Probe - Environmental Science and Technology
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2661-3948 (Online) Journal Abbreviation:
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2661-3948（Oline） The article processing charges is $800 per article. |
ISSN: Table of Contents
Open AccessArticles
by Yinan Tang
2024,6(3);
70 Views
Abstract
Phase change materials reflect the progress of human science and technology, the future will be a
huge development, China’s research and development of phase change materials has entered a period of rapid
development, but the public’s understanding of phase change materials is still very little, in fact, there are many
similar example of phase change materials from ancient China to modern times, this paper tries to talk about the
past, present and future of phase change materials in a simple and obvious way to provide valuable references to
the development of environmental protection materials in the future of mankind.
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Open AccessArticles
by Ruijie Gu
2024,6(3);
53 Views
Abstract
At present, the management of small and medium-sized rivers in China has achieved initial results, and
further improvement of river ecological environment has also been made. In the long-term process of carrying
out the ecological management of small and medium-sized rivers, the concept of ecological water-saving has
been integrated into the management projects of small and medium-sized rivers, and different types of ecological
management models of small and medium-sized rivers corresponding ecological restoration technology system
have been gradually formed. Based on the current implementation status of ecological restoration measures
in the management of small and medium-sized rivers in China, this paper analyzed the mode and application
technology of ecological management of small and medium-sized rivers, and provided references for the
development of ecological management work of small and medium-sized rivers in the new era.
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Open AccessArticles
by Zhang Xinzhe, Ding Xiong
2024,6(3);
50 Views
Abstract
This article conducts in-depth research on marine gas reservoirs in the Tongnanba area of the Sichuan
Basin. Through comprehensive analysis of geological data, core observation, thin section identification, and
interpretation of logging data, the petrological characteristics, pore types and structures, physical properties, and
heterogeneity of the reservoir in this area were elaborated in detail. On this basis, a comprehensive evaluation
of the reservoir was conducted, and the main controlling factors affecting reservoir development were explored,
providing important geological basis for further exploration and development of marine gas reservoirs in the
region.
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Open AccessArticles
by Li Kunhao, Geng Fang
2024,6(3);
60 Views
Abstract
To enhance the service quality and passenger satisfaction of high-speed rail stations in China, while
simultaneously improving transportation safety, this paper conducts an in-depth exploration of the application
of holographic platform technology in the construction of intelligent high-speed rail stations. Beginning with an
examination of the principles and characteristics of holographic platform technology, we analyze its potential
application scenarios within high-speed rail stations. Furthermore, we investigate the factors influencing the
implementation of this technology in station environments. Finally, we propose methodologies for constructing
holographic platforms in high-speed rail stations, with the aim of providing valuable insights for the future
development of China’s high-speed rail infrastructure.
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Open AccessArticles
by Bin Lu
2024,6(3);
53 Views
Abstract
Caohai in Guizhou province is an important winter habitat for black-necked cranes. Based on the data
of field observation in the last two years, the related distribution and factors of black-necked crane night habitat
community in Caohai winter were found. The kernel density estimation method was used to explore the spatial
distribution of nocturnal habitat of crane population. BIOENV analysis and typical correspondence analysis were
also used to investigate the environmental impact of nocturnal habitat distribution. The night habitat of blacknecked crane is mainly in two places south and west of the lake, and the single area group is more significant.
The water depth and the distance from the settlement were the main reasons for the black-necked crane to choose
its night habitat. Deep water provides a sense of security for the black-necked crane, while staying away from
settlements avoids human disturbance. The results of this study can provide a reference for the protection and
management of black-necked Hexiang group in Caohai Lake, Guizhou Province. The protection of the night
habitat should closely consider the effective protection of the lake water area, water quality and aquatic living
resources, as well as the environmental optimization around the settlement.
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Open AccessArticles
by Han Ge, Li Xin, ShenYujue
2024,6(3);
54 Views
Abstract
This research mainly explores the impact of water supply systems on indoor comfort and human health,
and proposes optimization strategies to improve the performance and effectiveness of water supply systems.
Through the analysis of factors such as water quality, pipe selection, layout, and end-point water supply facilities
in the water supply network, a series of optimized designs were proposed, including the installation of pre filters,
central water purifiers, and softeners. The material and layout of the water supply pipeline were also optimized.
Research has shown that scientific and rational optimization of water supply systems can significantly improve
indoor water comfort, ensure human health, extend equipment lifespan, reduce maintenance costs, achieve
efficient and reliable water supply systems, and provide a better quality of life experience.
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Open AccessArticles
by XiangTong Meng, Xin Li, Ge Han, TianAi Zhang
2024,6(3);
57 Views
Abstract
With the rapid development of the tourism industry and the increasing demand for personalized
accommodations, traditional vacation home design and construction methods no longer meet market needs.
Compared to traditional vacation hotels, modular design offers advantages such as flexibility, shorter construction
periods, lower costs, higher safety, and environmental sustainability. This approach is gradually becoming a new
trend in modern tourism accommodations. This paper first outlines the current status of vacation homes and
presents relevant exemplary cases, then reviews the theories related to modular design, and finally provides a
design analysis from multiple aspects including space, construction, structure, and materials.
