bluuebunny/crossref_metadata_2025_split huggingface dataset:
Present Geothermal Field of the Chagan Sag in the Yingen-Ejinaqi Basin of Inner Mongolia, NE China
Authors: Qingqing HAO , Yinhui ZUO , Zhou Yongshui 
Published: June 2020

Abstract
The aim of this work is to discuss the present geothermal field of the Changan sag of the Yingen-Ejinaqi Basin in Inner Mongolia, NE China. In this study, the rock thermal conductivity and heat generation of the Chagan sag were tested, and the geothermal gradient of four wells and the first heat flow data were calculated. It is concluded that the geothermal gradient of the Chagan sag can be divided into three sections, i.e., K2
w-K1
s
2upper, K1
s
2lower-K1
s
1 and K1
b
2. The heat flow of the Chagan sag is 70.6 mW/m2, indicating that this sag is in a geothermal state between tectonic active area and tectonic stable area. The results may provide significant geothermal information for the evaluation of geothermal resources in the Chagan sag.
Environment-friendly drying device based on distributed photovoltaic energy
Authors: Zhong Shihao , Liu Yixin , Tian Ziqi 
Published: June 2020

Abstract
In order to achieve sustainable development, reduce the consumption of disposable energy, and meet people’s increasing demand for energy-saving living equipment, an environmentally friendly drying device based on distributed photovoltaic energy is designed for drying and sterilizing daily supplies. The environment-friendly drying device drying device uses clean energy, no pollution, intelligent, efficient, low noise, and takes less than 1/4 of the traditional drying equipment.The environment-friendly drying device uses distributed photovoltaic energy to generate electricity, and the electrical energy is stored in the battery when the system is not in operation. The control system adjusts the working state of the heating and cooling systems in time to ensure the stability of the temperature during operation by using a fuzzy adaptive PID algorithm based on incomplete differentiation. Based on the Coanda effect, we independently designed a mechanical structure that doubles the air, enhances the wind mobility, and realizes air circulation and recirculation. The inner wall of the device is equipped with a sterilization device and uses ozone sterilization technology to strictly control the ozone concentration. At the same time, in order to better fit various sizes of clothing, we also design an intelligent control panel that can set personalized drying temperature and time.
Overview of Regional Integrated Energy System Operation Optimization Based on Comprehensive Demand Side Respons
Authors: Wang Jiale , Guo Su 
Published: June 2020

Abstract
Regional Integrated Energy System (RIES) provides a new way to solve the energy dilemma. In order to improve the economic benefits of a regional integrated energy system, a regional integrated energy system with energy storage considering Integrated Demand Respones (IDR) is proposed. Under the premise of not affecting user comfort, fully mobilizing user-side resources can improve the comprehensive utilization efficiency of energy, reduce energy costs, and consume more renewable energy. This paper introduces the concept of IDR, layered interactive architecture and interaction mechanism, analyzes the multi-energy, and focuses on the analysis of integrated energy system scheduling considering IDR uncertainty. Finally, the key scientific issues in IDR research are summarized, and future research directions are prospected.
Research on Multi-Objective Operation Optimization of Integrated Energy System Based on Economic-Carbon Emission
Authors: Wei Mengju , Yang Yang , Liu Zhao , Wang Yongli , Zhou Minhan , Song Fuhao 
Published: June 2020

Abstract
The development of an integrated energy system (IES) is an important way to improve energy utilization, link renewable energy consumption and protect the environment. In this paper, physical modeling and analysis of the key equipment of IES, with economic costs and carbon emissions as the goal, established a multi-objective operation optimization model of the integrated energy system, and used particle swarm optimization to solve practical problems. Finally, taking a typical summer day as an example, the analysis illustrates the optimization results and verifies the feasibility of the model and algorithm.
Research on Green Energy Management Mechanism from the perspective of social network
Authors: Qiao Shuang , Wang Pan , Tan Xinyue 
Published: June 2020

Abstract
Energy is an important material basis for the survival and development of human society, which determines the quality of national economic development and people’s quality of life.Energy shortage and environmental pollution have always been the two major problems that human beings face for a long time. Green energy management is extremely urgent. It is of great practical significance to develop green energy management from the perspective of social network.This paper finds that through the reform of energy system, strengthening the construction of system innovation, giving full play to the capacity of social collaborative governance, realizing network management through structural positioning and active role, and making full use of energy internet information technology to improve the capacity of technological innovation can significantly improve the capacity of green energy management reform in chian.
The present situation of soil pollution in agricultural production and the Countermeasures
Authors: Li Guirong , Xing Jian 
Published: June 2020

