Research on the Construction Path of New Engineering+Curriculum Ideology and Politics

With the rapid development of science and technology and the transformation and upgrading of industry,new engineering construction has become the important direction of higher engineering education reform in our country.This research focuses on the“new engineering+curriculum ideological and political new form course construction path,”in order to meet the new requirements of talent training put forward by the development of new engineering.This paper analyzes the educational value and current situation of curriculum ideology and politics under the background of new engineering,and improves the ability of curriculum ideology and politics from the perspective of strengthening the teacher training system;optimizing curriculum ideological and political design,skillfully integrating into the ideological and political elements;and strengthening the cooperation between schools,enterprises,and family associations to enrich curriculum ideological and political resources.To build a collaborative education mechanism and form an all-round education pattern,the four aspects of the new engineering+curriculum ideological and political of the new form course construction path have been preliminarily explored,hoping to provide some references and guidance.

Solution of the Nucleon Structure Problem from a Field Theory of Fermions and Bosons and the Origin of the Proton Stability

A bound state formalism derived from a fermion-boson symmetric Lagrangian has been used to calculate the nucleon masses, the charge neutrality of the neutron, the magnetic moments and the electromagnetic form factor ratios μpGEp/GMpand μnGEn/GMn. A quantitative description is obtained, assuming a mixing of a scalar bound state of 3(f f¯)fstructure with its corresponding vector (f f¯)fstate (f indicating massless elementary fermions). Only a few parameters are needed, mainly fixed by energy and momentum conservation. The nucleon stability is explained by an extra binding in the confinement potential, negative for electric and positive for magnetic binding of the proton, and opposite for the neutron. The stronger electric extra binding of the proton allows a decay of the neutron to proton and electron.

Research on Distributed System Course Under the Background of New Engineering

Distributed System Course is a professional computer course of Harbin Institute of Technology.With the guidance of the education strategy under the background of New Engineering,we adhere to the concept of cultivating diverse and innovative outstanding engineering and technology talents.This course conducts research on the teaching content,teaching mode,and evaluation system.It combines the traditional teaching mode with the online teaching mode,as well as problem-driven theories with practice,and adopts a diversified evaluation system.The research of the course has fully mobilized students’learning enthusiasm,improved teaching quality,and achieved significant teaching results.

Promote the All-round Development of China's Human Right Cause in the New Era——Summary of the Symposium on “Deeply Studying and Implementing the Spirit of the 20th CPC National Congress and Adhering to the Chinese Path of Human Rights Development”

On November 8, 2022, the symposium on “Deeply Studying and Implementing the Spirit of the 20thCPC National Congress and Adhering to the Chinese Path of Human Rights Development” was held by the China Society for Human Rights Studies in Beijing. Focusing on “the leadership of the CPC and human rights development”, “adapting Marxism to the Chinese context and the needs of our times and human rights theories in contemporary China”, “the Chinese path to modernization and the new form of human rights civilization”, “Chinese human rights solutions and global human rights governance”, “making a better China’s story of advancing human rights and constructing human rights discourse system”, and other topics, the participants reached broad consensus after discussion, and the symposium achieved fruitful results.

Recent progress in the development and application of the new Gen.AHSS at Baosteel

In recent years,despite the global economic recession and steel oversupply,the demand for high strength steel( HSS) and advanced high strength steel( AHSS) sheets has robustly increased. To supply the materials needed for automotive manufacturing,various AHSS products and application technologies have been developed by Baosteel,including the 1st,2nd,and 3rd Gen. AHSS,which makes Baosteel the world’s first steel maker to commercially provide all three generations of AHSS. Recently,the new Gen.( the 2nd and 3rd Gen. combined)AHSS products,which feature ultra-high strength and enhanced ductility,have drawn great attention from both steel makers and the automotive industry as these products can be used to produce auto parts with complicated shapes by cold forming and have great potential for manufacturing car bodies that are lighter in weight and have higher crash resistance. In this article,the concepts,properties,and applications of Baosteel’s new Gen. AHSS products,including quenching and partitioning( QP) steels,twinning-induced-plasticity( TWIP) steels,and Medium-Mn( Mn-TRIP)steels,are described and reviewed. Moreover,the progress of the Baosteel light-weight steel car body( BCB) was reported.

