Development Of Related Industries Research Articles

Energy «injection» concept. Part 2. Cooperation in nuclear energy

In the articles, the author analyzed the prerequisites for expanding the interaction between Russia and India on the basis of a particularly privileged partnership.Part 2 is devoted to identifying points of economic growth in bilateral RussianIndian relations in the field of nuclear energy, which can give an impetus to the development of related industries.

Replacing traditional coffee appraisers with inductively coupled plasma - mass spectrometry (ICP-MS): From manual sensory evaluation to scientific analysis

Scientific development provides opportunities to replace many traditional manual methods to achieve more accurate results and higher efficiency. To scientifically ascertain the geographical origin of coffee, this study develops a method for the rapid determination of 16 inorganic elements in coffee using microwave digestion combined with the ICP-MS internal standard method. Principal component analysis (PCA), Fisher discriminant analysis (FDA), and Partial least squares discriminant analysis (PLS-DA) are employed to analyze 40 coffee samples from three production areas of Pu'er, Baoshan, and Wanning. The results show that the linear correlation coefficients of the 16 elements in this method are above 0.999, the detection limits are in the range of 0.0004–0.63 mg/kg, the RSD of the precision experiments are 4.5 %–13.5 %, the recovery rate of the peak experiment is 86.0 %–96.3 % with the RSD of 1.1 %–8.8 %, and the results of the standard substances are within the range of standard values. Using the discriminant analysis of inorganic elements in coffee (FDA and PLS-DA), coffee origin discrimination was realized, and six key elements (Al, Mn, Fe, Cu, Na, and Ba) are identified as effective discriminatory indexes. Accordingly, a coffee origin discrimination model is established, and the overall accuracy discrimination rate of the discrimination model are all more than 90.0 %, and FDA > PLS-DA. The findings indicated that the method has good accuracy and reliability, is suitable for analyzing and determining multiple elements in sample components as targets, and may have a positive impact on the development of related industries.

Quality Dimensions of Travel Products: A Research Perspective

This paper also explores the impacts and benefits of enhancing the quality of travel products using the four dimensions: conformity, durability, design innovation and improvement, and brand image.. It is found that high-quality travel products can not only improve tourists' satisfaction and promote word-of-mouth communication but also enhance brand image and market competitiveness, thus driving the development of related industries(Khan, M. S., et al. (2020). However, the improvement of travel product quality also faces many challenges, such as homogenized competition in the market, insufficient professionalism of service personnel, and lack of brand strategy. In response to these problems, this paper proposes future directions for research and practice, including strengthening product innovation and formulating a systematic brand-building strategy. By synthesizing the research on China's travel product quality, this paper aims to provide valuable references for academics and the industry and to provide theoretical support and practical guidance for improving travel product quality.

Preface

In 2024, the highly anticipated 4th International Conference on Electronic Communication, Computer Science and Technology (ECCST 2024) was held in Shanghai, China during September 20th to 22nd. The conference aimed to provide a high-end platform for experts, scholars, researchers, and enterprise representatives in the fields of electronic communication and computer science and technology from all over the world to present their research results, exchange academic views, and discuss future development trends. The conference invited many famous experts and scholars from home and abroad, who together discussed the latest research progress, technical breakthroughs and application practices in the fields of electronic communication and computer science and technology. The keynote speech session was a highlight of the conference, during which keynote speakers shared their latest achievements and experiences in their respective research fields, bringing an academic feast to the participants. In addition, ECCST 2024 also set up a number of oral and poster presentation sessions. Attendees had an in-depth discussion on the topics they are interested in, exchanged ideas and shared experiences with their peers, and jointly promoted the development in the fields of electronic communication and computer science and technology. The conference proceedings, as one of the important outcomes of the conference, gathers the wisdom and insights of the participants and provides valuable academic resources for the development of related fields. It covers a wide range of research directions of electronic communication and computer science and technology, including Digital Circuits, Low Power Design and VLSI Physical Design, Signal and Information Processing, Communication Network and Systems, Computer Programming, and many other aspects. The content of the proceedings includes both research on fundamental theories and exploration of application technologies, fully demonstrating the diversity and richness of the fields. ECCST 2024 has a far-reaching impact. Firstly, it provided an international communication platform for experts and scholars in the fields of electronic communication and computer science and technology, facilitated academic exchanges and cooperation between different countries and regions, promoted the development and application of electronic communication and computer technologies in universities and enterprises, and injected new vitality into the innovation and development of related disciplines industries. Secondly, the papers included in the conference proceedings are published in the Journal of Physics: Conference Series after a strict review process, and will be submitted to international famous databases, such as EI Compendex and Scopus, for indexing, which provides a strong guarantee for the promotion and dissemination of these academic achievements. Here, we would like to thank all the people involved in ECCST 2024 for their dedication and efforts. Acknowledgement goes to the organizing committee members for their careful planning and organization, which provided a strong guarantee for the smooth convening of the conference; to the keynote speakers for their wonderful speeches, which brought valuable academic insights to the participants; to the authors for their active participation, which contributed to the richness of the conference proceedings; and to all the attendees for their enthusiastic participation and support, which made ECCST 2024 a complete success. The Committee of ECCST 2024 List of Committee Member is available in this Pdf.

