儒家的真道统

儒家的真道统应该是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、穀梁子、荀子、孟子。由于孟子是从子夏、穀梁子这一派学习,独立出去后恢复或重建了子思之学,所以附于荀子之后。我主张孔子是先圣,荀子直接相对于孔子称为后圣;因为是荀孟,所以孟子相对于荀子称为亚圣或附圣,即孟子是附于道统之后的圣人。

儒家真道统论

儒家的真道统应该是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、穀梁子、荀子、孟子。由于孟子是从子夏、穀梁子这一派学习,独立出去后恢复或重建了子思之学,所以附于荀子之后。笔者主张孔子是先圣,荀子直接相对于孔子称为后圣;因为是荀孟,所以孟子相对于荀子称为亚圣或附圣,即孟子是附于道统之后的圣人。

真道统、新四书及相关问题研究

儒家真道统应是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、殼梁子、荀子、孟子。我主张以《荀子·劝学》《论语》《孟子》《荀子·大略》作为新四书,因为《荀子·大略》是荀子继承和弘扬子夏的主要思想的作品;也可以称为三圣书。我主张孔子是先圣,荀子直接相对于孔子称为后圣,孟子相对于荀子称为亚圣或附圣。自新文化运动的开始到如今一百年过去了,中国仍然没能实现文艺复兴,仍然没有在中国文化中开出民主和科学,所以,现在必须进行第三次荀学复兴运动,实现中国的文艺复兴,在中国文化中开出民主和科学,实现中国文化的现代化,只有实现中国文化的现代化,才能够实现中国文化的伟大复兴,只有实现中国文化的伟大复兴,才有可能真正实现中华民族的伟大复兴。

关于儒家的真道统问题

儒家的真道统应该是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、穀梁子、荀子、孟子。由于孟子是从子夏、穀梁子这一派学习,独立出去后恢复或重建了子思之学,所以附于荀子之后。笔者主张孔子是先圣,荀子直接相对于孔子称为后圣;因为是荀孟,所以孟子相对于荀子称为亚圣或附圣,即孟子是附于道统之后的圣人。

儒家真道统、新四书与第三次荀学复兴运动

儒家真道统应是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、穀梁子、荀子、孟子。由于孟子是从子夏、穀梁子这一派学习,独立出去后恢复或重建了子思之学,所以附于荀子之后。主张以《荀子·劝学》《论语》《孟子》《荀子·大略》作为新四书;也可以称为新四子书,因为《荀子·大略》是荀子继承和弘扬子夏的主要思想的作品;也可以称为三圣书,即反映孔子、荀子、孟子思想的书。孔子、荀子、孟子三圣关键是荀子以及荀孟的次序,我主张孔子是先圣,荀子直接相对于孔子称为后圣;因为是荀孟,所以孟子相对于荀子称为亚圣或附圣,即孟子是附于道统之后的圣人。自新文化运动开始到如今一百多年过去了,中国仍然没能实现文艺复兴,所以,现在必须进行第三次荀学复兴运动,实现中国的文艺复兴,实现中国文化的现代化,只有实现中国文化的现代化,才能够实现中国文化的伟大复兴,只有实现中国文化的伟大复兴,才有可能真正实现中华民族的伟大复兴。

新四书的几个问题

儒家的真道统应该是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、穀梁子、荀子、孟子。由于孟子是从子夏、穀梁子这一派学习,独立出去后恢复或重建了子思之学,所以附于荀子之后。我主张孔子是先圣,荀子直接相对于孔子称为后圣;因为是荀孟,所以孟子相对于荀子称为亚圣或附圣,即孟子是附于道统之后的圣人。我提出以《荀子·劝学》、《论语》、《孟子》、《荀子·大略》作为新四书。

关于新四书的几个问题

儒家的真道统应该是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、穀梁子、荀子、孟子。由于孟子是从子夏、穀梁子这一派学习,独立出去后恢复或重建了子思之学,所以附于荀子之后。我主张孔子是先圣,荀子直接相对于孔子称为后圣;因为是荀孟,所以孟子相对于荀子称为亚圣或附圣,即孟子是附于道统之后的圣人。因此,《荀子·劝学》《论语》《孟子》《荀子·大略》作为新四书。