Diversity of New Three-Wave Solutions and New Periodic Waves for the (3 + 1)-Dimensional Kadomtsev-Petviashvili-Boussinesq-Like Equation

Based on the generalized bilinear method, diversity of exact solutions of the (3 + 1)-dimensional Kadomtsev-Petviashvili-Boussinesq-like equation is successfully derived by using symbolic computation with Maple. These new solutions, named three-wave solutions and periodic wave have greatly enriched the existing literature. Via the three-dimensional images, density images and contour plots, the physical characteristics of these waves are well described. The new three-wave solutions and periodic solitary wave solutions obtained in this paper, will have a wide range of applications in the fields of physics and mechanics.

Transcending Labor Relations:A Study on the Mechanisms for Protecting Social Insurance Rights and Interests of Workers in New Business Forms——An Empirical Analysis Based on Judicial Cases

Abstract:With the rise of new business forms,the traditional industrial-era model of binding social insurance to labor relations is facing unprecedented challenges.In the context of these new busi-ness forms,whether the protection of workers’social insurance rights and interests can be“decoupled from labor relations”has become a hotly debated topic in academia,with“the ability to establish labor relations”emerging as a key variable influencing government depart-ments’policy choices on classified social insurance coverage.Based on this,the paper constructs a theoretical model of the correlation be-tween social insurance and labor relations to analyze cases concern-ing the protection of social insurance rights and interests of workers in new business forms.It examines the advantages and disadvantages of binding social insurance to labor relations and suggests promoting so-cial insurance policy innovation by transcending labor relations.The paper advocates abandoning the path dependency that starts with la-bor relations and clarifying the theoretical basis that workers’access to social insurance rights should be based on labor rather than em-ployment.To adapt to the profit model of new business forms,it pro-poses establishing a rule of“proportional responsibility for commis-sions,”where the social insurance contribution base is determined by the proportion and amount of corporate commissions.By reasonably setting rates,it will protect the healthy development of new business forms in a balanced manner.In this way,enterprises can share social insurance responsibilities according to unified rules without worrying about being classified as having a labor relationship,which helps fully protect workers’social insurance rights and interests and promotes fair competition and healthy development among enterprises.

Morphology of single inhalable particle in the air polluted city of Shijiazhuang,China

In the typical air polluted city of Shijiazhuang, single inhalable particle samples in non-heating period, heating period, dust storm days, and snowy days were collected and detected by SEM/EDS （scanning electron microscopy and energy dispersive X-ray spectrometry）. The particle morphology was characterized by the 6 shape clusters, which are： irregular square, agglomerate, sphere, floccule, column or stick, and unknown, by quantitative order. The irregular square particles are common in all kinds of samples; sphere particles are more, and column or stick are less in winter samples; in the wet deposit samples, agglomerate and floccule particles are not found. The surface of most particles is coarse with fractal edge, which can provide suitable chemical reaction bed in the polluted atmospheric environment. New formed calcium crystal is found to demonstrate the existence of neutralized reaction, explaining the reason for the high SO2 emission and low acid rain frequency in Shijiazhuang. The three sorts of surface patterns of spheres are smooth, semi-smooth, and coarse, corresponding to the element of Si-dominant, Si-Al-dominant, and Fe-dominant, The soot particle is present as floccule with average size around 10 μm, considerably larger than the former reported results, but wrapped or captured with other fine particles to make its appearance unique and enhance its toxicity potentially. The new formed calcium crystal, the 3 sorts of sphere surface patterns, and the unique soot appearance represent the single inhalable particle＇s morphology characteristics in Shijiazhuang City.

New Form of Legendre Polynomials Obtained by Virtue of Excited Squeezed State and IWOP Technique in Quantum Optics

Using the technique of integration within an ordered product of operators and the intermediate coordinatemomentum representation in quantum optics, as well as the excited squeezed state we derive a new form of Legendre polynomials.

Three-Dimensional Rigid-Plastic FEM Simulation of Bulk Forming Processes with New Contact and Remeshing Techniques

Some techniques such as die surface description, contact judgement algorithm and remeshing are proposed to improve the robustness of the numerical solution. Based on these techniques, a three-dimensional rigid-plastic FEM code has been developed. Isothermal forging process of a cylindrical housing has been simulated. The simulation results show that the given techniques and the FEM code are reasonable and feasible for three-dimensional bulk forming processes.