The Application of Big Data Technology in Supply Chain Cost Control: The Case of IKEA

Abstract: Supply chain management is important in all aspects of business processes. With the advent of the information age, big data technology has become important in developing all aspects of our country. Appropriate use of big data technology in supply chain cost management by enterprises can not only improve their ability to analyse and master data but also timely control the cost expenditure issues in different links of the supply chain, improve management systems, and enhance the companys core competitiveness. In order to improve the efficiency and accuracy of supply chain management, this study explores the application of big data technology in enterprise supply chain cost control and data analysis. This study uses big data as the background to analyse the costs of several important links in the supply chain of IKEA. It combines the discovered problems with big data technology to improve them, hoping to be helpful to the development of IKEA and related industries.

4D Printing: Research Focuses and Prospects

As an emerging technology in the field of additive manufacturing, 4D printing is highly disruptive to traditional manufacturing processes. Therefore, it is necessary to systematically summarize the research on 4D printing to promote the development of related industries and academic research. However, there is still an obvious gap in the visual connection between 4D printing theory and application research. We collected 2070 studies from 2013 on 4D printing from the core collection of Web of Science. We used VOSviewer 1.6.20 and CiteSpace software 6.3.3 to visualize the references and keywords to explore focuses and trends in 4D printing using scientometrics. In addition, real-world applications of 4D printing were analyzed based on the literature. The results showed that “tissue engineering applications” is the most prominent focus. In addition, “shape recovery”, “liquid crystal elastomer”, “future trends”, “bone tissue engineering”, “laser powder bed fusion”, “cervical spine”, “4D food printing”, “aesthetic planning” are also major focuses. From 2013 to 2015, focuses such as “shape memory polymers” and “composites” evolved into “fabrication”. From 2015 to 2018, the focus was on “technology” and “tissue engineering”. After 2018, “polylactic acid”, “cellulose”, and “regenerative medicine” became emerging focuses. Second, emerging focuses, such as polylactic acid and smart polymers, have begun to erupt and have become key research trends since 2022. “5D printing”, “stability” and “implants” may become emerging trends in the future. “4D + Food”, “4D + Cultural and Creative”, “4D + Life” and “4D + Clothing” may become future research trends. Third, 4D printing has been widely used in engineering manufacturing, biomedicine, food printing, cultural and creative life, and other fields. Strengthening basic research will greatly expand its applications in these fields and continuously increase the number of applicable fields.

Spatial distribution characteristics and influencing factors of youth soccer specialty schools in China

Youth soccer specialty schools are the primary project to strengthen the foundation of soccer talents, improve the level of soccer development, and achieve the dream of Chinese soccer. Taking 32,775 soccer specialty schools in China as the research sample, ArcGIS spatial analysis technology is used to explore the spatial distribution characteristics of soccer specialty schools and their influencing factors. The analysis shows that the overall distribution of the country forms five quantity concentration area and eight high-density core areas, with a high degree of spatial concentration and significant differences between the East and West. The factors influencing soccer specialty schools include nine factors in four dimensions: historical development, geographical environment, socio-economic, and educational resources. It was found that geographic environment and socio-economy provide the foundation and background for developing educational resources. However, the direct role of educational resources is more significant in a specific educational program, such as soccer specialty schools, followed by socio-economy and geographic environment. This study comprehensively analyzes and interprets soccer specialty schools’ spatial distribution characteristics and influencing factors. These results enrich the research on the spatial layout of sports, providing necessary theoretical support and practical references for the layout and high-quality development of related industries in China and other countries or regions.

