bluuebunny/crossref_metadata_2025_split huggingface dataset:
The adaptability of becoming
Authors: Ferreira Dina Maria Martins , Silva Jony Kellson de Castro 
Published: August 2020

Abstract
This chapter draws upon Karina Buhr’s image of becoming-junglehood in order to contribute to a discussion of the pragmatics of adaptability. Buhr is a Brazilian feminist singer who is interested in recontextualizing terms of a male-dominated tradition on more affirmative grounds. She thus adapts semiotic forms – verbal language and her bodily performance – as disruptive forms, and thereby looks for more liberating grounds of language use. Theoretically, the chapter nuances Buhr’s rationalizations by engaging with Walter Benjamin’s formulations about art and its mechanical reproducibility; with Derrida’s iterability of language; and with Deleuze and Guattari’s articulations of assemblage, subjectivation, and becoming. The paper finally critiques a metaphysics of unity by identifying processes of rupture and adaptability in Buhr’s discursive practices of becoming-junglehood.
Expressing opinions and emotions while travelling on-line
Authors: Mestre Eva M. , Romero-Trillo Jesús 
Published: August 2020

Abstract
New technologies are developed to facilitate our daily lives, and as a result, they also transform our reality and create new communication contexts between humans and machines. Mey (2006) insists on the two-way directivity of adaptation: humans need to adapt to the machine as well as machines need to adapt to humans. Our research investigates the relationship between technology, language, context and emotions, with special attention to the use of verbs and adjectives in personal descriptions of travel experiences. Specifically, two corpora of travel and tourism analyse how users share their experiences, and recommend or criticize certain itineraries and places, depending on their own likes and dislikes.
Cisplatin ototoxicity and role of antioxidant on its prevention
Authors: Fetoni Anna Rita , Astolfi Laura 
Published: August 2020

Objective
Highlight the novelties of cisplatin ototoxicity and its prevention, focussing on the role of oxidative stress.

Methods
We screened various electronic databases and selected the reports concerning clinical data and animal and in vitro models investigations related to cisplatin-induced ototoxicity and or its prevention by antioxidants.

Results
Clinical evidence showed that great advances have been made in the chemotherapy outcomes; nevertheless, the ototoxicity, mainly in paediatric patients, is a crucial issue that must be solved. In vitro and in vivo models were pivotal to deeply describe the toxic effect of the cisplatin and which are the mechanisms of action. These knowledges will help the researcher to improve the chemotherapy protocols in order to avoid the adverse effects without compromise the antitumoral action.

Conclusion
Antioxidants seem to be the most promising drugs among the large number of substances tested against cisplatin ototoxicity, however, the inflammatory pathway must be taken into consideration.
Investment Evaluation of Distributed Photovoltaic Power Generation Project Based on TOPSIS-Gray Correlation Analysis
Authors: Liu Lihua , Ma Zhiyuan 
Published: August 2020

Abstract
Due to its unique construction mode and operation structure, distributed photovoltaic power generation projects show the particularity of their investment characteristics, which are different from the general construction projects. This paper established a relatively systematic and comprehensive investment evaluation system, formulated investment evaluation criteria for various factors affecting this type of project, and established an investment evaluation model based on entropy weight method, TOPSIS method and grey correlation analysis method. At last, an empirical analysis was carried out on the RG company distributed photovoltaic power generation project, the RG investment is evaluated. This finding will provide a guidance and reference to help distributed photovoltaic industry to form correct investment strategy.
Influence of n-Hexadecane and Naphthalene on Anaerobic Digestion: Kinetic Simulation, DOM Variation and Microbial Community Assessment
Authors: Fang Hongli , Shi Yongsen , Zhou Miaoting , Niu Qigui 
Published: August 2020

