bluuebunny/crossref_metadata_2025 huggingface dataset:
County in Southwest Ordos Basin Block 1 Period of Sand Body Distribution Characteristics of Mountains
Authors: Chen Shi , Su Hai
Published: January 2023

Huanxian block is one of the key oil and gas exploration and development blocks in Longdong Gas field of Changqing Oilfield Company. The Mesozoic exploration is about to enter the saturation state, and it is urgent to explore new fields. Therefore, the seismic characteristics, reflection structure characteristics and reservoir sand body distribution characteristics of Shan-1 member of Permian Shanxi Formation of Upper Paleozoic in this block are studied comprehensively. By using the data of drilling core, well logging curve and 3D seismic interpretation, the regional small beds are finely divided and correlated, and the unified stratigraphic framework of the area is established. The structural characteristics of the bottom of Shan-1 member of Shanxi Formation are studied, and the distribution characteristics of reservoir sand bodies and effective sand bodies of Shan-1 member are analyzed and studied.
Preparation and Application of Graphene
Authors: Feng Junxiao
Published: January 2023

Energy is one of the most serious problems faced by human beings in the twenty-first century. The developments of new energies have become a global consensus. With excellent electrical, mechanical, and optical properties, Graphene has important prospects of application in science, energy, biomedicine, and drug delivery, micro-nano processing. This work introduces the development of graphene and propose several mrthods for preparing graphene. It also suggests several application of graphene. Graphene is regarded as a breakthrough in the future. It is now on the eve of industrial application, and it will have a bright future when combined with new energy.
The Research Progress of Graphene-Rubber Nanocomposites
Authors: Xiang Yu
Published: January 2023

Graphene itself has a variety of high-quality properties and special characteristic structures, which provide a new direction for the research and optimization of the performance of multifunctional polymer nanomaterials. In combination with extensive research this year, graphene is one of the ideal fillers for rubber, which can help optimize the performance of high-performance rubber. Based on this, this paper summarizes the properties, characterization and preparation methods of graphene-rubber in combination with the relevant research status, and analyzes the possible development problems and trends of this kind of materials.
Analysis of Static Dynamic Characteristics and Structural Optimization of New Structural Vertical Plus Beams
Authors: Zhang Hao , Xu Yun , Tao Jianjun , Yang Mingyue , Chen Ting
Published: January 2023

As an important moving element in the machine structure, the crossbeam determines the dynamic characteristics of the machine in X or Y axis, which directly affects the machining efficiency and quality of the machine. The most typical expression of dynamic characteristics is acceleration, and the acceleration is inversely proportional to the mass of the moving parts, so reducing the mass of the moving parts while ensuring the stiffness is an important part of optimizing the machine structure. To address the problem that the cross beam of HIMT50 vertical machining center has structural redundancy, which leads to bad dynamic characteristics, the cross beam is firstly modeled in 3D, and its static and dynamic characteristics are analyzed by Abaqus software, and the data are applied to the optimization module to optimize the structure by topology optimization method. The optimization results show that the deformation and low-order amplitude of the crossbeam are improved with the reduction of its mass, which provides a theoretical basis and reference value for optimizing the crossbeam structure, reducing the overall manufacturing cost and improving the machining efficiency of the machine tool.
Research on Practical Teaching in the Students Training of Emergency Management
Authors: Zhang Liwei , Yue Qingchun , Li Jinmei
Published: January 2023

Practical teaching is a kind of teaching conducted according to the requirements of simulated actual setting, which covers the basic attributes of modern education and practical requirements of emergency work, and reflects the characteristics of the times of talent training in professional colleges. In order to scientifically carry out practical teaching and cultivate emergency professionals required by the society, professional colleges need to systematically plan all teaching links by strengthening practical awareness, thus laying a solid foundation for emergency management training. This is not only of great theoretical significance, but also of certain practical value to strengthen the practical teaching and improve the talent training mechanism.
Signal Vector Design for Quadrature Index Modulation
Authors: Huang Fuchun
Published: January 2023