荀学与中国文艺复兴的相关问题

儒家之真道统应该为轩辕氏、高阳氏、高辛氏、放勋、重华、姒文命、子履、姬昌、姬发、姬旦、孔丘、卜商、穀梁赤、孙卿、子舆。由于子舆是从卜商、穀梁赤这一派学习,独立出去后恢复或重建了孔伋之学,故附于孙卿之后。孔子为先圣,孙卿直接相对于孔子称为后圣;因为是荀、孟,故子舆相对于孙卿称为亚圣或附圣。以此提出以《荀子·劝学》《论语》《孟子》《荀子·大略》作为新四书。历史上曾经有过两次荀学复兴运动,现在有必要进行第三次荀学复兴运动。

新四书问题管窥

儒家的真道统应该是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、穀梁子、荀子、孟子。因为孟子跟从子夏、穀梁子这一派学习,独立出去后恢复或重建了子思之学,所以附于荀子之后。孔子是先圣,荀子被称为后圣,孟子被称为亚圣或附圣。所谓新四书,即《荀子·劝学》《论语》《孟子》《荀子·大略》。

关于新四书问题

儒家的真道统应该是黄帝、颛顼、帝喾、尧、舜、禹、汤、文、武、周公、孔子、子夏、穀梁子、荀子、孟子。由于孟子是从子夏、穀梁子这一派学习,独立出去后恢复或重建了子思之学,所以附于荀子之后。孔子是先圣,荀子相对于孔子称为后圣;因为是荀孟,所以孟子相对于荀子称为亚圣或附圣,即孟子是附于道统之后的圣人。应当以《荀子·劝学》《论语》《孟子》《荀子·大略》作为新四书。

Semi-physical simulation of AUV pipeline tracking

Before the task of autonomous underwater vehicle(AUV) was implemented actually,its semi-physical simulation system of pipeline tracking had been designed.This semi-physical simulation system was used to test the software logic,hardware architecture,data interface and reliability of the control system.To implement this system,the whole system plan,including interface computer and the methods of pipeline tracking,was described.Compared to numerical simulation,the semi-physical simulation was used to test the real software and hardware more veritably.In the semi-physical simulation system,tracking experiments of both straight lines and polygonal lines were carried out,considering the influence of ocean current and the situation of buried pipeline.The experimental results indicate that the AUV can do pipeline tracking task,when angles of pipeline are 15°,30°,45° and 60°.In the ocean current of 2 knots,AUV could track buried pipeline.

A co-simulation method for the train-track-bridge interaction analysis under earthquake using Simpack and OpenSees

Under high-level earthquakes,bridge piers and bearings are prone to be damaged and the elastoplastic state of bridge structural components is easily accessible in the train-track-bridge interaction(TTBI)system.Considering the complexity and structural non-linearity of the TTBI system under earthquakes,a single software is not adequate for the coupling analysis.Therefore,in this paper,an interactive method for the TTBI system is proposed by combining the multi-body dynamics software Simpack and the seismic simulation software OpenSees based on the Client-Server architecture,which takes full advantages of the powerful wheel-track contact analysis capabilities of Simpack and the sophisticated nonlinear analysis capabilities of OpenSees.Based on the proposed Simpack and OpenSees co-simulating train-track-bridge(SOTTB)method,a single-span bridge analysis under the earthquake was conducted and the accuracy of co-simulation method was verified by comparing it with results of the finite element model.Finally,the TTBI model is built utilizing the SOTTB method to further discuss the running safety of HST on multi-span simply supported bridges under earthquakes.The results show that the SOTTB method has the advantages of usability,high versatility and accuracy which can be further used to study the running safety of HST under earthquakes with high intensities.

