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2篇 您的检索式：作者名="Matthew Lindley"

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		题名	作者	年代	出处	被引量
	1	The Effects of Screw Length on Stability of Simulated Osteoporotic Distal Radius Fractures Fixed With Volar Locking Plates显示文摘	Lindley B. Wall Michael D. Brodt Matthew J. Silva Martin I. Boyer Ryan P. Calfee	2012	Journal of Hand Surgery2012，，3：	2
	2	Ultrafast impulsive Raman spectroscopy across the terahertz-fingerprint region显示文摘Broadband Raman spectroscopy(detection bandwidth>1000 cm^(−1))is a valuable and widely used tool for understanding samples via label-free measurements of their molecular vibrations.Two important Raman spectral regions are the chemically specific“fingerprint”(200 to 1800 cm^(−1))and“low-frequency”or“terahertz”(THz)(<200 cm^(−1);<6 THz)regions,which mostly contain intramolecular and intermolecular vibrations,respectively.These two regions are highly complementary;broadband simultaneous measurement of both regions can provide a big picture comprising information about molecular structures and interactions.Although techniques for acquiring broadband Raman spectra covering both regions have been demonstrated,these methods tend to have spectral acquisition rates<10 spectra∕s,prohibiting high-speed applications,such as Raman imaging or vibrational detection of transient phenomena.Here,we demonstrate a single-laser method for ultrafast(24,000 spectra∕s)broadband Raman spectroscopy covering both THz and fingerprint regions.This is achieved by simultaneous detection of Sagnac-enhanced impulsive stimulated Raman scattering(SE-ISRS;THz-sensitive)and Fourier-transform coherent anti-Stokes Raman scattering(FT-CARS;fingerprint-sensitive).With dual-detection impulsive vibrational spectroscopy,the SE-ISRS signal shows a>500×enhancement of<6.5 THz sensitivity compared with that of FT-CARS,and the FT-CARS signal shows a>10×enhancement of fingerprint sensitivity above 1000 cm^(−1)compared with that of SE-ISRS.	Walker Peterson Julia Gala de Pablo Matthew Lindley Kotaro Hiramatsu Keisuke Goda	2022	Advanced Photonics2022，4，1：	1

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