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Open AccessArticles
by YUE QIN
2024,6(3);
71 Views
Abstract
The Arts and Crafts movement emerged during the 19th century Industrial Revolution, aiming to
revive handcraftsmanship and pursue a simple lifestyle. Despite being considered unrealistic, its influence in
fields such as architecture and gardening has been profound. This essay explores the historical background
and design characteristics of Arts and Crafts gardens, showcasing their design elements and typical vocabulary
through the analysis of iconic gardens like Red House and Munstead Wood. Arts and Crafts gardens exemplify
the coexistence of humans and nature, featuring inspirations from nature, unity between buildings and gardens,
functional and simple designs, and the use of local materials and traditional crafts. These principles have
significantly influenced modern landscape design.
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Open AccessArticles
by Zhang Musen, Zhang Yang, Xiong Yuting, Chen Junyu, Qie Han
2024,6(3);
64 Views
Abstract
In recent years, the trend of agricultural technology innovation is developing towards the integration of
biotechnology and electronic machinery, in order to achieve efficient, accurate and sustainable agriculture. This
study explores the sustainability of biotechnology and electro-mechanical integrated agriculture (BEMA) from
an environmental science perspective. Firstly, the application of BEMA in agricultural ecosystem and its impact
on environment were studied by means of investigation and statistical analysis. Studies have shown that BEMA
can bring multiple environmental benefits to agricultural production systems, including resource optimization,
circular agriculture promotion, ecological plant protection, and environmental load reduction. Then, through
systematic analysis and model construction, this study analyzed the role of BEMA in promoting the efficient use
of land and water resources, improving agricultural production efficiency, and mitigating the negative impact
of agricultural emissions on the environment. In addition, we also explored the possible paths and strategies
to promote the sustainable development of BEMA from the three levels of policy, economy and society. The
results of this study will provide diversified and feasible suggestions for agricultural technology innovation and
environmental protection.
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Open AccessArticles
by Shilin Hou, Li Li, Xinran Huo
2024,6(3);
75 Views
Abstract
The Mesozoic paleo-ecological environment in Inner Mongolia is complex and diverse, providing a
rich place for biological survival and evolution. In this paper, the systematics and taxonomic diversity of the
Late Cretaceous squamates in Inner Mongolia were studied. The collected fossil specimens were subjected to CT
scanning, three-dimensional reconstruction and morphological characteristics analysis to preliminarily identify
the fossil taxa. The phylogenetic tree of the squamates was constructed by using the branch systematics method,
and the phylogenetic relationship of the squamates was analyzed. The results show that the classification diversity
of Late Cretaceous scaly in Inner Mongolia is high and widely distributed. This study provides new evidence for
the in-depth understanding of the evolution and geographical distribution of scaly, and has important scientific
significance for promoting the study of paleontology and geology. The results of this study provide a basis for the
further development of related fields.
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Open AccessArticles
by Geng Fang, Li Kunhao
2024,6(3);
74 Views
Abstract
The application of oil-electric hybrid shunting locomotives in railway technical stations is analyzed
in depth. Firstly, the technical characteristics of this kind of locomotive and its advantages in the application of
railroad technical station are analyzed; then the main problems existing in the current application are analyzed,
including short range, insufficient energy recycling, intelligent control level needs to be upgraded and so on;
finally, the measures and suggestions for systematic optimization are put forward from the levels of technological
innovation, construction of ancillary facilities, policy support and so on, with a view to providing references to
promote the application of hybrid shunting locomotive in the railway technical station. In order to promote the
application of oil-electric hybrid shunting locomotives in the railroad technology station to provide reference.
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Open AccessArticles
by Zhu Jiawei, Ding Xiong
2024,6(3);
55 Views
Abstract
This article delves into the pore structure factors of carbonate reservoirs and their impact on
permeability sensitivity. Through detailed experimental analysis and theoretical research, the characteristics of
pore structure, determination methods of related factors, and their relationship with permeability were elucidated.
Further analysis of the mechanisms by which different factors affect permeability sensitivity provides important
theoretical basis and practical guidance for the effective development and management of carbonate reservoirs.
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Open AccessArticles
by Xie Fengyu, Yang Jihua, Zhang Yubo, Ge Ziyao, Zhang Shiqi, Yang Jiqing
2024,6(3);
85 Views
Abstract
With the continuous promotion of the national “dual carbon” strategy and the construction of beautiful
rural areas, the number of updates and renovations of rural residential buildings is gradually increasing.
However, there are widespread problems with planning, design, construction quality, energy conservation and
environmental protection. This article takes the rural houses of the Bai ethnic group in Dali as an example,
summarizes the current status and main problems of the renovation of Dali houses through research, and
elaborates on the advantages and characteristics of BIM and prefabricated technology. This paper analyzes
the application prospects of BIM technology in the prefabricated renovation of rural residential areas from the
aspects of site planning, scheme optimization design, ethnic cultural inheritance, engineering project construction,
and engineering cost. It can provide reference and guidance for the renovation of traditional rural residential
areas, and assist in rural revitalization.