A Control Simulation Method of High-Speed Trains on Railway Network with Irregular Influence

Based on the discrete time method, an effective movement control model is designed for a group of high- speed trains on a rail network. The purpose of the model is to investigate the specific traffic characteristics of high-speed trains under the interruption of stochastic irregular events. In the model, the high-speed rail traffic system is supposed to be equipped with the moving-block signalling system to guarantee maximum traversing capacity of the railway. To keep the safety of trains＇ movements, some operational strategies are proposed to control the movements of trains in the model, including traction operation, braking operation, and entering-station operation. The numerical simulations show that the designed model can well describe the movements of high-speed trains on the rail network. The research results can provide the useful information not only for investigating the propagation features of relevant delays under the irregular disturbance but also for rerouting and reseheduling trains on the rail network.

TBM Construction Process Simulation and Performance Optimization

Long tunnel excavation with tunnel boring ily affected by uncertainties and needs to be adjusted machine （TBM） is a complex and stochastic process. It is eas- according to specific geological conditions in different tunnel sections, which makes the construction scheduling and management difficult. Based on the rock mass classification, this paper estimates the penetration rate. Using the rate, a cyclic network simulation （CYCLONE） model of TBM boring system is established, and the advance rates under different geological conditions are determined. Then, the impact of different cutter head thrust, which is chosen in reasonable range according to previous experiences, on pro- ject schedule is analyzed. Moreover, the simulation model of mucking system is built to determine the number of muck trains and rail intersections reasonably, regarding the efficiency of muck loading and material transporting. Based on the interaction and interrelation between TBM boring system and mucking system, the combined CY- CLONE model for the entire tunneling process is established. Then reasonable construction schedule, the utilization rate of working resources, and the probability of project completion are obtained through the model programming. At last, a project application shows the feasibility of the presented method.

Simulation of natural gas transmission pipeline network system performance

Simulation has proven to be an effective tool for analyzing pipeline network systems （PNS） in order to determine the design and operational variables which are essential for evaluating the performance of the system. This paper discusses the use of simulation for performance analysis of transmission PNS. A simulation model was developed for determining flow and pressure variables for different configuration of PNS. The mathematical formulation for the simulation model was derived based on the principles of energy conservation, mass balance, and compressor characteristics. For the determination of the pressure and flow variables, solution procedure was developed based on iterative Newton Raphson scheme and implemented using visual C＋＋6. Evaluations of the simulation model with the existing pipeline network system showed that the model enabled to determine the operational variables with less than ten iterations. The performances of the compressor working in the pipeline network system xvhich includes energy consumption, compression ratio and discharge pressure were evaluated to meet pressure requirements ranging from 4000-5000 kPa at various speed. Results of the analyses from the simulation indicated that the model could be used for performance analysis to assist decisions regarding the design and optimal operations of transmission PNS.

A method of correlation analysis for space-based GEO object surveillance

A method of correlation analysis to determine the correlation between two too-short arcs is presented to monitor geosynchro- nous earth orbit objects on a space-based surveillance system. The necessary condition for a geosynchronous earth orbit object to be observed by a space-based visible sensor in two successive orbital periods is derived, and the principle for the selection of search fence parameters is proposed. The processing procedure of the correlation analysis for the two too-short arcs as well as two correlation judgment methods is given and the selection of the threshold value for the judgment is analyzed. Finally, a simulation is performed to demonstrate the applicability of the presented methods. Simulation results ir^dicate that a surveil- lance system can acquire two observation arcs in two successive orbital periods by selecting the suitable search fence parame- ters, and that the two correlation judgment methods and the selected threshold are valid. The initial orbit of the uncorrelated objects can be determined by two observation arcs, and the accuracy of the initial orbit meets the requirements of re-acquiring the object.

An evaluative system for restructuring the literary history of modern China

China is now in an era of multiple values. While there is some virtue in previous theories on the history of literature based on the theory of evolution, class struggle and the enlightenment, when it comes to the twenty-first century, the histories of modem Chinese literature used in teaching are farfrom adequate for meeting the developmental needs of the times, society and literature. This is especially so in view of the putting forward of the goals of ＂putting people first＂ and ＂the harmonious society,＂ and the great changes taking place in time and space, the function of literature and aesthetic taste. Hence there is an urgent need to restructure this history and establish a more fair, equal and reasonable system of evaluation. Such a system would have humanism as its highest principle, and truth, goodness and beauty as its three virtues. Its great superiority would be its functional characteristics of universality, transcendence, fairness, and human-centeredness.