AbstractThe influences of n-Hexadecane and naphthalene on anaerobic digestion in batch tests were investigated. The batch kinetic analysis showed that the maximum methane accumulations (141.18 mL of n-Hexadecane and 146.76 mL of naphthalene) and production rates (20.48 mL/h of n-Hexadecane and 20.88 mL/h of naphthalene) were obtained while adding with 30 mg/L n-Hexadecane and 2 mg/L naphthalene, respectively. However, a significant inhibition ratio of 10% was observed at 100 mg/L of n-Hexadecane and 20 mg/L of naphthalene, respectively. The 3D-EEM results showed that the naphthalene was degraded by related microorganism as potential carbon source with concentration lower than 10 mg/L. In addition, the microbial community analysis indicated that the abundance of hydrotrophicMethanolineaandMethanobacteriumincreased from 7.92% to 12.76% as the increase n-Hexadecane, while decreased from 13.01% to 9.07% with increase of naphthalene. Contrastly, the acetoclasstic methanogens were increased due to the well synthetic action with syntrophic VFA-oxidizing bacteria.
Review and Prospect of NiFe2O4-Based Materials for Li-Ion Battery
Authors: Zhang Yanlan , Liu Jinyan , Guo Guibao , Lin Zhihui 
Published: August 2020

Abstract
NiFe2O4 with high theoretical capacity, natural abundance as well as low cost exhibits tremendous potential as the electrode for lithium ion battery. Nevertheless, the great volume change upon the charge-discharge cycling gives rise to pulverization of NiFe2O4 electrode. The electron transport pathways are broken down, and ultimately, the cycling stability and reversible capacity fade rapidly, which restricts its commercial applications. Consequently, it is necessary to consider nano-size effect, interface property, defects and hybridization to satisfy the requirement of practical application. In this review, we comprehensively overview and analyze the latest progress in NiFe2O4-based anode, covering the representative synthesis method and advanced structure to realize improved Li+ storage performance. Furthermore, we objectively evaluate the Li+ storage performance of NiFe2O4-based anode materials and dissect the existing problems. Finally, an outlook for the development of advanced NiFe2O4-based anode materials is provided.
Study on the Characteristics and Reduction Measures of Construction Waste Generated in Subway Engineering
Authors: Ma Jianrong , Zhang Guangzhi , Ren Fuming 
Published: August 2020

Abstract
In the process of urban modernization and rapid construction, the construction and reconstruction of large-scale construction projects such as subways, underground pipe corridors, and housing construction facilities are accompanied by a large amount of construction waste. A huge amount of construction waste not only occupies a large number of land resources, but also affects air quality, pollutes waters, destroys city appearance and environmental sanitation, and has potential safety hazards. In the long run, it also affects urban development space and shortens the city life cycle. At present, there are many shortcomings in China’s policy management, classification and measurement, reduction technology, transportation recovery, recycling and other aspects of construction waste. Especially from the source, there is a lack of research on the source characteristics of construction waste, which makes the quantitative quantification of various construction wastes impossible to achieve construction, accurate management, and control of waste. This study takes the urban subway construction project as the research object, through the field investigation, literature review and other methods, analyses the classification and source of underground construction waste by the project unit construction process as the framework, and analyses the corresponding construction waste according to the investigation and data collection. The reduction measures implemented.
Construction of Driving Cycle and Establishment of Emission Inventory of Urban Buses in Tangshan City
Authors: Zhang Xiaowen , Wang Jiguang , Wang Zhiwei , Bai Zhenyu , Xie Zhenkai 
Published: August 2020