In this paper, we propose a new technique of quadrature index modulation with signal vector design (QIM-SSD), which can directly transmit a three-dimensional (3D) constellation symbol and expand an antenna index (AI) bit. The basic principle of QIM-SSD is as follows: two components of a mapped 3D signal symbol are first modulated on the upper and lower parts of transmit antennas (TAs) by two specific AI vectors with two blocks of AI bits, respectively, resulting in a space vector symbol. The remaining one component is modulated on one TA activated by the specific AI vector with one block of AI bits, then forming another space vector symbol. Furthermore, based on the resulted two space vector symbols, an additional bit is used to determine the real and imaginary parts of a complex transmit vector. The research of this paper is summarized as follows: firstly, the system model of QIM-SSD is introduced in detail. Then, the minimum Euclidean distance and the average bit error probability (BEP) are analyzed. With assumption of perfect channel estimation and maximum likelihood (ML) detection, simulation results demonstrate that the average BEP performance of QIM-SSD is better than that of the conventional QIM with three dimensional constellation and QSM at the same spectral efficiency by MATLAB simulator.
Design of a Bicycle Sharing Inventory Scheduling System Based on Big Data Prediction
Authors: Xiao Ao , Li Zhihui , Liu Jiaqing , Kuang Mengyuan , Xue Hao , Gu Siwen
Published: January 2023

In the context of the rapid development of the sharing economy, shared bikes as its representative products rise rapidly. Among many problems, the problem of bicycle stock scheduling is the most severe, which will directly bring great troubles to People's Daily life. This paper compares and understands various demand forecasting methods by minimizing the scheduling cost as the objective function. By using BP neural network, this paper provides reference for the following demand data of the shared bike stock scheduling system, and builds the shared bike stock scheduling system to solve this problem.
Circuit Design of Counting Electronic Scale Based on STC89C51 Single Chip Microcomputer
Authors: Luo Haoyuan , Tian Hengzhou , Liu Hanxiang
Published: January 2023

The main purpose of electronic scales is to measure, which can also be said to be for trading. Electronic scales have their relevant numerical measurement value restrictions when they are used. Therefore, they can only be used effectively within the measurement value range when they are used. As long as the weight does not exceed the measurement limit, they can be used at will. This measurement method greatly improves the measurement speed and the user's trading speed. STC89C51 single chip microcomputer as an 8-bit single chip microcomputer, first of all, the price is relatively low. The number of pins of 51 single chip microcomputer is up to 40. After subtracting some power supplies and special pins, 32 pins can be used, and all 32 pins can be used as input and output pins. Therefore, the performance price ratio of 51 single chip microcomputer is relatively high. At the same time, the application circuit of 51 single chip microcomputer is relatively simple, and only the crystal oscillator circuit and reset circuit are needed to achieve work. Besides, 51 single chip microcomputer also has serial communication, timer, external interrupt and other on-chip resources, which can meet the special requirements of some systems. Finally, in terms of programming, the 51 single-chip microcomputer can be used only after loading the header file, without configuring the input and output ports, and is also very convenient in programming. Therefore, STC89C51 single chip microcomputer is used as the basis and Proteus and KILL software are used to realize the design of electronic scales.
Research and Development of Cellar Pool Environmental Monitoring System Based on NB-IOT and Cloud Platform
Authors: Luo Yi , Shi Yan
Published: January 2023

NB-IOT and cloud platform technology are used to monitor the cellar pool environment, which is difficult to collect by hand. Under the zigbee self-organizing network, the system collects the parameters of the terminal nodes distributed in each cellar pool through a coordinator, and then sends them to the ali cloud internet of things platform for display and control through the nb-IOT communication module. Experiments show that the system can display the environment data of the cellar pool in real time and open the execution device outside the threshold range, which proves the practicability and convenience of the system.
Research on the Innovation of Rural Collective Economy Development and Expansion Mode in the Perspective of Rural Revitalization
Authors: Wang Kunyue , Yang Niting , Fu Shican , Xia Haojia , Wu Liangkai , Zhou Zejiong
Published: January 2023

As an important role in the development of socialism with Chinese characteristics, the rural collective economy has always played an indispensable role. In view of the fact that the rural collective economy is in urgent need of transformation and innovative development mode under the current background of rural revitalization, this paper takes Liuji Town, Anhui Province, as an example to conduct in-depth analysis, through field research on local economic development, to find the reasons for the lack of driving force of the old form and give a practical and feasible innovation path.
A Rapid Depolarization Charge and Discharge Technique for Lithium Ion Batteries
Authors: Li Yiduo , Sun Xiaowen , Wang Hanbo , Lu Haiyan , Liu Changying
Published: January 2023

There is a serious diffusion-polarization effect in the working process of lithium-ion batteries, resulting in a large rebound of battery voltage after charge/discharge. The measurement of the open circuit voltage (OCV) of the battery was interfered by the existence of this polarization, while accuracy of battery state of charge estimating based on open circuit voltage and state of charge (SoC) curve is reduced. At the same time, measurement of AC impedance spectrum was interfered by the fluctuating voltage. In this work battery was rapidly depolarized through pulse charge-discharge in discharging procedure. Compared with the standard depolarization method by reducing the discharge rate (0.05C), the discharge test time was reduced by 72.5% and polarization effect was weakened at low SoC. There was no significant difference in results for this charging technology compared with EIS curve tested after conventional charging and reduced test time by 42%.
Internet of Things Information Security and Preventive Measures
Authors: Niu Minghao , Dai Hong
Published: January 2023

