This paper discusses the progress of computer integrated processing （CIPS） of coal-preparation and then preserits an intelligence controlled production-process, device-maintenance and production-management system of...This paper discusses the progress of computer integrated processing （CIPS） of coal-preparation and then preserits an intelligence controlled production-process, device-maintenance and production-management system of coal- preparation based on multi-agents （IICMMS-CP）. The construction of the IICMMS-CP, the distributed network control system based on live intelligence control stations and the strategy of implementing distributed intelligence control system are studied in order to overcome the disadvantages brought about by the wide use of the PLC system by coaipreparation plants. The software frame, based on a Multi-Agent Intelligence Control and Maintenance Management integrated system, is studied and the implemention methods of IICMMS-CP are discussed. The characteristics of distributed architecture, cooperation and parallel computing meet the needs of integrated control of coal-preparation plants with large-scale spatial production distribution, densely-related processes and complex systems. Its application further improves the reliability and precision of process control, accuracy of fault identification and intelligence of production adjustment, establishes a technical basis for system integration and flexible production. The main function of the system has been tested in a coal-preparation plant to good effect in stabilizing product quality, improving efficiency and reducing consumption.展开更多
The blue crystal of the title complex N-salicylidene-o-aminobenzoic acid dipyridine Cu（Ⅱ） monohydrate,C<sub>24</sub>H<sub>19</sub>CuN<sub>3</sub>O<sub>3</sub>·H&...The blue crystal of the title complex N-salicylidene-o-aminobenzoic acid dipyridine Cu（Ⅱ） monohydrate,C<sub>24</sub>H<sub>19</sub>CuN<sub>3</sub>O<sub>3</sub>·H<sub>2</sub>O, was obtained and examined by the X-ray single crystal diffraction determination. Crystal data are:Mr=478.99.monoclinic system.space group Cc,Z=4;a=8.431（2）,b=16.568（3）,c=15.885（5）,β=102.97（3）°; V=2162 3,Dc=1.47 g/cm￣3,μ=10.46 cm￣（-1）,F（000）=988.The final agreement factors are R=0.045 and R<sub>ω</sub>=0.052 for 1327 unique reflections[I≥3σ（I）]. The complex is five-coordinated.in which the Cu（Ⅱ） ion has a pseudo-square geometry,with one N atom and two O atoms as coordinated atoms.展开更多
Welder＇s siderosis was traditionally described as ＂benign pneumoconiosis＂ because of the absence of associated symptoms, functional impairment or pulmonary fibrosis. Although several authors have reported evidence ...Welder＇s siderosis was traditionally described as ＂benign pneumoconiosis＂ because of the absence of associated symptoms, functional impairment or pulmonary fibrosis. Although several authors have reported evidence of fibrosis in the lungs of welders, sJderosJs with local massJve fibrosis has been rarely descrJbed. In this paper, we present a case of Welder＇s siderosis with local massive fibrosis mimicking lung cancer.展开更多
文摘This paper discusses the progress of computer integrated processing （CIPS） of coal-preparation and then preserits an intelligence controlled production-process, device-maintenance and production-management system of coal- preparation based on multi-agents （IICMMS-CP）. The construction of the IICMMS-CP, the distributed network control system based on live intelligence control stations and the strategy of implementing distributed intelligence control system are studied in order to overcome the disadvantages brought about by the wide use of the PLC system by coaipreparation plants. The software frame, based on a Multi-Agent Intelligence Control and Maintenance Management integrated system, is studied and the implemention methods of IICMMS-CP are discussed. The characteristics of distributed architecture, cooperation and parallel computing meet the needs of integrated control of coal-preparation plants with large-scale spatial production distribution, densely-related processes and complex systems. Its application further improves the reliability and precision of process control, accuracy of fault identification and intelligence of production adjustment, establishes a technical basis for system integration and flexible production. The main function of the system has been tested in a coal-preparation plant to good effect in stabilizing product quality, improving efficiency and reducing consumption.
文摘The blue crystal of the title complex N-salicylidene-o-aminobenzoic acid dipyridine Cu（Ⅱ） monohydrate,C<sub>24</sub>H<sub>19</sub>CuN<sub>3</sub>O<sub>3</sub>·H<sub>2</sub>O, was obtained and examined by the X-ray single crystal diffraction determination. Crystal data are:Mr=478.99.monoclinic system.space group Cc,Z=4;a=8.431（2）,b=16.568（3）,c=15.885（5）,β=102.97（3）°; V=2162 3,Dc=1.47 g/cm￣3,μ=10.46 cm￣（-1）,F（000）=988.The final agreement factors are R=0.045 and R<sub>ω</sub>=0.052 for 1327 unique reflections[I≥3σ（I）]. The complex is five-coordinated.in which the Cu（Ⅱ） ion has a pseudo-square geometry,with one N atom and two O atoms as coordinated atoms.
文摘Welder＇s siderosis was traditionally described as ＂benign pneumoconiosis＂ because of the absence of associated symptoms, functional impairment or pulmonary fibrosis. Although several authors have reported evidence of fibrosis in the lungs of welders, sJderosJs with local massJve fibrosis has been rarely descrJbed. In this paper, we present a case of Welder＇s siderosis with local massive fibrosis mimicking lung cancer.