Abstract
Agriculture is the basic industry on which people depend for existence, which provides a continuous power for the development of national economy and guarantees the development of human and society. But in agricultural production, due to the abuse of chemical fertilizer and pesticide, soil pollution is caused. Soil pollution is a result of long-term accumulation. A large number of pollutants accumulated in the soil will further lead to the expansion of pollution, such as groundwater pollution. It is difficult to control soil pollution. We should start from many aspects, such as strengthening the propaganda of soil pollution control, strengthening the control of agricultural production, to prevent and solve the soil pollution in agricultural production. At the same time, it is a long-term process to repair the polluted soil.
Study on Antibacterial Activity of Amomum tsao-ko Extracts against Bacillus subtilis and Listeria monocytogenes and Preliminary Investigation of Its Antibacterial Mchanism
Authors: Tang Zhiling , Zhao Mingming , Han Yingjie , Gao Luyao , Chen Jingtong , Chen Wenxue , Li Yuansong 
Published: June 2020

Abstract
The main objective of this study was to preliminarily investigate the antibacterial activity and mechanism of action of Amomum tsao-ko (A. tsaoko) extracts against Bacillus subtilis and Listeria monocytogenes. The results showed that the minimum inhibitory concentration (MIC) and minimum bactericidal concentration (MBC) of A. tsaoko extracts against B. subtilis and L. monocytogenes were 1.25 mg/mL. Bacterial growth curves revealed that the A.tsaoko extracts had an obvious antibacterial activity against Bacillus subtilis and L. monocytogenes. Furthermore, the mechanism of action of A. tsaoko was evaluated by analyzing its effects on the integrity of cell membrane and cell morphology. The leakage of alkaline phosphatase (AKP) confirmed that the A. tsaoko extracts caused serious damage to the wall structure of B. subtilis and L. monocytogenes. Results of scanning electron microscopy (SEM) manifested that the destructive effect of A. tsaoko extracts on cell morphology and cell integrity of bacterial cells. The results implied that A. tsaoko extracts showed relatively good antibacterial effect on B. subtilis and L. monocytog.
Toxicity and Effect of Chemicals in Skin Care Products on Human Health
Authors: Liang Wenxin 
Published: June 2020

Abstract
Chemicals in skincare products are very critical because they not only have an influence on the safety of cosmetics but also on all aspects of the human body and life. For sensitive skin, a particular type of skin that should avoid cosmetics containing harmful chemicals, it is significant to evaluate the toxic and protective mechanism of products by using scientific methods. Besides, using the experimental data to explore the protective and toxic effects of functional skincare products on sensitive skin is more clear to clarify the pathophysiology, biochemical changes and particular clinical manifestations of skin diseases. These phenomena occur after the skin contact with chemical substances, and the dynamic process of the chemicals damages the skin barrier and percutaneous absorption. By observing the performance and improvement of sensitive skin protection before and after the experiment, the research evaluates the toxicity of the different chemical substances in skincare products on sensitive skin. The research in this article is also helpful for people to use skin care products reasonably and promote skin health.
Effects of Different Rootstocks on Phosphorus and Potassium Uptake in Eggplant Seedlings under Selenium Stress
Authors: Lu Ronghai , Xi Chunyi , Pan Shaokun , Tang Youwan , Wu Yongmei 
Published: June 2020

Abstract
In the experiment, four new eggplant materials (“190-1-8”, “RS-2”, “RS-5” and “Qinqing”) and wild tomato were used as rootstocks, and eggplant “Fengshengjiaowang” was used as scion to study the effect of different rootstocks on the absorption of phosphorus and potassium by eggplant seedlings under selenium stress. The results showed that after grafting, the absorption of phosphorus in the roots of grafted eggplant seedlings was not significant overall. But grafting can significantly increase potassium uptake by roots of grafted eggplant seedlings. Grafting significantly reduced the content of phosphorus and potassium in scion stems. Phosphorus and potassium content in leaves and rootstock stems vary greatly according to the rootstock. In conclusion, the treatment of using RS-5 and Qinqing as the rootstocks had the best performance overall. For the treatment of using RS-5 as the rootstock, the phosphorus content in roots and leaves was 17.71% and 16.14% higher than that of control, respectively; and the potassium content in the roots and leaves increased by 24.02% and 6.62% compared with the control. For the treatment of using Qinqing as the rootstock, the leaves phosphorus content increased by 16.02% compared with the control, and the root potassium content was 43.20% higher than that of control. The contents of phosphorus and potassium in the rootstock and scion stems performed better than other grafting treatments.
RETRACTED: Application of Intelligent Cultivation System in Plant Growth
Authors: Ying Song , Yuanping Cao 
Published: June 2020