The Internet of Things is the third technological revolution of modern information technology. It is a high integration of various new technologies and concepts of modern information technology. It opens up the channel between the previously unrelated technologies such as electronic technology, automation technology, communication technology, biotechnology, mechanical technology and material technology, and makes these technologies truly integrate into a whole. The communication from person to person to object, object to object expansion is realized. The Internet of Things not only drives the development of emerging technologies, but also facilitates daily education and management. However, in the environment of the Internet of Things, there are still some problems of information security, information theft, information disclosure and other problems that must be solved in the application of the Internet of Things technology. Based on the architecture, key technologies and applications of the Internet of Things, this paper explores the security problems existing in the Internet of Things environment and puts forward reasonable preventive measures.
Finite Element Analysis of K-node of Curved Arm of Transmission Tower
Authors: Chen Junfeng , Lu Yiyang , Yang Shoufu
Published: January 2023

The stress on the key nodes of transmission towers is complex, which plays a vital role in the stress and stability of the whole structure of transmission towers. Due to the larger negative head of the link and the larger connecting plate at the K node of the curved arm of the transmission tower, the actual stress of some components is quite different from the theoretical calculation results. At the same time, the load value of the smaller part is not clear when the included Angle of the stressed material at the K node is less than 25°.In this paper, the difference between the stress of the bar at the K node of the curved arm and the ideal model is studied, and the stress status of the position with small Angle is analyzed, and the reasons for the difference and the suggested value of the position with small Angle are analyzed.
Research on Construction Technology of Deep Foundation Pit of High Voltage Transmission Line in Plateau Area
Authors: Tang Yihong , Huang Yebin
Published: January 2023

With the further expansion of China power grid, it is the current and future trend of power system development to set up high-voltage or even ultra-high-voltage transmission lines. Because the construction environment of high-voltage transmission lines is very complex and changeable, how to ensure the construction quality and progress of transmission lines according to the construction drawings provided by the design unit is the key to the construction of transmission lines. The quality level of deep foundation pit excavation is a representative factor that profoundly affects the construction quality level of high-voltage transmission line projects in plateau areas. Only by managing the construction quality of all sub-projects in the power system can the stability of power operation be effectively guaranteed. This paper expounds the key points of deep foundation pit excavation construction technology, in order to analyze the deep foundation construction technology of high-voltage transmission lines in plateau area, and provide theoretical support for the deep foundation pit construction of high-voltage transmission lines in plateau area.
A Faster RCNN Airport Pavement Crack Detection Method Based on Attention Mechanism
Authors: Hao Shougang , Shao Liming , Wang Sibo
Published: January 2023

Airport pavement inspection is an important link to ensure the safe takeoff and landing of aircraft. At present, the airport pavement safety inspection is still dominated by manual inspection. This method has some problems such as low detection efficiency, strong subjectivity, and unable to fully cover. In this context, Faster RCNN network was used for tunnel crack detection, the backbone network of Faster RCNN was modified, the lightweight network MobileNetV2 was used to improve the network training speed, and CBAM attention mechanism was added to improve the feature extraction ability of the model.
Analysis on Site Selection of Electric Vehicle Charging Pile in Xi'an
Authors: Wang Yihan
Published: January 2023

Nowadays, China practices “low-carbon life”, and environmental protection is the general trend. As an emerging industry, new energy electric vehicles must solve the problem of charging pile shortage in order to maintain a good momentum of development, so as to occupy a certain market share in the automotive industry. Therefore, with limited resources, it is necessary to make the distribution of charging pile more reasonable. This paper takes Xi'an city as an example to predict the best location for charging pile construction by entropy TOPSIS method in order to improve the utilization rate of charging piles, which has reference significance for the construction of charging piles.
Application of Wireless Sensors and Their Networks in Monitoring Landslides
Authors: Yi Wenlong
Published: January 2023

Since the 21st century, wireless sensor network technology has been rapidly developed, and this technology has been widely concerned not only in military, medical, education and other aspects, but also in disaster prevention and control has been well applied. This paper firstly analyzes the necessity of landslide monitoring, discusses and compares the more commonly used technical means of landslide monitoring, then analyzes and compares the systems based on wireless sensor network technology in monitoring landslides in China and abroad, and finally puts forward the application defects of wireless sensor network technology.
All for One and One (Space) for All!
Authors: Xin Jialu
Published: January 2023

