key pieces of the puzzle that help us understand the dynamic processes of our planet and the universe beyond. Their formation, characteristics, and cultural significance weave together a rich tapestry of knowledge that continues to inspire curiosity and research. Whether viewed through the lens of science, art, or spirituality, tektite (隕石玻璃) remain a captivating subject worthy of further exploration and appreciation.

隕石玻璃是迷人的自然玻璃物体，多年来吸引了科学家和爱好者的兴趣。它们是由地球上陨石撞击产生的强烈热量和压力形成的，导致地表材料的熔化和随后的固化。对tektite（隕石玻璃）的研究为我们提供了关于地质过程和地球历史的宝贵见解。这些独特的形成物可以在世界各地找到，东南亚、澳大利亚和北美等地区有重要的沉积物。tektite（隕石玻璃）的一个有趣方面是它们的起源。科学家们相信，当陨石撞击地球时，它可以蒸发一部分表面材料，然后将其喷射到大气中。当这些材料冷却并固化时，就形成了被称为tektite（隕石玻璃）的玻璃状物质。这些物体的大小、形状和颜色可能有很大差异，使每个标本都独一无二。有些隕石玻璃小而球形，而另一些则可以大且不规则。对tektite（隕石玻璃）的研究不仅仅具有地质学意义。例如，研究人员分析这些玻璃物体以了解创造它们的撞击事件。通过检查tektite（隕石玻璃）的成分和结构，科学家可以收集有关撞击能量、形成时环境甚至古代环境中生命潜力的数据。这项研究可以帮助我们理解地球历史的更广泛背景以及塑造它的过程。除了科学意义之外，tektite（隕石玻璃）也吸引了收藏家和珠宝商的兴趣。它们独特的外观和稀有性使它们成为展示和装饰的理想物品。许多人被拥有一块经历过太空旅行并成功抵达地球的自然历史的想法所吸引。收藏家通常会寻找特定类型的tektite（隕石玻璃），如利比亚沙漠玻璃或摩尔多瓦玻璃，这两者都有独特的特征和形成故事。tektite（隕石玻璃）的吸引力超越了美学；它们在各种文化中也具有某种神秘感。有些人将这些玻璃物体视为护身符或保护的象征，而另一些人则认为它们具有增强精神成长的超自然属性。这种科学、历史和民间传说的交织使得tektite（隕石玻璃）成为一个引人入胜的探索主题。总之，tektite（隕石玻璃）不仅仅是好奇心的产物；它们是帮助我们理解地球和宇宙动态过程的关键部分。它们的形成、特征和文化意义编织出了一幅丰富的知识画卷，继续激发着好奇心和研究。无论是通过科学、艺术还是精神的视角，tektite（隕石玻璃）仍然是一个值得进一步探索和欣赏的迷人主题。