Abstract
The project team selected eight typical buses (CNG, LNG, gasoline- electric hybrid, gas-electricity hybrid) at different emission stages in the built-up area of Tangshan City to test the emission of gaseous pollutants and particulate matter under actual road conditions, systematically evaluated, analyzed and compared the test results, and established the VSPbin emission rate database and emission factor list of typical urban buses in built-up areas based on the actual travelling characteristics of Tangshan. In this study, four cycles of acceleration, constant speed, deceleration and idle speed were selected to analyze the travelling cycle of buses in Tangshan. The results showed that the proportion of acceleration was higher, while deceleration also had a higher proportion; The area of bus travelling was mainly in the urban area, and the travelling cycles were relatively complicated, so there were frequent acceleration and deceleration during the travelling process. For the buses, with the raising of emission standards and the use of hybrid technology, the emissions of CO2 and NOx from the buses at National IV were decreased by 13% and 53.5% respectively compared with those from the buses of the same tonnage at National III; The emissions of CO2 and NOx from the nature gas-electric hybrid buses at National V were reduced by 20% and 18.8% respectively compared with those from the nature gas-fueled buses of the same tonnage at National V.
The Factors Influencing the Emission of Greenhouse Gases from Tibet’s Crop Farming
Authors: Zeng Yanqin , Lv Yuanhong , He Jiajun , Zhang Hui 
Published: August 2020

Abstract
The output of greenhouse gases resulting from Tibet’s crop farming over the years 1991 to 2015 has been estimated, and the Logarithmic Mean Divisia Index model was used to deduce the influence of the various factors underlying these greenhouse gas emissions. From 1991 to 2015, the overall carbon emissions of the Tibetan plantation industry showed a “U” -shaped change trend. Carbon emissions from plantation mainly include nitrogenous oxide and rice field methane. The LMDI decomposition results showed the economic factor (SI) and the efficiency factor (CI) determined the development trend of the total effect. The CI is an important contributor to the reduction of carbon emissions, whereas CI is important inhibiting carbon emissions. Labor factors (AL) contribute to agricultural carbon emissions. SI and AL have an upward trend in promoting agricultural carbon emissions.
The Application and Performance Evaluation of Tube Bundle Demister in Desulfurization Tower System
Authors: You Liangzhou , Zhu Yue 
Published: August 2020

Abstract
In order to realize the ultra-low emission transformation of a 670 mw coal-fired unit, the original demister was transformed into a tube bundle demist. By adjusting the bypass opening of the electrostatic fabric composite precipitator and the operation mode of the spray layer of the desulfurization system. The overall collaborative dust cleaning efficiency of the desulfurization system under different working conditions is tested on site. According to the test results, the tube bundle demists shows a high collaborative dust cleaning efficiency in the high load condition. However in the low load condition, the collaborative dust cleaning efficiency is significantly reduced, the slurry droplet content is increased, and the spray layer operation mode has a greater impact on the dust cleaning effect.
Discussion on Classification System of Construction Waste in China
Authors: Wang Liang , Xi Chenggang 
Published: August 2020

Abstract
With the continuous recommendation of the urbanization process in China, the production of construction waste is also increasing. At present, the utilization of construction waste resources in China is relatively low, mostly landfilling disposal. The environmental problems caused by landfill disposal are becoming more and more serious, but also a great waste of resources. Fine classification of construction waste source is the premise and key to promote the precise management and control of construction waste. This paper makes a thorough investigation and literature analysis on the classification methods of construction waste in developed countries abroad and the Post-disposal modes brought by classification. Based on the current situation and existing problems of classification of construction waste in China, six first-level classification and 28 second-level classification are proposed. The results of construction waste and the feasibility of the results are discussed and analyzed in order to provide reference for the classification of buildings in China.
The Application and Performance Evaluation of Condensing Dust Removal and Demisting Device Apply in Desnifurization System
Authors: Wang Fengji , Zhu Yue 
Published: August 2020

Abstract
In order to realize the ultra-low emission of flue gas in a 600 MW coal-fired unit, the original demister of desulfurization tower (two-stage ridge demister + one-stage tube demister) was transformed into a Condensing dust removal and demisting device. The Condensing dust removal and demisting device is composed of a three-stage ridge type high-efficiency mist eliminator and a condensing wet film layer. In addition, it is equipped with a cooling station outside the tower composed of a spray cooling water pump and a closed cooling equipment under 100% and 50% working conditions, by adjusting the operation mode of the cooling station and controlling the operation. The slurry droplet emission of the desulfurization system under different working conditions, the overall collaborative dust cleaning efficiency and the SO3 removal rate were tested on site. The test results show that the heat exchange of the cooling station has a great influence on the operation effect of the Condensing dust removal and demisting device, and improving the heat exchange of the cooling station is helpful to improve the removal effect of slurry drop, dust and SO3.
A New Model of Vegetable Waste Resource Treatment Combining Rapid Volume Reduction and Biochemical Technology
Authors: Song Weiwei , Jiang Wanfeng , Zhang Meng 
Published: August 2020