Abstract
Intelligent cultivation system based on Internet of things technology can improve the precision management and scientific management in the process of plant growth. This paper studies the application of intelligent cultivation system. Firstly, the functions and their demand of intelligent cultivation system are expounded, including the software development and its implementation environment. Secondly, it is pointed out that 51 chip microcomputer and Raspberry Pi Raspbian system are modules used to combine the whole system. The experimental results show that the optical sensor of the system can turn on the light supplement, which could form a better growth environment. The automatic irrigation and fertilization module can calculate the proportion of water in the soil. The plant growth recording function, after taking the image, can be processed by image warehouse configured on the server side.
Difficulties and Countermeasures of Agricultural Products Processing Industry in Rural Areas under the Background of Rural Revitalization
Authors: Guo Hao , Sun Jun , Zhang YuShi 
Published: June 2020

Abstract
Industrial prosperity is the focus of rural revitalization, and the agglomeration of agricultural products processing industry is the breakthrough of industrial prosperity. Agricultural product processing industry is an important symbol of modern agriculture and a key link in the construction of modern agriculture. Its development plays an increasingly important role in promoting farmers’ employment income, agricultural value-added and efficiency, and rural prosperity and development. At present, China’s economic development has entered a new normal, and the development of the agricultural product processing industry has also shown some new characteristics. In order to promote its sustainable and healthy development, we must deeply understand these characteristics, grasp the trend change, conform to the trend, seek benefits, avoid harm, and better improve the quality and level of development.
Tumor Immunity as Well as Its Treatment Methods
Authors: Bao Zhouyang 
Published: June 2020

Abstract
in the passing years, tumor immunotherapy has become a major research topic and up till now, some remarkable progress has been achieved. It has come up with a new oncotherapy method different from surgery, conventional chemoradiotherapy. Tumor immunotherapy aims to kill or inhibit tumor growth by activating the immune system of the human body itself or enhancing the functions of the immune system. This thesis reviews the research and development of oncolytic virus therapy, CAR-T therapy and phytochemical drug therapy.
Air distribution analysis of clean air conditioning in operating room of hospital
Authors: Zhimei Wen 
Published: June 2020

Abstract
Study on the clean air conditioning in operating room, the CFD numerical simulation method is used to analyze the indoor air distribution. In this paper, the air supply speed and the position of the air return outlet are analyzed. The results show that the air supply speed is the main factor affecting the air distribution in the operating room and the particle concentration distribution in the operating area. From the perspective of the indoor air distribution, the effect of continuous arrangement of air return outlet is the best. The results can be used for reference in the design of air distribution in the operating room of the hospital in the future.
Electromagnetic field simulation of large hollow reactor
Authors: Caiquanwen  , Yang Zheng 
Published: June 2020

Abstract
The electromagnetic interference problems of large-scale hollow reactor equipment are special and increasingly widespread. In order to thoroughly understand the electromagnetic interference of large hollow reactors on various equipment in a substation, a field test was performed near a SVC in a substation, and the electromagnetic field was explained from three aspects: the main ground network induced circulation, the secondary cable shield current, and the DC system ripple interference. Interference issues. Furthermore, a three-dimensional electromagnetic field simulation model was established for SVC and nearby areas, and the equivalence of the model was verified by comparing it with the spatial magnetic field and induced current on the site. Based on this analysis, the electromagnetic interference improvement and the effect of inductance value changes at different reactor heights were analyzed. The results show that, during normal operation of large hollow reactors, the electromagnetic interference between the nearby grounding system and the DC system has approached or exceeded its rated operating conditions. In the design, attention should be paid to the spatial location of the reactor and the ground network, the control room and the secondary screen cabinet.
Application of Authorization in Smart Grid based on the PasS Microservice architecture
Authors: Yi Ding , Donghui Tong , Xuegang Wang , Shuliang Zhang 
Published: June 2020

Abstract
This paper introduces a smart grid environment authorization service architecture based on XACML and SAML standards. Software prototypes are deployed with the platform as a service (PaaS) framework Appscale. Appscale is an open source AppEngine framework released by Google that can execute applications in the cloud to solve the problems caused by the distributed computing model. This paper mainly evaluates its scalability. Through the different configuration of all distributed databases, the test of the system running load is completed. The test results show that the number of nodes deployed by Appscale varies from very unstable behavior to waiting scalability.
Research on Multi-target Equipment Group Optimal Control Strategy for Smart Energy Gateway for Large Electric Customer
Authors: Junjun Shao , Weiguo Zhang , Xiaodong Cao , Liangliang Chen , Jie Song , hua Li 
Published: June 2020

Abstract
At present, the electric load in China is increasing rapidly. The peak-to-valley gap of the power grid is continuously increasing, which has brought a lot of economic and security issues. Traditional solutions usually start from the power supply side, with large cost and poor effect. With the deepening of electric technology research, electric power demand side management has attract more and more attention, and large electric customers have become the first choice of state grid companies due to their large power loads and high willingness to participate. In order to cooperate with large electric customers ‘participation in demand-side response, this paper builds an equipment group optimization model to meet the requirements of the load reduction instructions while taking users’ comfort and equipment participation into account. Finally, simulation verify the practicability of the proposed strategy.
Reliability Evaluation Method of Low-voltage Distribution Network Based on Linear Equation
Authors: Liao Qinglong , Wan Lingyun , Zhang Ying , Yang Qunying , Dai Hui , Xie Kaigui , Hu Bo , Li Dongyang 
Published: June 2020