Global equity is the common pursuit of most people all over the world. Although fairness is not absolute, we should try our best to achieve global fairness in resource allocation and opportunity supply. But it’s hard to make the distribution of the resources and development opportunities fair enough with the limited resources on the earth. With the depletion of the earth's resources, more and more people realize that the earth's resources are not enough for people to use permanently, so scientists have created a great idea of asteroid mining. With the limitation of technology and the economy, there is still a long way to go. After solving the problems above, it’s still hard to achieve global equity while allocating mineral resources. Aiming at rationalizing the allocation of resources mined on the asteroids, we try to establish a global equity model. At the same time, we will also study the feasibility and vision of asteroid mining. The impact of variability and volatility factors on the model will be analyzed.
The Condition and Path of Effective Realization of Personalized Teaching in Intelligent Age
Authors: Yang Lijia
Published: January 2023

In the teaching situation of large class size and education homogenization, personalized teaching is difficult to achieve effectively. With the gradual penetration of intelligent technology into classroom teaching, the realization of personalized teaching has a new possibility. The effective realization of personalized teaching in the intelligent age needs the organic integration of intelligent technology and personalized teaching. Therefore, both intelligent technology and personalized teaching need to make necessary changes. Intelligent technology needs to deeply sketch students' learning portrait with big data, build personalized teaching resource library on cloud platform, enhance teachers' personalized teaching ability with artificial intelligence, and provide personalized teaching network environment with Internet, etc. Based on the integration of the two, the effective way to realize personalized teaching supported by intelligent technology is to establish differentiated teaching objectives, organize diversified teaching contents, select targeted teaching methods, integrate various learning organization forms and construct accurate teaching evaluation and feedback system.
A Forest System Evaluation Model Based on Grey Correlation Analysis and TOPSIS
Authors: Shen Xinya
Published: January 2023

These instructions give you guidelines for preparing papers for DRP Journals. Use this document as a template if you are using Microsoft Word 6.0 or later. Otherwise, use this document as an instruction set. The electronic file of your paper will be formatted further at DRP. Paper titles should be written in uppercase and lowercase letters, not all uppercase. Avoid writing long formulas with subscripts in the title; short formulas that identify the elements are fine (e.g., "Nd–Fe–B"). Do not write “(Invited)” in the title. Full names of authors are preferred in the author field, but are not required. Put a space between authors’ initials. The abstract must be a concise yet comprehensive reflection of what is in your article. In particular, the abstract must be self-contained, without abbreviations, footnotes, or references. It should be a microcosm of the full article. The abstract must be between 150 - 400 words. Be sure that you adhere to these limits; otherwise, you will need to edit your abstract accordingly. The abstract must be written as one paragraph, and should not contain displayed mathematical equations or tabular material. The abstract should include three or four different keywords or phrases, as this will help readers to find it. It is important to avoid over-repetition of such phrases as this can result in a page being rejected by search engines. Ensure that your abstract reads well and is grammatically correct.
Construction of a model for calculating average tortuosity of porous media based on optimal fractal structure
Authors: Cai Lijie , Wang Xiaoyin
Published: January 2023

The distribution of pores and skeletons in porous media materials are irregular, and its distribution of curved pore channels is uneven and complex. The bending degree of pores affects the internal heat transfer process. The tortuosity is not only a parameter to describe the bending degree of pore channels, but also is one of the important structural basic parameters of porous media materials. According to the porosity of the porous media materials, Sierpinski carpet model is established to characterize its structures. The calculation model of the average tortuosity of the porous media materials is derived by using the average value of the route of the heat flow through Sierpinski carpet. In order to find the best fractal unit structure and the number of iterations in the average tortuosity calculation model, an optimization discriminant model is established. The results of the average tortuosity calculation model of this model and the other three scholars are compared, and their average relative errors are calculated to be all less than 1 %, indicating that the average tortuosity calculation model established in this study is effective and reliable. The average tortuosity prediction model is related to the fractal unit structure and stage of the carpet, and there is no empirical constant in this model. It can be used to calculate the average tortuosity of other porous media materials, providing a new idea for calculating the average tortuosity.
Research on the teaching of intelligent and networked electrical control course driven by projects
Authors: Huang Yantai
Published: January 2023

Intelligent and networked electrical control technology refers to the application of new technologies such as intelligence and networking in the traditional electrical control field, so that the traditional electrical control has intelligent and networked functions. However, the teaching content and teaching method of the current course are not ideal in actual teaching, which is quite different from the plan, the application of the course is not strong, and there are still some differences with the skills required by the applied undergraduate. Therefore, the project realizes the teaching reform of electrical control intellectualization and networking through teaching reform driven by project. Through teaching reform, students' practical ability is improved to meet the skill requirements for applied undergraduate. At the same time, from point to surface, the research results of this course can be copied to other similar courses.
Research on character recognition technology based on deep learning
Authors: Xiang Daodong
Published: January 2023