Abstract
In the process of planting, selling and processing vegetables, a large number of wastes will be produced. If these wastes are used as resources for secondary use, they will produce great value. At present, the utilization rate of vegetable waste is very low, and the related technology research is also lagging behind. At present, China actively advocates the development of green economy, energy conservation and emission reduction, and improve the utilization rate of resources. As an important available resource, vegetable waste has received great attention. Therefore, the research on vegetable waste recycling technology is deepening. Based on the analysis of the current situation of vegetable waste recycling treatment, this paper proposes a new model of vegetable waste treatment, which combines rapid volume reduction treatment with biochemical technology to produce organic fertilizer, in order to provide a reference for the reuse of vegetable waste.
Comparing Acid Red B Dye Decolorization by Glow and Spark Discharge Plasma in Atmospheric Pressure Air
Authors: Gao Aihua , Yang Shuijiao , Lu Dilai , Qi Xingyuan , Li Qian 
Published: August 2020

Abstract
We examined the decolorization of Acid Red B (ARB) in glow/spark discharge plasma (GDP/SDP). It is found that the decolorization of ARB was observably higher in GDP than in SDP. After 16 min treatment, ARB decolorization rate reached 97.16% with the energy efficiency of 7.16 kg/kW-h in GDP, and 92.76% with 0.84 kg/kW-h energy efficiency in SDP. The average yield of plasma oxidants were 1.73 kg/kW-h in GDP, and 0.14 kg/kW-h in SDP. Some factors, which probably affect the decolorization of ARB aqueous solution, such as hydroxyl radical and ultraviolet radiation etc. were investigated. The results showed that plasma oxidation, especially hydroxyl radical might be main factors accounting for ARB decolorization.
Reasonable Application and Interpretation of Effective Stress Principle in Shale Reservoir Mining
Authors: Li Yalong , Hu Zhiming , Liu Xiangui , Duan Xianggang 
Published: August 2020

Abstract
This paper explores the effective stress characteristics of shale reservoir mining from the perspective of mechanics. The results show that the decrease of the pore fluid pressure and the increase of the effective stress acting on the active zone are not a simple linear relationship, but a nonlinear relationship that increases rapidly and then slows down. In the post-fracturing development process of shale reservoirs, the reservoirs in the early stage of production will produce uneven deformation and structural damage. The mechanical behavior of the reservoir is mainly characterized by plastic deformation. As mining progresses, reservoir failure and fracture areas are compacted or supported. The mechanical behavior of the reservoir is mainly characterized by elastic deformation. In the stress cloud diagram, the stress of the overlying strata presents a certain arched distribution. This structural effect makes the equivalent stress difference in the reformed area increase continuously, and the pressure bearing by the structure to the overlying strata will be greater. Therefore, he extent of the increase in the true effective stress borne by the transformation area will decrease.
Spatial Distribution of Rice Planting Based on Data Fusion Model in Southern China
Authors: Wang Ya’nan , Yang Haifeng 
Published: August 2020

