nebenkern

简明释义

[ˈneɪbənkɜːn][ˈnebənkeən]

n. 副核

英英释义

A term used in the context of nuclear physics or engineering, referring to a secondary or auxiliary core within a reactor system.

在核物理或工程领域中使用的术语,指的是反应堆系统中的一个辅助或次要核心。

单词用法

nebenkern der idee

在想法旁边

nebenkern des projekts

项目的旁核

nebenkern und hauptkern

旁核和主核

nebenkern von informationen

信息的旁核

同义词

Nebenfunktion

副功能

Die Nebenfunktion des Geräts ermöglicht zusätzliche Anwendungen.

该设备的副功能允许额外的应用。

Zusatzkern

附加核心

Der Zusatzkern verbessert die Leistung des Hauptsystems.

附加核心提高了主系统的性能。

反义词

main core

主核心

The main core of the project is to improve efficiency.

该项目的主核心是提高效率。

primary focus

主要焦点

Our primary focus this quarter is on customer satisfaction.

我们本季度的主要焦点是客户满意度。

例句

1.It is found that the CA is an electron dense body and the proacrosomal granule appear in the region between the nucleus and the nebenkern.

结果发现,作为电子致密依的CA前体和原顶体颗粒出现在副核和细胞核之间区域。

2.It is found that the CA is an electron dense body and the proacrosomal granule appear in the region between the nucleus and the nebenkern.

结果发现,作为电子致密依的CA前体和原顶体颗粒出现在副核和细胞核之间区域。

3.They integrated a nebenkern (副核) into their model to better predict outcomes.

他们将一个nebenkern(副核)整合到他们的模型中,以更好地预测结果。

4.The engineers proposed using a nebenkern (副核) to improve the efficiency of the machine.

工程师们建议使用一个nebenkern(副核)来提高机器的效率。

5.The concept of nebenkern (副核) is crucial in understanding complex systems.

理解复杂系统时,nebenkern(副核)的概念至关重要。

6.The scientist discovered a new type of energy source that could serve as a nebenkern (副核) for sustainable development.

科学家发现了一种新的能源来源,可以作为可持续发展的nebenkern(副核)。

7.In the experiment, the nebenkern (副核) was essential for enhancing the main reaction.

在实验中,nebenkern(副核)对增强主要反应至关重要。

作文

The concept of nebenkern is a fascinating one that often goes unnoticed in our daily lives. In essence, nebenkern refers to the secondary core or the additional nucleus that exists alongside a primary one. This term can be applied in various contexts, from scientific discussions about atomic structures to metaphorical uses in social dynamics or personal relationships. Understanding nebenkern can provide us with deeper insights into how systems operate, whether they are physical, emotional, or organizational.In science, particularly in nuclear physics, the term nebenkern may describe the presence of additional nuclei within an atom that influence its behavior. For instance, when we study isotopes, we notice that certain elements have variations that contain extra neutrons. These variations can significantly affect the stability and reactions of the atom, highlighting how the nebenkern can play a crucial role in determining the properties of matter. This understanding is essential for advancements in fields such as medicine, where radioactive isotopes are used for diagnostics and treatment.Metaphorically, nebenkern can also represent the underlying factors in our relationships and social structures. In any group dynamic, there are often secondary influences that shape interactions and outcomes. For example, in a workplace setting, while the formal hierarchy is evident, the informal relationships and alliances formed among colleagues can serve as a nebenkern that affects productivity and morale. Recognizing these layers can help leaders create a more harmonious and effective work environment.Moreover, on a personal level, we all have nebenkern within ourselves. These can be our hidden talents, interests, or experiences that exist alongside our primary identity. For instance, a person may be known primarily as a teacher but also has a passion for painting. This nebenkern can enrich their life and provide them with a creative outlet, illustrating how our multifaceted nature contributes to our overall well-being.In conclusion, the term nebenkern encompasses a variety of meanings across different domains. Whether we are discussing atoms, social structures, or personal identities, recognizing the existence of secondary cores can enhance our understanding of complex systems. By acknowledging the nebenkern, we can appreciate the richness of our experiences and the intricate interplay of influences that shape our world. This awareness not only fosters a greater appreciation for the complexity of life but also encourages us to explore and embrace the diverse aspects of our own identities and those of others around us.

nebenkern’这个概念是一个迷人的主题,常常在我们日常生活中被忽视。简单来说,‘nebenkern’指的是与主要核心并存的次要核心或附加核。这个术语可以在多种语境中应用,从关于原子结构的科学讨论到在社会动态或个人关系中的隐喻使用。理解‘nebenkern’能够为我们提供更深刻的洞察力,帮助我们理解系统是如何运作的,无论这些系统是物理的、情感的还是组织的。在科学中,特别是在核物理学中,‘nebenkern’这个术语可能描述的是存在于原子内的额外核,它们会影响原子的行为。例如,当我们研究同位素时,我们注意到某些元素有变体,包含额外的中子。这些变体可以显著影响原子的稳定性和反应,强调了‘nebenkern’在决定物质性质中的关键作用。这种理解对于医学等领域的进步至关重要,在这些领域中,放射性同位素被用于诊断和治疗。隐喻地说,‘nebenkern’也可以代表我们关系和社会结构中的潜在因素。在任何群体动态中,通常存在着次要的影响,塑造互动和结果。例如,在工作场所环境中,尽管正式的等级制度是显而易见的,但同事之间形成的非正式关系和联盟可以作为一个‘nebenkern’,影响生产力和士气。认识到这些层面可以帮助领导者创造一个更和谐和有效的工作环境。此外,在个人层面上,我们每个人都有自己的‘nebenkern’。这些可以是我们隐藏的才能、兴趣或经历,它们与我们的主要身份并存。例如,一个人可能主要被认为是一名教师,但同时也对绘画充满热情。这个‘nebenkern’可以丰富他们的生活,为他们提供一个创造性的出口,说明我们多面的本质如何促进我们的整体幸福感。总之,‘nebenkern’这一术语涵盖了不同领域的多重含义。无论我们是在讨论原子、社会结构还是个人身份,认识到次要核心的存在都能增强我们对复杂系统的理解。通过承认‘nebenkern’,我们可以欣赏我们经历的丰富性以及塑造我们世界的各种影响的复杂相互作用。这种意识不仅促进了我们对生活复杂性的更大欣赏,还鼓励我们探索和拥抱我们自己身份的多样性,以及周围他人的身份。