In the security field, it is necessary to extract the information of each camera in real time. However, due to various reasons, each camera may have wrong shooting time, location and other information during the use process. If it cannot be found in time, it will bring great hidden danger to the security. This research based on CRNN depth learning algorithm to detect and recognize the text information on these pictures, and the results can effectively improve the accuracy of recognition.
Design and implementation of Pedestrian detection based on Zynq APSoc
Authors: Chen Wei
Published: January 2023

Pedestrian recognition is an important content of intelligent security surveillance video processing system. In order to meet the application requirements of miniaturization and real-time security system, a moving target recognition system based on APSoc platform is designed. The system uses ov5640 camera as the video collector, zynq7020 as the development platform, and uses the soft and hard co-design to realize each function module. Finally, the pedestrian image acquisition and real-time display system is successfully completed. The test results show that the system can effectively and stably track pedestrians and moving objects within a certain range of distance, and can be displayed in real time, miniaturized and low power consumption, which can be further applied in the field of security.
Research on Lovelorn Emotion Recognition Based on Ernie Tiny
Authors: Huang Yuxin
Published: January 2023

Topics related to sentiment classification and emotion recognition are an important part of the Natural Language Processing research field and can be used to analyze users' sentiment tendencies towards brands, understand the public's attitudes and opinions on public opinion events, and detect users' mental health, among others. Past research has usually been based on positive and negative emotions or multi-categorized emotions such as happiness, anger and sadness, while there has been little research on the recognition of the specific emotion of lovelorn. This study aims to identify the lovelorn emotion in text, using deep learning pretrained model ERNIR Tiny to train a dataset consisting of 5008 pieces of Chinese lovelorn emotion text crawled from social media platform Weibo and 4998 pieces of ordinary text extracted from existing available dataset. And finally, it was proved that ERNIE Tiny performs well in classifying whether a text contains lovelorn emotion or not, with F1 score of 0.941929, precision score of 0.942300 and recall score of 0.941928 obtained on the test set.
The birth and growth of "things": Research on the Design of Creative Products of Shouzhou Kiln Ceramic
Authors: Chen Zhilong
Published: January 2023

The growth of all things needs seeds, soil, water and sunlight to break through the soil and complete the process of birth, and later through effective management and management to continue to grow, so do the creative products of artificial objects. Most of the existing studies on Shouzhou kiln ceramic creative products focus on how to "live", that is, the path of innovative design, but lack of discussion on how to "grow" after the completion of product creative performance. Based on the analysis of the issues related to creative design and the discussion of brand management, it is proposed that the creative design of creative products of Shouzhou kiln ceramics should return to the local tradition, inherit the gene of Shouzhou kiln ceramics, and establish the management concept of the whole process of creativity, project and brand.
Innovative Application Study Of Label-free Concept In Packaging Design
Authors: Guo Zidi
Published: January 2023

The lack of an objective evaluation system and monitoring system for product design has led to an endless stream of "formalism" in product engineering, exacerbating the current situation of excessive and disproportionate product design, and even creating an economic and social hazard. This paper focuses on the important role of the "label-free" concept in the design of beverage packaging products, based on three aspects: national environmental protection, product differentiation, and international market trends, while conducting experimental research through data collection and project studies. The aim is to solve the problem of resource waste and environmental pollution caused by beverage packaging through this new design trend.
The Artistic Value of Mongolian Music Elements in Unaccompanied Chorus Works
Authors: Ye Wei
Published: January 2023

These instructions give you guidelines for preparing papers for DRP Journals. Use this document as a template if you are using Microsoft Word 6.0 or later. Otherwise, use this document as an instruction set. The electronic file of your paper will be formatted further at DRP. Paper titles should be written in uppercase and lowercase letters, not all uppercase. Avoid writing long formulas with subscripts in the title; short formulas that identify the elements are fine (e.g., "Nd–Fe–B"). Do not write “(Invited)” in the title. Full names of authors are preferred in the author field, but are not required. Put a space between authors’ initials. The abstract must be a concise yet comprehensive reflection of what is in your article. In particular, the abstract must be self-contained, without abbreviations, footnotes, or references. It should be a microcosm of the full article. The abstract must be between 150 - 400 words. Be sure that you adhere to these limits; otherwise, you will need to edit your abstract accordingly. The abstract must be written as one paragraph, and should not contain displayed mathematical equations or tabular material. The abstract should include three or four different keywords or phrases, as this will help readers to find it. It is important to avoid over-repetition of such phrases as this can result in a page being rejected by search engines. Ensure that your abstract reads well and is grammatically correct.
Creative Transformation of Art Language and Women's Revolutionary Spirit in the New Era
Authors: Yang Jian , Zhang Yuchun
Published: January 2023