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Open AccessArticles
by Jiafan Shi
2024,6(3);
106 Views
Abstract
This paper provides an in-depth analysis of London’s strategies for promoting electric vehicles (EVs)
and their impact on global sustainable transportation. Initially, it reviews the evolution of UK’s EV policies,
highlighting the critical role of policy in driving EV development from initial legislation to stringent measures
for full electrification. Subsequently, it delves into London’s specific promotion tactics, including congestion
charge discounts, low emission zone policies, purchase subsidies, and infrastructure development, assessing the
effectiveness and challenges of these measures. Additionally, the paper examines the global trends in the EV
market, identifying the challenges and opportunities faced by sustainable transportation worldwide. Finally,
it offers a future outlook for global sustainable transportation, emphasizing the importance of international
cooperation, policy innovation, and technological advancement in promoting green economies and upgrading
supply chains. Through this comprehensive analysis, the paper aims to provide insights and recommendations for
the development of the global EV industry.
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Open AccessArticles
by Feng Yang
2024,6(3);
57 Views
Abstract
The selection and application of pile body quality testing methods play a significant role in the
economic benefits and environmental impact of engineering projects. This paper systematically analyzes the
characteristics, existing problems, and solutions of pile quality testing technologies. It focuses on the economic
benefits, environmental impact, and technical limitations of different testing methods. In response to the
existing problems, specific strategies are proposed to enhance the economic benefits of testing, reduce negative
environmental impacts, and optimize the technology. By optimizing the testing process, introducing new nondestructive testing techniques, and implementing environmentally friendly measures, pile body quality testing
can achieve a balance between ensuring quality and promoting economically beneficial and environmentally
friendly development.
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Open AccessArticles
by Weixin Lin, Yin lele, Zhang yi
2024,6(3);
69 Views
Abstract
In today’s society, with the rapid development of technology and the increasing frequency of human
activities, environmental issues have become a global focus of attention. With the awakening of ecological
awareness, various industries are actively exploring sustainable development paths, and the advertising
industry is no exception. Environmental media advertising, as an innovative form of advertising, is gradually
demonstrating its positive contribution to environmental protection and ecological balance while conveying
information and promoting brand awareness. This article aims to explore the design ideas of environmental
media advertising from the perspective of ecological perception, in order to provide new ideas and strategies for
the green development of the advertising industry.
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Open AccessArticles
by Mo Xiangkai, Li Chenlong, Yang Wenjie, Feng Tian, Xu Ting
2024,6(3);
69 Views
Abstract
The development of the integration of agricultural biotechnology and electronic machinery has
increasingly attracted the attention of researchers, and environmental science plays an important role in it.
This study deeply discusses the related issues and strategies of the integrated development of agricultural
biotechnology and electronic machinery under the guidance of environmental science. First of all, guided
by environmental science, we build a model that can promote the integration of agricultural biotechnology
and electronic machinery. The model emphasizes that while implementing the integration of agricultural
biotechnology and electronic machinery, it pays attention to the rational utilization of environmental protection,
precise fertilization and application of medicine, energy saving and emission reduction. Secondly, we put
forward strategies to realize the integration of agricultural biotechnology and electronic machinery, including
strengthening scientific research investment, improving the automation and intelligence level of agricultural
machinery, promoting the innovation and application of agricultural biotechnology, and strengthening
the construction of policy guidance and market mechanisms. The results show that the implementation of
environmental science oriented agricultural biotechnology and electronic machinery integration development
model and related strategies can effectively improve agricultural production efficiency, strengthen agricultural
environmental protection, and promote the sustainable development of agriculture.
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Open AccessArticles
by Yuanxiang Wang
2024,6(3);
55 Views
Abstract
Furniture design not only meets the needs of daily life but has also become an important way to
express individuality and enhance the quality of life. In recent years, personalized design has gradually become a
mainstream trend. This article explores a designer who has achieved remarkable success in the field of furniture
design and their works, particularly a series of products that won the gold award at the 2017 Las Vegas Furniture
Fair in the United States. By analyzing the materials, color combinations, design concepts, and market feedback
of the award-winning works, the article reveals the impact of personalized design on the furniture industry and
its future outlook.
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Open AccessArticles
by Xin Zhang
2024,6(3);
69 Views
Abstract
This paper examines a micro pressure-controlled metal diaphragm for parallel double chamber firing.
The diaphragm, featuring a positive arch and double X-grooves, bursts under pressure without detachment. The
convex side bears more pressure. Key parameters, including rupture pressure and diameter, were calculated
using design theory. CEL simulations analyzed pressure capacity and rupture deformation. Experiments verified
simulations: concave max pressure was 5 MPa, convex 7 MPa, a 40% difference. This design informs multichamber weapons and high-pressure devices.
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