n.飞秒化学

Femtochemistry helps us understand the dynamics of chemical reactions at an atomic level.
( Femtochemistry有助于我们理解化学反应在原子层面的动力学。
Scientists use femtosecond lasers in femtochemistry experiments to track molecular changes.
科学家们在飞秒化学实验中使用飞秒激光来追踪分子变化。
The development of femtochemistry has revolutionized our understanding of chemical processes.
飞秒化学的发展彻底改变了我们对化学过程的理解。
This new discovery in femtochemistry could lead to advancements in pharmaceuticals and materials science.
这项飞秒化学的新发现可能会推动医药和材料科学的进步。
Femtochemistry studies how molecules interact and transform within femtoseconds, or one quadrillionth of a second.
飞秒化学研究分子如何在飞秒（即一千万亿分之一秒）内相互作用和转化。
Researchers in femtochemistry often collaborate with physicists and engineers to develop advanced laser technologies.
飞秒化学领域的研究人员经常与物理学家和工程师合作开发先进的激光技术。
Understanding the intricate dance of atoms during a reaction is crucial in femtochemistry.
在飞秒化学中，了解反应过程中原子的复杂运动至关重要。
Femtochemistry findings have been instrumental in designing more efficient catalysts for industrial applications.
飞秒化学的研究成果对于设计更高效的工业催化剂起到了关键作用。
By studying the ultrafast dynamics of chemical bonds using femtochemistry techniques, we can gain insights into fundamental chemical principles.
通过使用飞秒化学技术研究化学键的超快动态，我们可以深入了解基本的化学原理。
The field of femtochemistry continues to expand as researchers explore new ways to manipulate matter at the quantum scale.
随着研究人员探索在量子尺度上操纵物质的新方法，飞秒化学领域继续扩大。