During the revolutionary period and after the founding of New China, there were many literary records, museum displays, film and television works, paintings and images that depicted female heroes, showing the complex connection between female power and the Chinese revolution. In the modern era of rapid social development and information flow, visual expressions can convey the inner meanings and concepts more quickly than traditional written records, audio and video works or historical museums. In order to complete the contemporary transformation of the revolutionary spirit of women, the historical spirit of revolutionary warfare is brought into line with the new era of today, inspiring the youth of today to pursue their ideals and dedicate themselves to building a new society. The thesis documents an attempt to transform the revolutionary spirit of women into a contemporary one by analyzing and selecting representative revolutionary women and using graphic software to combine artistic images, using wood panel carving effects and oil painting texture simulation to create, together with geometric graphic design, a secondary artistic creation with storytelling.
Exploring the expression of anxiety in the language of illustration design
Authors: Zhang Yuchun , Yang Jian
Published: January 2023

Anxiety is an internal disturbance that lacks an obvious objective cause and is usually associated with mental distress and imminent potential danger, characterized by uncontrollable stress, unhappiness and even pain. By using the language of illustration design to explore the expression of anxiety, people with anxiety can perceive their psychological state more intuitively and can also resonate with the message directly to people with anxiety through illustration. This paper first introduces the concepts and theoretical foundations of anxiety and illustration design language, and then theoretically analyzes the theoretical basis for using illustration design language for anxiety with a large number of examples. The author personally drew illustration designs for anxiety and designed a reasonable experiment on anxiety to prove the expression of anxiety in illustration design language, followed by a preliminary exploration of different anxiety emotions of contemporary young people, and finally an example analysis with the design work "Gum Anxiety".
Conceptual photography in the digital age
Authors: Liu Han
Published: January 2023

In the context of the contemporary digital age, the aerospace field is the most representative of technological development; at the same time, in a rapidly developing social environment, there is a phenomenon that people are intimidated by avoiding new problems and dilemmas in the face of the unknown. This research draws on the work of Chinese artists Miao Xiaochun and Yang Yongliang to convey this idea through the use of digital software. The research uses both documentary and case study methods to investigate the theoretical content of the work, using conceptual photography as a blueprint and combining it with digital technology in order to achieve a high degree of unity between content and form. Using the spirit of astronaut exploration as a starting point, the work 'Exploration' uses digital technology to merge real architecture with the unknown space, presenting the viewer with a set of creative images of self-knowledge, self-reflection and self-discovery. The aim is to guide people to face and explore any problem and not to run away or give up.
An analysis of the art of gardening in Dongguan's Ke Garden and its inspiration
Authors: He Qi
Published: January 2023

Dongguan gives many people the impression that it is a manufacturing kingdom with factories all over the city. In fact, Dongguan is not a cultural desert in the eyes of many people; it is also an ancient city with a deep literary and artistic heritage and accumulation. Especially in the heart of the city lies a small but exquisitely designed garden of the Qing Dynasty, the Ke Garden. It can be described as a unique artisanal and Auxiliary side. The four famous gardens of Guangdong (Qinghui Garden in Shunde, Liang Yuan in Foshan, Ke Yuan in Dongguan and Yu Yin Shan Fang in Panyu) are representative of the gardens of the Lingnan region. Although it is a Lingnan garden, it has all the commonalities of a Chinese garden, with its corridors and windows, rockery and fish ponds, and its twists and turns. Therefore, the author has chosen to cut through Dongguan's Ke Garden to see the big picture in a small way. In turn, the characteristics of Lingnan gardens and their inspiration for modern gardens are analysed.
Research on the applicability of regional folk art Fengyang Phoenix Painting from the perspective of humanistic ecology
Authors: Li Qiao
Published: January 2023

