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首页> 外文期刊>Advances in Chemical Physics >NEW ADVANCES IN MID-IR PULSE SHAPING AND ITS APPLICATION TO 2D IR SPECTROSCOPY AND GROUND-STATE COHERENT CONTROL
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NEW ADVANCES IN MID-IR PULSE SHAPING AND ITS APPLICATION TO 2D IR SPECTROSCOPY AND GROUND-STATE COHERENT CONTROL

机译:中红外脉冲成形的新进展及其在二维红外光谱和基态相干控制中的应用

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摘要

Science often advances only as quickly as technology allows. This trend is especially evident in the field of molecular spectroscopy, where the science of studying molecular structures, dynamics, and chemical reactions has progressed in step with the technology of manipulating electromagnetic fields For example, nuclear magnetic resonance (NMR) spectroscopy, which is now used to determine the structures of proteins, was made possible by radio-frequency technology developed in the 1950s Likewise, laser-guided control of excited-state chemistry became possible in the 1990s with technology for temporally shaping visible.
机译:科学的进步往往只有技术允许的速度。这种趋势在分子光谱学领域尤为明显,其中研究分子结构,动力学和化学反应的科学与操纵电磁场的技术同步发展,例如核磁共振(NMR)光谱学,如今1950年代开发的射频技术使用于确定蛋白质结构的方法成为可能。同样,1990年代通过可见的时间整形技术,激光制导控制激发态化学成为可能。

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