Higher Order Solitary Wave Solutions of the Standard KdV Equations

Considered under their standard form, the fifth-order KdV equations are a sort of reading table on which new prototypes of higher order solitary waves residing there, have been uncovered and revealed to broad daylight. The mathematical tool that made it possible to explore and analyze this equation is the Bogning-Djeumen Tchaho-Kofané method extended to the new implicit Bogning' functions. The analytical form of the solutions chosen in this manuscript is particular in the sense that it contains within its bosom, a package of solitary waves made up of three solitons, especially, the bright type soliton, the hybrid soliton and the dark type soliton which we estimate capable in their interactions of generating new hybrid or multi-form solitons. Existence conditions of the obtained solitons have been determined. It emerges that, these existence conditions of the chosen ansatz could open the way to other new varieties of fifth-order KdV equations including to which it will be one of the solutions. Some of the obtained solitons are exact solutions. Intense numerical simulations highlighted numerical stability and confirmed the hybrid character of the obtained solutions. These results will help to model new nonlinear wave phenomena, in plasma media and in fluid dynamics, especially, on the shallow water surface.

Research on the Optimization of Teaching and Learning Path in the Context of Educational Data

With the repeated in-depth development of the technological revolution,the combination of education and technology constantly shows a new form.Modern education and Internet education have become the new direction of the current education development efforts.The development of technology has brought great Gospel for the national education.Based on this,from the traditional and modern perspectives,this paper discusses the form and significance of teaching and learning paths,to show the new value of education brought by the change of teaching and learning paths under the background of educational data.

Rights Basis and System Building of Occupational Injury Protection for Employers in New Business Forms

Employees in new business forms face higher occupational injury risks and the plight of“falling in the gap in the protection network”of work-related injury insurance.The existing three types of occupational injury protection models are based on the reflection and reform of traditional occupational injury insurance.The readjustment path of occupational injury insurance is the most desirable among them.Occupational injury protection for employees in new forms of business is based on the concept of human rights protection,with the right to equality,social insurance and occupational safety and health as the direct basis.The top-level design of the system should be based on the appropriate“decoupling”of work-related injury insurance and labor relations,and rely on the technological empowerment of the digital age to explore the establishment of a work-related injury insurance system that is both mandatory and flexible.For the specific system building,in the dimension of mandate,the commercialization of benefits payment should be realized while expanding the statutory coverage of work-related injury insurance;while in the dimension of flexibility,it should be based on the characteristics of employees.Corresponding rules and regulations should be adjusted in terms of management model,work-related injury identification,and treatment calculation and payment.

Creating a New Form of Rule of Law Civilization:A Historical Narrative of the Communist Party of China

The modernization path of the Chinese rule of law reflects the glorious process of the Communist Party of China(CPC)’s continuous exploration of the rule of law development.It has created a new form of rule of law civilization for humanity,one that has not only profoundly changed China but is also deeply influencing the world historical process.Under the leadership of the CPC,the Chinese people have achieved the innovation of legal mechanisms,text,and discourse in their century-long endeavor for the rule of law.This highlights the distinctive features of the Chinese rule of law civilization.The innovation of legal mechanisms is the foundation of the modernization of the Chinese rule of law,indicating that through the Party’s century-long endeavor for the rule of law,a legal leadership mechanism has been formed,in which the Party exercises overall leadership and coordinates the efforts of all sides;the innovation of legal text is the manifestation of modernization of the Chinese rule of law,indicating that through the Party’s century-long endeavor for the rule of law,the socialist legal system with Chinese characteristics is gradually moving toward a new stage of codification in which the promulgation and implementation of the Civil Code of the People’s Republic of China is a milestone;and the innovation of legal discourse is the core of modernization of the Chinese rule of law,indicating that through the Party’s century-long endeavor for the rule of law,the continuous refinement of the Chinese legal discourse system is playing a key role in providing theoretical support and legal reasoning.

Promoting Chinese Modernization of the Rule of Law and a New Form of Human Advancement of the Rule of Law-Interpretation of the Essence of the Rule of Law of the Report to the 20th National Congress of Communist Party of China

One of the significant theoretical contributions of the Report to the 20th National Congress of the Communist Party of China(CPC)is a well-conceived systematic Chinese modernization theory,which is developed based on the profound summarization of the successful experience of Chinese modernization,and on the modernization theories of China and other countries.Chinese modernization of the rule of law,a section of the lawbased Chinese modernization,focuses on the subject of rule of law.Breaking the myth of Western centralism,it creates a new model of modernization of the rule of law and produces a revolutionary effect on the modernization of the rule of law modernization in the world.It presents distinctive Chinese features and Chinese vision.Led by the CPC,it is an independent exploration,people-centered,organized,and planned,and has lofty value goals.Driven by modern science and technology forworld peace and development,the principal task of Chinese modernization of the rule of law is to create a system of socialist rule of law with Chinese characteristics and a new form of human advancement of the rule of law.Its great mission is to build China into a modern socialist country in all respects under the rule of law,ensuring that the rule of law runs through all areas and aspects of national governance and construction,so that building China into a great modern socialist country with the high-quality rule of law can be guaranteed.

