نتایج جستجو برای: shish-kebab

تعداد نتایج: 157  

Journal: :Electrophoresis 2010
Wei-Ching Liao Nobuhiko Watari Shengnian Wang Xin Hu Ronald G Larson Ly James Lee

The electrophoresis of lambda-DNA is observed in a microscale converging channel where the center-of-masses trajectories of DNA molecules are tracked to measure instantaneous electrophoretic (EP) mobilities of DNA molecules of various stretch lengths and conformations. Contrary to the usual assumption that DNA mobility is a constant, independent of field and DNA length in free solution, we find...

Journal: :Polymer Chemistry 2021

We report a shish-kebab-like supramolecular polymer (SKSP) and its light-responsive self-assembly into nanofibers.

Journal: :Science 2007
Shuichi Kimata Takashi Sakurai Yoshinobu Nozue Tatsuya Kasahara Noboru Yamaguchi Takeshi Karino Mitsuhiro Shibayama Julia A Kornfield

In the rich and long-standing literature on the flow-induced formation of oriented precursors to polymer crystallization, it is often asserted that the longest, most extended chains are the dominant molecular species in the "shish" of the "shish-kebab" formation. We performed a critical examination of this widely held view, using deuterium labeling to distinguish different chain lengths within ...

Journal: :Journal of Polymer Science Part B: Polymer Physics 2002

Journal: :polyolefins journal 2016
zahra mohamadnia ebrahim ahmadi sajjad rahimi mohammad hasan armanmehr mahmood razmjoo

ethylene polymerization was carried out using phillips chromium catalyst based on silica supports such as silicaaerogel, sio2 (grace 643), and titanium modified sio2 (g 643), and the results were compared with othercatalysts based on sio2 (aldrich), sba-15(hex), sba-15(sp) and mcm-41. a combination of tga, dsc, xrd,nitrogen adsorption, sem, icp, ftir and other analyses were used to characterize...

Journal: :Journal of Polymer Science: Polymer Physics Edition 1975

Journal: :The Journal of chemical physics 2010
J T Padding W J Briels

We present particulate simulation results for translational and rotational friction components of a shish-kebab model of a colloidal rod with aspect ratio (length over diameter) L/D=10 in the presence of a planar hard wall. Hydrodynamic interactions between rod and wall cause an overall enhancement of the friction tensor components. We find that the friction enhancements to reasonable approxima...

Journal: :Acta Crystallographica Section A Foundations and Advances 2014

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