Structural Design and Research of Offshore Wind Turbine Towers

The structural design and research of offshore wind turbine tower need to involve knowledge and technology in many fields, such as mechanical engineering, material science, fluid mechanics and so on. Through the research and optimization of tower structure, it can promote the development of related industries and improve the technical level and competitiveness of the whole industrial chain. The structural design and research of offshore wind turbine tower has important practical significance and application value. Through in-depth research and optimization of design, the performance and reliability of offshore wind turbines can be improved, and the rapid development of offshore wind power technology can be promoted.

Comprehensive performance analysis of deep integration and innovative development of logistics and manufacturing industries: A comparison analysis between coastal and inland regions in China

In today's industry development, the integration of manufacturing and logistics industries has received increasing attention from the international community. The Chinese government has set a strategic agenda for the deep integration and innovative development of logistics and manufacturing industries (DIIDLMI). However, it is still unclear what impact DIIDLMI has on the development of two industries. Especially with significant differences in resource endowments, it is interesting to see whether such impacts vary between coastal and inland regions. Therefore, this study focuses on the regional collaborative development mechanism and analyzes the performance of DIIDLMI by using the Spatial Durbin Model with provincial data in China. The analysis result indicates that, first, DIIDLMI has positive local effect and positive spatial spillover effect on digital intelligence technology development of the two industries, positive spatial spillover effect on low-carbon transformation and profit level of the logistics industry, positive local effect on low-carbon transformation of the manufacturing industry, and positive local effect on profit level of the two industries. Second, we also obtain some counterintuitive results, i.e., DIIDLMI has no local effect on low-carbon transformation of the logistics industry, no spatial spillover effect on low-carbon transformation and profit level of the manufacturing industry. Third, compared to coastal regions, DIIDLMI in inland regions has a more positive local effect on digital intelligence technology development of the logistics industry, a more positive spatial spillover effect on low-carbon transformation of the logistics industry, a more positive local effect on low-carbon transformation of the manufacturing industry, and a more positive local effect on profit level of the manufacturing industry. Finally, based on these results, policy recommendations are presented for promoting the related industrial development.

Thoughts and Countermeasures on the Development of Digital Economy

With the rapid development of information technology and the deepening of globalization, big data technology and digital economy, as the most important form of technological and economic change, are having a far-reaching impact on China's economic and social development. In view of the problems faced by the development of digital economy in China under the current background of big data, such as lagging institutional construction, lack of human resources, inadequate core technology and unbalanced development of related industries caused by the digital divide, this paper puts forward measures to strengthen the relevant institutional construction, attach importance to the training and introduction of talents, and promote technological innovation. In the past, it provided strategic suggestions for the healthy and stable development of China's digital economy, and also provided some reference for the development of China's digital economy.

Research on the Cultivation of Cultural Industry Management Talents in Undergraduate Universities Based on the Background of Rural Revitalization

On the path of realizing rural revitalization, the role of cultural industry has become an important part of the strategic plate. Under the background of rural revitalization, the training of management talents of cultural industry in undergraduate universities is particularly important. This is because the cultural industry, as an important part of the rural economy, can not only promote the transformation and upgrading of rural industry, enhance the power of rural culture, but also promote the development of rural tourism, cultural creativity and other related industries, and help the implementation of rural revitalization strategy.

Research on Key Points of Design of Standard Plants in Modern Industrial Parks Under the Background of Promoting the Development of New Quality Productive Forces

With the progress of science and technology and the acceleration of industrialization, the modern industrial park is an important carrier of industrial development. The importance of its standard plant design has become increasingly prominent. With the development of new quality productive forces as the background, this research deeply discusses the key points of standard plant design in modern industrial parks. This paper uses literature review and case analysis to systematically analyze the important role of standard plant design in developing new quality productive forces in modern industrial parks and puts forward suggestions for optimizing design. It is found that the rationality, intelligence, and environmental protection of plant design are the key factors affecting the development of new quality productive forces. The paper summarizes the core points of modern industrial park standard plant design to provide a reference for the future development of related industries.

ВЛИЯНИЕ ПОЛИТИКО-ЭКОНОМИЧЕСКОЙ ТУРБУЛЕНТНОСТИ НА РАЗВИТИЕ РЕГИОНАЛЬНЫХ РЫНКОВ МЕДИЦИНСКИХ УСЛУГ

The article is devoted to the study of the peculiarities of the development of the medical services market in the Russian Federation in conditions of increased environmental factors, which requires not only individualization of approaches to each of the participants, but also clarification of theoretical provisions that generate variability in the process of further ensuring the effective functioning of the medical services market. The regional aspect in the process of functioning of the medical services market in the Russian Federation becomes an additional factor of accounting. The purpose of this article is to study the established practice of providing medical services to the population of the country, depending on both external influences, government regulation measures, and the development of related industries. As part of the study, the essential provisions of the functioning of the medical services market in Russia were studied, the main participants in the medical services market were identified, and solutions were proposed to optimize the process of providing medical services in new economic conditions for Russia. The study shows that new challenges bring not only threats, but also opportunities. However, in order to effectively use such opportunities, it is necessary to increase the systemic understanding of the role of the state in the formation and development of the medical services market at the regional level.