Analysis of Mineralization System and Prediction of New-Type Ore Deposits

The discovery of new-type ore deposits, an important approach to guarantee the mineral resources supply in the 21st century, often brings about a gigantic increase in the mineral resources reserves. The analysis of mineralization system is of great importance to the discovery of new type ore deposits. ① The understanding of the relationship among various ore deposit types within a mineralization system in a region can help us to locate the unknown ore deposit types from the known ore deposit types, evidence that has been proved in the mineral prospecting history of ore belts in the middle and lower reaches of the Yangtze River, China. ② The understanding of the spatial structure of a mineralization system, especially of the vertical zonation, is helpful for the discovery of the concealed ore deposit types. ③ Clarifying the temporal structure of a mineralization system, including the iteration relationship between the mineral deposit types in the mineralization, leads to the location of the missing mineralization chains from the known mineralization chains (mineral deposit type), a method often proved to be effective in the magmatic hydrothermal mineralization system.④ Clarifying the factors restraining the diversity of mineral deposit types in mineralization system leads to the discovery of the potential of new type mineral deposits in relevant region. ⑤ Studying new mineralization setting and new ore forming processes leads to discovery of new type mineral deposit. More probabilities of discovery of new type mineral deposits are present in biogenic mineralization system, deep sea mineralization system, low temperature mineralization system, tectonic mineralization system and superimposed mineralization system.

New Technology “Flotation to Form Agglomerates and Magnetic Separation” Allows Great Breakthrough for World Low-Grade Light Rare Earth Ores

Rare earth resources are relatively scarce worldwide, but their global consumption is increasing year-by-year. At present, China has about 36% of the global rare earth reserves, but provides 90% of the world＇s supply, which has generally met world demand and promoted the development of the world economy. In order to continuously and stably supply rare earths to international markets, the Chinese Government has financially supported the Institute of Multipurpose Utilization of Mineral Resources within the China Geological Survey to study the utilization of low-grade rare earth ores. Following many years of experimental research, the project has developed a new technology entitled ＂Flotation to Form Agglomerates and then Magnetic Separation＂, which will bring a technological revolution to the world＇s light rare earth ore dressing.

The Internet in EFL Teacher Education： Investigating the Possibilities and Challenges in a Pre-service Education Programme

The paper reported on a small-scale qualitative study on EFL （English as a Foreign Language） teacher education with a two-fold objective, investigating the possibility of integrating the Internet for academic purposes in the context of a pre-service English teacher education programme in Egypt, and suggesting some guidelines based on the specific context of Assiut University College of Education. Semi-structured interviews were conducted online with some student teachers （n = 10） and teacher educators （n = 10） at the university to identify their personal viewpoints, experiences and concerns regarding integrating the Internet into this teacher education context. For triangulation purposes, content analysis was conducted on 12 online documents. Results reveal some difficulties, challenges and concerns related to the process and some new forms of literacy needed for this context. Based on this, some guidelines are suggested for integrating the Internet into pre-service EFL teacher education programmes with special reference to the Egyptian context.

职业教育新形态教材内容的设计与组织研究

针对职业教育新形态教材研究与开发中存在的不足,提出了职业教育新形态教材内容的设计与组织逻辑的内在要求,通过对理论知识与操作技能概念、情境性学习理论、图式理论、技能学习相关理论、职业道德及职业精神培育相关理论的分析探讨,形成了指导新形态教材内容的设计与组织的创新性依据。据此,设计了新形态教材内容的设计与组织模型,并从纸质教材的理论知识设计与组织、技能知识设计与组织、思政育人设计与组织、教材开发系统和数字资源系统等方面进行了可行性论证。

职业教育新形态教材的主要特征、实践审视与开发策略

“教材形态”是教材作为一种教学中介的外在形态与内在形态的表征形式,教材形态变化引领着课程教学的变革,进而影响着教育的高质量发展。职业教育新形态教材具有内容选择的职业情境性、编写体例的工作过程性、知识与技能更新的及时性、学习内容的丰富性和学习环境的可交互性等特征。职业教育新形态教材开发实践中,存在教材定位偏离起点、教材质量参差不齐、开发团队水平不高等问题。职业教育新形态教材的开发策略为:回归培养“完整人”的逻辑起点;完善教材开发团队的运行机制;践行工作过程系统化编写体例;导入学习情境化模块单元。