Disclaimer免责声明

Effective: 2026-05-14生效日期:2026-05-14

Educational Use Only

PeriodicTable is an educational reference. Data provided is NOT intended for safety-critical chemical handling, medical diagnosis, industrial process design, regulatory compliance, or emergency response. Always cross-reference with primary sources (SDS, IUPAC, NIST) before using data in professional or safety-related contexts.

Data Accuracy

Element properties may vary between authoritative sources. Values for synthetic elements (Z 104-118) may be based on limited experimental data. Interactive tools provide approximate results for educational demonstration only.

仅限教育用途

PeriodicTable 是一个教育参考资源。所提供的数据不适用于安全关键的化学品处理、医疗诊断、工业过程设计、法规合规或应急响应。在专业或安全相关场景中使用数据前,请始终与第一手来源(SDS、IUPAC、NIST)进行交叉核对。

数据准确性

不同权威来源之间的元素属性值可能有所不同。人造元素(Z 104-118)的数值可能基于有限的实验数据。交互式工具提供近似结果,仅供教育演示使用。

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Science Articles 元素科普文章

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Why Lithium Powers EV Batteries 为什么锂成为了电动汽车电池的关键元素

The chemistry and global supply chain behind the lightest metal driving the EV revolution. 最轻的金属如何驱动电动汽车革命:化学原理与全球供应链。

How Silicon Powers the Digital World 硅如何驱动现代数字世界

From beach sand to billions of transistors — how element 14 built the Information Age. 从海滩沙粒到数十亿晶体管——14号元素如何构建信息时代。

Why Helium Is More Valuable Than You Think 为什么氦比想象的更有价值

Beyond party balloons — helium's irreplaceable role in MRI, semiconductors, and space. 超越派对气球——氦在MRI、半导体和航天中不可替代的角色。