ununbium

简明释义

英[ˌjuː.nʌnˈbɪ.əm]美[ˌjuː.nʌnˈbi.əm]

112号元素

英英释义

单词用法

同义词

反义词

例句

1.This was first made in 1996, but has still not received an official name (it goes under the ugly moniker of ununbium).

该元素在1996年首次合成，但至今仍未予正式命名(目前名为ununbium，很难看)。

2.This was first made in 1996, but has still not received an official name (it goes under the ugly moniker of ununbium).

该元素在1996年首次合成，但至今仍未予正式命名(目前名为ununbium，很难看)。

3.The element with atomic number 112 was temporarily named ununbium before being officially named copernicium.

原子序数为112的元素曾被临时命名为ununbium，后来正式命名为铜镍素。

4.In the periodic table, ununbium is located in the group of transition metals.

在周期表中，ununbium 位于过渡金属的组中。

5.Researchers synthesized ununbium in a lab setting to study its properties.

研究人员在实验室中合成了ununbium以研究其性质。

6.The discovery of ununbium added to the understanding of superheavy elements.

对ununbium的发现增加了对超重元素的理解。

7.Before its official name was adopted, ununbium was used in many scientific papers.

在正式名称被采纳之前，ununbium 在许多科学论文中被使用。

作文

The periodic table of elements is a fascinating and complex structure that organizes all known chemical elements based on their properties and atomic structure. Among these elements, one that stands out due to its unique name and history is ununbium. This name was used to refer to the element with the atomic number 112 before it was officially named copernicium. The term ununbium comes from the Latin roots 'unus' meaning one and 'bium' meaning two, reflecting its position in the periodic table as the first element in the 112th group. Understanding ununbium requires not only knowledge of its scientific properties but also an appreciation for the historical context in which it was discovered. Ununbium is classified as a transactinide element, which means it is part of a group of elements that are heavier than actinium and are typically not found in nature. Instead, they are synthesized in laboratories through nuclear reactions. The discovery of ununbium was made possible by advanced particle accelerators that collide lighter nuclei to create heavier ones. This process is incredibly complex and requires precise conditions to produce even minute quantities of such elements. Despite its fleeting existence, ununbium has been a subject of great interest in the field of chemistry and physics. Researchers have studied its properties to understand better the behavior of heavy elements and the forces that govern their stability. The study of ununbium and similar elements can provide insights into the fundamental principles of atomic structure and the limits of the periodic table. One of the challenges in studying ununbium is its extremely short half-life, which is on the order of milliseconds. This means that any experiments involving ununbium must be conducted almost immediately after its creation, making research both exciting and challenging. Scientists have speculated about the potential applications of such heavy elements, including their use in advanced materials and technologies, but practical applications remain largely theoretical at this stage. In conclusion, while ununbium may no longer be the official name of element 112, it represents an important chapter in the ongoing exploration of the periodic table. The journey from ununbium to copernicium illustrates the dynamic nature of scientific discovery and the importance of naming conventions in the scientific community. As we continue to explore the universe at the atomic level, elements like ununbium remind us of the complexities and wonders of chemistry. Through understanding such elements, we gain not only knowledge of the material world but also a deeper appreciation for the scientific process itself.

元素周期表是一个迷人而复杂的结构，它根据所有已知化学元素的性质和原子结构对其进行组织。在这些元素中，有一个因其独特的名称和历史而脱颖而出，那就是ununbium。这个名称曾用于指代原子序数为112的元素，直到它被正式命名为copernicium。术语ununbium源于拉丁语根词'unus'，意为一，'bium'，意为二，反映了它在周期表中作为第112组第一个元素的位置。理解ununbium不仅需要了解其科学性质，还需要欣赏其发现的历史背景。 Ununbium被归类为超锕系元素，这意味着它属于一组比锕系元素重的元素，通常在自然界中不存在。相反，它们是在实验室中通过核反应合成的。Ununbium的发现得益于先进的粒子加速器，这些加速器通过碰撞较轻的原子核来创造较重的原子核。这个过程极其复杂，需要精确的条件才能产生如此微量的元素。 尽管ununbium的存在时间短暂，但它一直是化学和物理领域的研究热点。研究人员研究其性质，以便更好地理解重元素的行为及其稳定性所受的力量。对ununbium及类似元素的研究可以为我们提供关于原子结构基本原理和元素周期表极限的见解。 研究ununbium的挑战之一是其极短的半衰期，约为毫秒级别。这意味着涉及ununbium的任何实验必须在其生成后几乎立即进行，使得研究既令人兴奋又充满挑战。科学家们推测，这些重元素可能在高级材料和技术中的潜在应用，但实际上应用仍然主要是理论上的。 总之，虽然ununbium不再是元素112的官方名称，但它代表了元素周期表持续探索的重要一章。从ununbium到copernicium的旅程展示了科学发现的动态性质以及命名惯例在科学共同体中的重要性。随着我们继续在原子层面探索宇宙，像ununbium这样的元素提醒我们化学的复杂性和奇妙之处。通过理解这些元素，我们不仅获得了对物质世界的知识，也对科学过程本身有了更深的欣赏。