نتایج جستجو برای: scattering intensity

تعداد نتایج: 290912  

Journal: :The Journal of chemical physics 2013
Thomas X Carroll Maria G Zahl Knut J Børve Leif J Sæthre Piero Decleva Aurora Ponzi Joshua J Kas Fernando D Vila John J Rehr T Darrah Thomas

Carbon 1s photoelectron spectra for 2-butyne (CH3C≡CCH3) measured in the photon energy range from threshold to 150 eV above threshold show oscillations in the intensity ratio C2,3/C1,4. Similar oscillations have been seen in chloroethanes, where the effect has been attributed to EXAFS-type scattering from the substituent chlorine atoms. In 2-butyne, however, there is no high-Z atom to provide a...

2001
U. Kriplani J. Y. Y. Lin M. W. Regehr B. Fultz

Diffraction patterns were measured on a polycrystalline bcc Fe foil using a Mössbauer powder diffractometer with high sensitivity. Measurements with and without a magnetic field normal to the scattering plane showed large differences in the diffracted intensities of the different nuclear resonances. These magnetic effects on diffraction intensities were interpreted successfully with a single sc...

1997
S. Qiao A. Kakizaki

Using the Monte Carlo method, we have calculated, for 50 keV electrons incident on a gold target, the dependence of the effective Sherman asymmetry function and scattered intensity on the target thickness and inelastic energy loss window for scattering angles from 90° to 180°. Our results show that, when the gold target is thicker than 700 Å or the inelastic energy loss window is larger than 12...

2008

Figure 1: [A] Scattering intensity as a function of scattering angle for the 20 base-pair double-labeled (blue), single-labeled (red, magenta; indistinguishable), and unlabeled (cyan) DNA duplexes. The intensity of the double-labeled sample has been scaled by a factor of 1/2 to aid visual comparison. The pattern of scattering interference between the two nanocrystal labels (black) is obtained b...

Journal: :Journal of visualized experiments : JoVE 2016
Hsuan Lee Kuan-Yu Li Yen-Ta Huang Po-Ting Shen Gitanjal Deka Ryosuke Oketani Yasuo Yonemaru Masahito Yamanaka Katsumasa Fujita Shi-Wei Chu

Plasmonics, which are based on the collective oscillation of electrons due to light excitation, involve strongly enhanced local electric fields and thus have potential applications in nonlinear optics, which requires extraordinary optical intensity. One of the most studied nonlinearities in plasmonics is nonlinear absorption, including saturation and reverse saturation behaviors. Although scatt...

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