Recent Advances in Resource Utilization of Huangshui from Baijiu Production

Huangshui is a typical organic wastewater in Chinese Baijiu production, with high pollution and valuable ingredients. Conventional wastewater treatment leads to resource-wasting and environmental pollution. It is urgent that the demand for effective Huangshui treatment with the development of the Baijiu-making industry. This review systematically summarizes recent studies, revealing the main characteristics and application of Huangshui, focusing on the application of the rich microbial resources and flavor substances, which provides a practical approach to cascade and full use of Huangshui in medicine, cosmetic, functional food, fertilizer, and wastewater treatment fields. Further research suggested that Huangshui can also be used as an external carbon source for the denitrification system or as an organic liquid water-soluble fertilizer for more fruits and grains. The applications favor improving production efficiency and lowering pollutant emissions and introduce novel concepts for the sustainable development of related industries. Thus, Chinese Baijiu plants can achieve the near-zero emissions of wastewater and cleaner production.

Comparative Analysis of Health Management and Related Industry Development between China and the US - Taking Cancer Disease as an Example

Comparative Analysis of Health Management and Related Industry Development between China and the US - Taking Cancer Disease as an Example

Decoupling the Ca release characteristics induced by O-containing functional groups during volatile-char interaction based on model compounds

Alkali metals and alkaline earth metals (AAEM) are important factors to be considered in coal gasification process, and understanding the release behavior of AAEM under the interaction of volatile-char is the key to realize efficient thermal conversion of coal. In this study, four typical O-containing functional groups (—COOH,—OH, CO,—OCH3) were used to react with coal char in a fixed-bed reactor, the reaction temperature was set up at 750，800，850，900 ℃ to survey the release characteristics of Ca by different oxygen functional groups during the interaction of volatile-char at different temperatures from a quantitative point of view. The result show that the Ca release rate of coal char is not high in the whole reaction temperature range, and the interaction of O-containing compounds-coal char at lower temperature will increase the O content (C—O and CO) of coal char, the content of Ca in interactive coal chars was higher than that of the coal char. At lower temperature, the order of compounds inhibiting Ca release ability is: C6H5CHO≈C6H5COOH > C10H8O2 > C6H5OCH3. In addition, it also seems that O-containing compounds (except C6H5COOH) can obviously promote the conversion of ammonium acetate-soluble Ca to water-soluble Ca during the interaction with char. As the temperature increases, the change trend of O-containing functional groups on the surface of sample after interaction is completely opposite to that at lower temperature, the O-containing model compounds undergo de-oxidation, cracking and polymerization in the effect of coal char and AAEM, causing the formation of polycyclic aromatic hydrocarbon on the surface of the char, which hinders the diffusion of Ca from the char to the gas phase. This work is good for enriching and developing the study on the release characteristics of alkali earth metals during the interaction of volatile-char, and provides a theoretical basis for the development of related industries.

Study on the Role of Additives in Calcination Desulfurization Process of High Sulfur Petroleum Coke

Due to the high sulfur content of high sulfur petroleum coke, sulfur-containing gas will be produced in the production process, reducing product quality and other problems, resulting in increased production costs and equipment corrosion. How to reduce the sulfur content of high sulfur petroleum coke is of great significance to improve the utilization rate of high sulfur petroleum coke and the sustainable development of related industries. In this paper, the desulfurization of high sulfur petroleum coke was carried out by using the additive-assisted high-temperature calcination method. It was found that the desulfurization effect of different kinds of desulfurization additives was different, among which MO1, MC2, MC1 desulfurization effect was better, and the desulfurization rate could reach 68%, 58%, 56%. After compounding the three desulfurizers, the desulfurization rate can be up to 75%, and then the influence of calcination temperature and time on the desulfurization rate was investigated. Finally, the physicochemical properties of petroleum coke before and after desulfurization were analyzed by X RD, FT-IR.

