Nanoaggregation of the thermally stable bis（2-hydroxy-9（10）,16（17）,23（24）-tri-tert-butylphthalocyanine） of J-type was observed by the field emission scanning electron microscopy（FE-SEM）. Ordered phases, repr...Nanoaggregation of the thermally stable bis（2-hydroxy-9（10）,16（17）,23（24）-tri-tert-butylphthalocyanine） of J-type was observed by the field emission scanning electron microscopy（FE-SEM）. Ordered phases, represented as threads composed of about 200 nm diameter circles were discovered, unlike the parent dimeric magnesium complex, in which similar circles combine together to give visually distinguishable zones with widths of about 600 nm and the same distance between them.展开更多
-Considering both the seabed foundation and wave, an analytic model of 'J' type is proposed for offshore pipeline-laying. The governing differential equation is also obtained for the pipeline on the seabed and...-Considering both the seabed foundation and wave, an analytic model of 'J' type is proposed for offshore pipeline-laying. The governing differential equation is also obtained for the pipeline on the seabed and for the suspension sections. By utilizing weighted- residual method and dual iteration technique, an approximate solution is obtained, too. In the end, calculation examples are given for analyzing the changeable relationship among the major parameters.展开更多
基金supported by the council under the President of the Russian Federation for State Support of Young Scientists (No. MD-3738.2015.3)the Russian Foundation for Basic Research (Nos. 16-33-60031 and 15-33-21012)
文摘Nanoaggregation of the thermally stable bis（2-hydroxy-9（10）,16（17）,23（24）-tri-tert-butylphthalocyanine） of J-type was observed by the field emission scanning electron microscopy（FE-SEM）. Ordered phases, represented as threads composed of about 200 nm diameter circles were discovered, unlike the parent dimeric magnesium complex, in which similar circles combine together to give visually distinguishable zones with widths of about 600 nm and the same distance between them.
文摘-Considering both the seabed foundation and wave, an analytic model of 'J' type is proposed for offshore pipeline-laying. The governing differential equation is also obtained for the pipeline on the seabed and for the suspension sections. By utilizing weighted- residual method and dual iteration technique, an approximate solution is obtained, too. In the end, calculation examples are given for analyzing the changeable relationship among the major parameters.