Abstract
Acquiring the real and accurate spatial distribution of rice planting in the agricultural area of the basin is the precondition of implementing precision agricultural management, and the basis of building the database of agricultural non-point source pollution risk control and management. In order to overcome the characteristics of scattered rice distribution in southern China, such as small planting area, and instantaneous and periodicity of satellite sensor imaging, ESTARFM model was used to fuse NDVI data of MODIS09A1 and Landsat 8. The NDVI image data with both high spatial resolution and high temporal resolution were obtained after fused. The conditions and thresholds of decision tree classification method were determined with the help of curve feature information of NDVI indices of various crops in the growing period. The main results as follows: The spatial distribution of paddy ecosystem was extracted by multi-source data fusion and decision tree classification to meet the accuracy verification requirements; three cropping patterns, early rice, middle-season rice and late rice were extracted.
Research on Green Energy Saving ECO Intelligent System Engineering Cycle
Authors: Chen Jue-Jia , Wu Shinn-Dar , Chen Dong-Yan , Li Jie , Huang Ta-Wei 
Published: August 2020

Abstract
With the improvement of living standards, the national coverage of heaters is also higher. From the original only the northern part of the installation of heating devices, to the south of the central area has also installed heaters, and even some people in the southern area installed heaters. With the increase in sales volume and fierce competition, companies need to reform and innovate products to meet the higher requirements of customers for energy-saving effects, comfort and safety. The design of the heater involves theories of structure, integrated circuit, program algorithm, aerodynamics, heat transfer and so on. Due to the technical level and cost constraints of enterprises, few companies can produce safe, energy-saving, moisturizing and comfortable heaters suitable for the public. In this study, the green energy-saving circulating heater of ECO intelligent system adopts the incremental ECO processing algorithm, with the single-chip STC89C52 as the main control chip system, combined with the peripheral STC89C52 temperature data acquisition, HIH-3010 humidity data collector, A/D Conversion module, keyboard settings, LCD1602 liquid crystal display and other circuit modules. This design realizes the temperature value that the heater provides the user with the optimum indoor temperature value and sets the heating according to the user’s needs. When the set temperature value is reached or the temperature is high, the controller will control the heating element to reduce power or automatically power off to achieve safe power saving effect.
Study on the Economic Optimization of Energy Storage System Configuration for Wind Power Accommodation in Guangdong Province
Authors: Gao Liping , Cai Guotian , Zhang Yuntao , Ke Shangjun , Chen Yushu 
Published: August 2020

Abstract
Based on the wind power development plan of Guangdong, wind power accommodation capacity of Guangdong power grid is calculated with peak regulation constraints. The sensitivity and adjustability of four parameters that affect wind power accommodation capacity were compared. Taking the minimum life cycle annual cost as objective function, the problem of energy storage system configuration is solved by enumeration method. The results show that: there will be a surplus of wind power during valley load period with peak regulation constraints in 2030, and the difference from actual installed capacity is 17.29 GW; the minimum output coefficient is the best adjustment parameter among the four parameters; according to the comparison of seven schemes; the fifth scheme has the best economic performance with the life cycle annual cost of 13.53 billion yuan and the efficiency of 63.62%. The power ratio of compressed-air energy storage (CAES), battery storage (BS) and super capacitor energy storage (SCES) is 85.40%, 8.63%, 5.97%, and the capacity ratio is 98.39%, 1.61%, 3.8e-6%, respectively.
Robust Optimization of Multiple Microgrids Scheduling for Integrated Energy System with Uncertain Sources and Loads
Authors: Hou Lei , Tian Ersheng , Zhou Yibin , Lu Pengcheng , Wang Taowei , Zhang Yusen , Liu Zhe , Yang Yexin , Li Peng 
Published: August 2020

Abstract
With the rapid development of integrated energy system and microgrid technologies, aiming at the operational safety problems caused by the uncertainty of the sources and loads, this paper proposed a robust optimal scheduling model of the multiple integrated energy microgrids considering sources and loads uncertainty. In order to minimize the total operating cost of the multiple microgrids, the interconnection lines were introduced into the multiple microgrids for joint operation, on the basis of renewable energy outputs and multi-energy loads prediction, the uncertainty of sources and loads were characterized and the established model were solved. The results of an example showed that the proposed method can effectively improve the economy of multiple microgrids and reduce the risk caused by the uncertainty of sources and loads, thus verified the effectiveness and feasibility of the proposed method.