The Successful Transformation Strategies and Performance Analysis of Listed Companies: Taking Haier Company as an Example

This article takes Haier, a well-known listed company in China, as the research object, and explores in depth the strategies and performance analysis for successful transformation of enterprises. The article first provides an overview of the basic situation of Haier Company, focusing on its three stages of diversified development, international development, and global intelligent development, showcasing the growth process of Haier Company in continuous transformation. On this basis, this article further analyzes the key strategies for Haier's successful transformation, mainly including organizational strategy restructuring, product digitization, and digital platform construction. Then, this article also conducted a comprehensive evaluation of the transformation effect of Haier Company. The evaluation was conducted from two dimensions: financial performance and non-financial performance, and the results showed that Haier Company achieved significant improvement in financial performance and non-financial performance during the transformation process. Based on the above research, this article draws the conclusion of Haier's successful transformation and summarizes its experience. Research has found that Haier has achieved significant results in financial performance and comprehensive improvement in non-financial performance by implementing effective transformation strategies. This provides useful reference and guidance for other listed companies in China, which helps to promote the development of related industries.

Online Orientation Recognition of Single-Crystal Diamond Tools in the Process of Indexing Grinding Based on HMM and Multi-Information Fusion

Single-crystal diamond tools occupy an important position in the field of optical processing as the basis and key to advanced optical manufacturing technology, such as grating manufacturing and optical mirror-turning processing. Single-crystal diamond tools have become the cornerstone of the development of related industries. This paper takes a single-crystal diamond arc tool as the research object. Sound signal analysis technology and vibration signal analysis technology are comprehensively applied to the online orientation identification of a single-crystal diamond tool in the indexing grinding process. The online orientation method of the tool is explored, the sound signal and the vibration signal are taken as the characteristic signals, and a wavelet algorithm (WT) is used to reduce the noise of the vibration signal and sound signal. The kurtosis of the sound signal and the kurtosis and skewness of the vibration signal in the high-order statistics strongly related to the grinding direction of a single-crystal diamond are used as the characteristic parameters, and the online direction recognition model of the tool is established using the Hidden Markov Method (HMM). The above characteristic parameters are used as model input for multi-information fusion. The mapping relationship between the characteristic parameters of the characteristic signal and the crystal orientation of the single-crystal diamond crystal face is obtained, and then the online orientation method of the single-crystal diamond arc tool in the process of indexing grinding is formed. The effectiveness of the method is verified by experiments, and effective orientation information is provided for research on the positioning control strategy of the tool grinding process to ensure the efficiency of grinding and improve the manufacturing level of the tool.

Arbuscular Mycorrhizal Fungi-Mediated Modulation of Physiological, Biochemical, and Secondary Metabolite Responses in Hemp (Cannabis sativa L.) under Salt and Drought Stress.

The increasing impact of global climate change has resulted in adversity stresses, like salt and drought, gradually becoming the main factors that limit crop growth. Hemp, which contains numerous medicinal active components and multiple bioactive functions, is widely used in the agricultural, industrial, and medical fields, hence promoting the rapid development of related industries. Arbuscular mycorrhizal fungi (AMF) can establish a symbiotic relationship with 80% of vascular plants. This symbiosis promotes host plant growth, regulates plant physiology and biochemistry, facilitates secondary metabolite synthesis, and enhances resistance to abiotic stresses. However, the effects of salt stress, drought stress, and AMF interaction in hemp are not well understood. In this study, to investigate this, we performed a study where we cultured hemp that was either inoculated or uninoculated with Funneliformis mosseae and determined changes in effective colonization rate, growth, soluble substances, photosynthesis, fluorescence, ions, and secondary metabolites by cultivating hemp under different concentrations of NaCl (0 mM, 100 mM, and 200 mM) and different soil moisture content (45%, 25%, and 15%). The results showed that salt, drought stress, or salt-drought interaction stress all inhibited colonization rate after stress, plant growth, mainly due to ion toxicity and oxidative damage. Inoculation with F. mosseae effectively alleviated plant growth inhibition under 100 mM NaCl salt stress, drought stress, and salt-drought interaction stress conditions. It also improved osmoregulation, photosynthetic properties, fluorescence properties, and ion homeostasis, and promoted the accumulation of secondary metabolites. However, under 200 mM NaCl salt stress conditions, inoculation with F. mosseae negatively affected plant physiology, biochemistry, and secondary metabolite synthesis, although it did alleviate growth inhibition. The results demonstrate that there are different effects of salt-drought interaction stress versus single stress (salt or drought stress) on plant growth physiology. In addition, we provide new insights about the positive effects of AMF on host plants under such stress conditions and the effects of AMF on plants under high salt stress.