The core values of socialism contain a very important content is civilization and harmony, the image of the dragon and phoenix is the mythical totem image of the Chinese nation for thousands of years, is an indispensable spiritual symbol in Chinese civilization, and is also the spiritual carrier of Chinese national cultural self-confidence and national self-confidence. The "Essentials of Chinese Painting" records that there are three stops and nine resemblances in painting dragons, and the drawing methods of phoenix birds in Fengyang phoenix paintings also have many elaborates, and the physical composition of phoenix birds is a synthesis of various beautiful objects. Through the interpretation of Fengyang Phoenix Paintings with different themes, different expression techniques and different decorative effects, this study discusses the adaptation of Fengyang Phoenix Paintings to natural ecology and the practical significance of ecological development trends, emphasizes the importance of inheriting and continuing Fengyang Phoenix Paintings and generating a sense of cultural identity, in order to achieve the goal of building a sustainable development activation route for Fengyang Phoenix Paintings, and introduces the important impact of the culture composed of phoenix birds in the cultural category of Fengyang Phoenix Paintings on the humanistic ecology of Fengyang Phoenix Paintings. In-depth study of the future of Fengyang phoenix painting from the perspective of humanistic ecology, so as to provide universal theoretical support for the development of Fengyang phoenix painting in real situations.
A Study on the Triple Logic of Integrating the Ritual Culture into Theoretical Courses of Design
Authors: Liu Jing , Rao Shun
Published: January 2023

Being a core element of Chinese traditional culture, an important cultural gene of the Chinese nation, the ritual culture contains rich resources for moral and aesthetic education. In the new era, it is a unity of theoretical logic, historical logic and realistic logic to integrate the ritual culture into the education of design art. By strengthening the integration of teachers, optimizing the integration of content, and integrating the integration of resources, ritual culture can be better integrated into the course of design theory.
A Study on the Narrative Structure and Narrative Art of TV Documentary
Authors: Long Yuhao
Published: January 2023

Television documentary is to systematically and completely report and record political, economic, cultural and other related news topics by using electronic recording equipment and means. TV documentary is characterized by authenticity: in its shooting process, from the perspective of news, it objectively and truly records social life, objectively reflects real people, real events, real emotions and real-life scenes, and focuses on showing the complete process of the original form of life. Therefore, when creating TV documentaries, we must pay attention to the rational and effective use of narrative structure and narrative art, so as to further enrich the content and expression of TV documentaries.
Research on the brand image design of Netflix tea drink
Authors: Zeng Jiaying
Published: January 2023

With the development of the economy and society, people's demand for entertainment is realized through the Internet platform, and the Netflix economy has started to develop rapidly, promoting the birth of Netflix brands. Netflix tea brand refers to the brand that uses the Internet and social platforms to gather a large number of fans and turn them into a market audience so as to quickly explode. It is different from the traditional sense of the brand, but how to make the net popularity brand reap dividends at the same time, but also to make the brand sustainable growth, this is a problem that cannot be ignored. In this paper, through the study of the tea brand "Cha Yan Yuet Si", the purpose is to explore the development status of the brand tea in the context of the Netflix economy, and summarize the methods of Netflix brand image design. Therefore, in the design of the brand logo, the core concept of the brand should be analyzed, and the core concept should be carried through in the whole image design of the brand, so as to continuously strengthen the penetration of its dissemination in the public, and achieve the purpose of cultural export and brand heritage, which is the trend of brand design.
Research on Sports Footwear Brand Image Based on Service Design
Authors: Fu Xinping
Published: January 2023

Brand image is very important to an enterprise. Brand image has a huge impact on customers' consumption behavior, especially in the consumer industry. Brand image affects the sales of goods. Consumers are more inclined to choose companies and products with good brand image. This paper summarizes the current situation of domestic shoe-making enterprises, and systematically analyzes service design and brand image, and puts forward the value of service design in improving the brand image of sports shoes.
Print advertising design and production demonstration course design
Authors: Yu Xue
Published: January 2023

The course of Graphic Advertising Design and Production is a core course for sophomore undergraduates of visual communication design, which plays an important role in the curriculum system setting of college design major. In print advertising design and production course teaching design, through the regional culture and core values of ideological elements, guide students to deeper ideological and political culture, and the integrated use of ideological elements to the print advertising design, which not only helps students more comprehensive grasp of print advertising design ability, also helps the students in more close to the real life environment of the new creative inspiration, improve students' comprehensive design ability.
Damage of Oxybenzone in Sunscreen to Coral Reefs
Authors: Miao Zichen
Published: January 2023

Coral reef is a kind of reef, which is distributed in the warm shallow sea. It is made up of coral skeleton. Different coral individuals are bound together by connecting substances and live in groups for generations. Coral reefs provide spaces of different sizes, where many fish, shrimps, shellfish, algae and other kinds of marine life inhabit, grow and multiply. Cryophyte is symbiotic in polyps. Yellow algae is an algae plant, which absorbs sunlight and provides nutrients for corals through photosynthesis. Global warming will cause the sea level to rise, which will seriously threaten the survival of corals. In addition to the vicious impact of global warming on the marine ecological environment, oxybenzone in sunscreen and other skin care products has been detected in marine and freshwater entertainment areas, and oxybenzone will accumulate in aquatic animals and degrade into toxic substances. This paper analyzes the main causes of coral reef destruction, and puts forward corresponding protection measures.
Research on the Influence of Prevention Practice on Emergency Management Strategy in COVID-19
Authors: Li Dacheng
Published: January 2023

