chymist

简明释义

英[/ˈkaɪmɪst/]美[/ˈkaɪmɪst/]

n. 化学

英英释义

单词用法

同义词

反义词

例句

1.Chemists will be celebrating 350 years since the publication of Robert Boyle's "Sceptical Chymist", a tract which marked the birth of their science, at least in its modern guise.

化学家们会庆祝罗伯特•玻义耳的《怀疑派化学家》发表350周年，这本小册子标志着化学、至少是现代形态化学的诞生。

2.Chemists will be celebrating 350 years since the publication of Robert Boyle's "Sceptical Chymist", a tract which marked the birth of their science, at least in its modern guise.

化学家们会庆祝罗伯特•玻义耳的《怀疑派化学家》发表350周年，这本小册子标志着化学、至少是现代形态化学的诞生。

3.Indeed, Boyle's most famous book, "The Sceptical Chymist", was published exactly 350 years ago, in 1661.

实际上，博伊尔最为著名的书《怀疑论的化学家》正出版于350年前的1661年。

4.Many famous scientists, such as Isaac Newton, were also known as chymists 炼金术士 during their time.

许多著名科学家，如艾萨克·牛顿，在他们的时代也被称为chymists 炼金术士。

5.In ancient times, a chymist 炼金术士 was often regarded as a magician due to their knowledge of transformations.

在古代，chymist 炼金术士因其对转化的知识而常常被视为魔法师。

6.A skilled chymist 炼金术士 can turn base metals into gold through complex processes.

一位熟练的chymist 炼金术士可以通过复杂的过程将普通金属转变为黄金。

7.The work of a chymist 炼金术士 laid the foundation for modern chemistry.

一位chymist 炼金术士的工作为现代化学奠定了基础。

8.In the 17th century, a chymist 炼金术士 experimented with various substances to discover new medicines.

在17世纪，一位chymist 炼金术士实验了各种物质以发现新药。

作文

The term chymist refers to an early practitioner of chemistry, particularly during the time when alchemy was transitioning into modern chemistry. Historically, chymists were individuals who sought to understand the nature of substances and their transformations, often through experimental means. They played a crucial role in laying the groundwork for what we now consider the field of chemistry. Many famous figures in history, such as Robert Boyle and Antoine Lavoisier, began their careers as chymists, conducting experiments that would eventually lead to significant scientific advancements.In ancient times, chymists were often seen as magicians or sorcerers because their work involved the manipulation of materials to create new substances. This perception was partly due to the mystical nature of alchemy, which aimed to turn base metals into gold and discover the elixir of life. Although these goals were largely unattainable, the practices of chymists contributed to the discovery of various chemical processes and compounds.The transition from alchemy to chemistry marked a significant shift in how substances were understood. Chymists began to adopt a more systematic approach to experimentation, emphasizing observation and reproducibility. This change laid the foundation for the scientific method, which is still fundamental to scientific inquiry today. Through their meticulous work, chymists helped to demystify the natural world, providing insights into the composition and behavior of matter.One of the most notable contributions of chymists was the development of the periodic table of elements. Early chymists identified various substances and began to categorize them based on their properties. This categorization ultimately led to the creation of the periodic table, which organizes elements according to their atomic number and chemical properties. The work of chymists in this area paved the way for future chemists to explore the relationships between different elements and compounds.Moreover, the techniques developed by chymists in the laboratory have evolved into the sophisticated methods used in modern chemistry. Procedures such as distillation, crystallization, and chromatography were all refined by early chymists, allowing for the separation and identification of various substances. These techniques are essential for research and industrial applications today, demonstrating the lasting impact of chymists on the field.In conclusion, the role of the chymist in history cannot be overstated. They were pioneers of scientific thought and experimentation, bridging the gap between mystical alchemy and empirical chemistry. The legacy of chymists continues to influence contemporary science, reminding us of the importance of curiosity and rigorous investigation in understanding the complexities of the natural world. As we continue to explore the realms of chemistry, we owe much to those early chymists who dared to question, experiment, and ultimately transform our understanding of matter and its interactions.

术语chymist指的是早期化学的从业者，特别是在炼金术向现代化学过渡的时期。历史上，chymists是那些试图理解物质及其转化性质的人，通常通过实验手段进行探索。他们在奠定我们现在所称之为化学领域的基础方面发挥了至关重要的作用。许多历史上著名的人物，如罗伯特·波义耳和安托万·拉瓦锡，都是以chymists的身份开始他们的职业生涯，通过实验推动了重大的科学进步。在古代，chymists常常被视为魔法师或巫师，因为他们的工作涉及操控材料以创造新物质。这种看法部分是由于炼金术的神秘性，炼金术旨在将低贱金属转变为黄金，并发现生命的灵药。尽管这些目标大多无法实现，chymists的实践为各种化学过程和化合物的发现做出了贡献。从炼金术到化学的过渡标志着对物质理解方式的重大转变。Chymists开始采用更系统的实验方法，强调观察和可重复性。这一变化为科学方法奠定了基础，科学方法至今仍然是科学探究的核心。通过他们的细致工作，chymists帮助揭开了自然世界的神秘面纱，提供了对物质组成和行为的深入见解。Chymists最显著的贡献之一是元素周期表的发展。早期的chymists识别出各种物质，并开始根据它们的特性进行分类。这种分类最终导致了元素周期表的创建，该表根据元素的原子序数和化学特性对元素进行组织。Chymists在这一领域的工作为未来的化学家探索不同元素和化合物之间的关系铺平了道路。此外，chymists在实验室中开发的技术已经演变为现代化学中使用的复杂方法。蒸馏、结晶和色谱等程序都是由早期的chymists精炼而成，使得各种物质的分离和鉴定成为可能。这些技术今天在研究和工业应用中至关重要，展示了chymists对该领域的持久影响。总之，chymist在历史中的角色不容小觑。他们是科学思维和实验的先驱，架起了神秘炼金术与经验化学之间的桥梁。Chymists的遗产继续影响当代科学，提醒我们在理解自然界的复杂性时，探索精神和严格调查的重要性。当我们继续探索化学的领域时，我们要感谢那些早期的chymists，正是他们敢于质疑、实验，并最终改变了我们对物质及其相互作用的理解。