Abstract
The research on the reliability of distribution network uses simulation method or analytical method widely. The existing analysis methods for distribution networks usually require network topology analysis for a single node. Based on the topological relationship of low-voltage distribution network, this paper proposes a new analytical model for low-voltage distribution network. Firstly, using the relationship between the upstream and downstream nodes of the line, an algebraic equation of the expected blackout time and the expected blackout frequency of the entire network could be construct. Secondly, the expected power outage time and the expected power outage frequency at each load point can be calculate. Finally, the average availability index and load loss expectations of the entire network are calculate from the expected power outage frequency and expected power outage time at each load point. The model proposed in this article can determine the reliability index of each load point using fewer algebraic equations, and the calculation is fast and accurate, which can provide a reference for the planning and operation of distribution.
Research on Energy Storage Capacity Allocation Technology of PV-Storage Microgrid for Balancing Source-Load Power
Authors: Yanping Shen , Yong Ju , Qian Ju 
Published: June 2020

Abstract
The low matching degree of photovoltaic output and load in the pv-storage microgrid will reduce the reliability of its power supply. Therefore, it is necessary to configure a certain capacity energy storage device to support source-load balance.This article first analyzes the impact of different load configurations and application scenarios on energy storage configuration, and then proposes an energy storage capacity configuration scheme with the minimum operating cost of the microgrid as the objective function and the constraints of the minimum power fluctuation in the network, and uses an improved particle swarm algorithm solve the solution. Finally, a numerical example is used to verify that the solution can stably support the source-load balance in the microgrid, reduce the power exchange at the common connection point of the microgrid, and improve the microgrid’s own power supply capacity.
Drone transports medical supplies to Puerto Rico based on shortest path
Authors: Liu Lijiang , You Zhiyu 
Published: June 2020

Abstract
Puerto Rico suffered the worst hurricane which caused devastating damage in 2017. In order to deliver medical supplies in time and patrol the lines, NGOs try to improve the response capabilities of its by designing a portable disaster response system called DroneGo.DroneGo needs to find the optimal delivery path and the optimal equipment utilization rate for delivery according to the disaster relief conditions and schedule. In this paper, the integration of integer programming algorithm and Dijkstra algorithm is used to construct the shortest distribution path model for medical supplies transported by rescue drones in disaster areas. Using integer programming method, 7 kinds of drones and 3 kinds of medical packages are distributed, and then the DIjkstra algorithm is used to obtain the optimal distribution plan: San Juan Port is equipped with medical kits and three C-type drones, Arecibo Port allocates B-type drone patrol lines and medical kits for rescue, and Guayama Port only allocates drones for patrol lines. Using this distribution scheme greatly improves the efficiency of rescue, and distributes rescue materials reasonably and effectively, achieving the goals of optimal delivery path and optimal equipment utilization.
Method for Detecting Anomaly Data of WAMS System Based on GA-iForest
Authors: Yan Hongwen , Li Jiawei , Zuo Jian , Tang Jihong 
Published: June 2020

Abstract
Wide area measurement system problems such as anomalies, data missing, and real-time response deeply affect the operation and maintenance of the power grid. Considering the accuracy requirements of the system for anomaly detection, the detection accuracy and stability of traditional isolation forest are poor, so this paper proposes a new data anomaly detection method named GA-iForest. This method uses genetic algorithms to select isolated trees with high accuracy and obvious differences to optimize the structure of isolated forests. The new data anomaly detection method GA-iForest improves the accuracy and stability of detection, and mean while maintaining the high efficiency. The experiment uses standard simulation data sets and data from one province’s wide-area measurement system for experimental simulation. The result shows that the GA-iForest method has significantly improved accuracy and stability compared with the traditional isolation forest, LOF, and K-means methods.
The sitting-type furniture about the introduction of PSS theory for the old
Authors: Huang Nan , xu Jinfeng , Ren Peijie , Lai Haiyue , Fan Lanyue , Hu Jifei , Hong Zhigang 
Published: June 2020

Abstract
Under the general background of population aging, suitable products of the old have been developed, among which furniture of the old has also received people’s attention. Combining with the product service system (PSS), this paper studies the sitting-type furniture suitable for the elderly according to the psychological and physiological particularity of the elderly, and discusses the mode of PSS applied to the sitting-type furniture suitable for the aged, so as to promote the development of the sitting-type furniture suitable for the aged and better service for the old.