After the outbreak of COVID-19, patients with respiratory infectious diseases are facing a surge, and medical staff in non-respiratory, infectious, severe and other departments are not strong in differential diagnosis of infectious diseases, and protective measures are not in place, resulting in nosocomial infection. According to the influence of COVID-19's preventive practice on emergency management strategies, this paper analyzes and studies the response of Chinese mainland and Taiwan Province to COVID-19 respectively. The research shows that before the formal deployment of each link, Taiwan Province organizes experts to discuss collectively to form a unified opinion and then implement it. To guide the diagnosis and treatment of patients in fever clinic and isolated observation ward. At the same time, the responsibilities of each group are clear. By formulating the prevention and control process, it is ensured that the suspected patients will go to the fever clinic for treatment at the first time, and all examinations and treatments will be completed in the fever clinic area. On the premise of ensuring fire safety requirements, Chinese mainland took the lead in launching pre-examination and triage department for fever among medical institutions in the city. The specific method is to take the measure of "sealing the hospital", only keep the main entrance of the hospital gate as the only passage, and put the fever pre-examination and triage place located in the outpatient hall in the daily state in front of the main entrance and exit.
Overall nutritional and texture analysis of ham sausages with the effects of starch
Authors: Shi Yuqi
Published: January 2023

Ham sausage is usually considered as unhygienic and mal-nutritious food because its complicated ingredients containing high amount of starch rather than actual meat. This research mainly focuses on evaluating the effects of starch addition on taste, texture, and nutritional values of different brands of ham sausage available on market by taste testing and nutritional analysis. The analysis of nutritional content involves three indicators which are glycemic index and glycemic load, caloric contributions of starch, and the index of nutritional quantity of the overall product. The inquiry of taste testing will involve an experiment done by involving 30 volunteers to taste test each sample of ham sausage and rate the texture from four aspects: elasticity, hardness, powdery and chewiness from a scale of zero to ten. The results obtained is that sample b has received the highest scoring among all but it is not the one with the least amount of starch content, which leads to the conclusion of starch additions varied within a small amount won’t possess huge impact on the texture of ham sausages.
Preparation of Au nanomaterial particles and medical research
Authors: Liu Zhiqi
Published: January 2023

Gold nanoparticles have good stability, ease of operation, sensitive optical properties and good biocompatibility, making them widely used in food safety testing, environmental safety testing and medical detection and analysis. In this work, the main preparation methods of Au nanoparticles are reviewed, including chemical reduction method, two-phase method, seed growth method and template method, as well as the structural characteristics and characteristics of Au nanoparticles. At the same time, the application of Au nanoparticles in biomedicine is elaborated, and the results show that their outstanding surface plasma resonance properties have unique advantages in the field of loading drugs and transporting drugs. Finally, the application of gold nanoparticles in cancer treatment, biochemical analysis and biosensors is prospected.
The relationship between some species of parasites and cancer and their pathogenesis: A literature Review
Authors: Liu Jiayin
Published: January 2023

Cancer is the second most common cause of death worldwide, and one of the pathogenesis is some species of parasites. At present, the main types of parasites for cancer are: Echinococcus granulosus (tapeworm), Toxoplasma gondii, Plasmodium, Trypanosoma cruzi, Schistosoma, liver fluke and so on. Different types of parasites cause different types of cancer. In recent years, many scholars have done related research and experiments on the mechanism of parasite-induced cancer infection, but the specific mechanism has not been clear so far. This article reviews the relationship between schistosomiasis, liver flukes and Toxoplasma gondii and cancer and their pathogenesis.
The research of the contribution of big data in enhancing power battery safety
Authors: Wang Yufan
Published: January 2023

The use of oil and gas is the main cause behind the increased impact of severe weather over the past two decades. In the use of oil and natural gas, fuel powered vehicles account for a large part. Therefore, at present, countries are vigorously promoting the settlement of new energy vehicles. With the support of national policies, new energy manufacturers are springing up. There are also many large factories with good qualifications, but there are also many small factories mixed with other factories. With the increase of new energy vehicles, more and more traffic accidents caused by new energy vehicles, especially the self-destruction of new energy vehicles caused by power batteries. Therefore, this paper attempts to make suggestions and analysis on the production, charging, driving and handling of power batteries after accidents through big data monitoring.