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Examination of Factors Relative to the Intention to Recycle 审查与回收意图有关的因素
Pub Date : 2022-02-03 DOI: 10.5171/2022.694535
Lili Zheng, M. Plaisent, Asli Gul ONCEL, P. Bernard
This literature research paper focuses on human factors related to electronic waste (e-waste). From an analysis of the two last decades of academic literature on e-waste, a list of variables emerges as a convenient way to identify concerns and topics judged relevant, namely: awareness, attitudes and behaviors, incentives and deterrents, and mobile phone disposal motives.
这篇文献研究论文的重点是与电子垃圾(e-waste)有关的人为因素。通过对过去二十年关于电子垃圾的学术文献的分析,我们可以得出一系列变量,方便地识别出相关的问题和主题,即:意识、态度和行为、激励和威慑,以及处置手机的动机。
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引用次数: 0
Evaluation For the Recovery Environmental the Beach Chorrillos of Huacho 华乔海滩Chorrillos恢复环境评价
Pub Date : 2021-12-17 DOI: 10.5171/2021.630428
Napoleón Jáuregui Nongrados
The Chorrillos beach of the port of Huacho, is located north of Lima, Peru, and is contaminated by wastewater and solids, discharges by industry and population. For your evaluation of recovery environmental experimental research was applied using the following techniques: observation, environmental assessment, surveys, measurement of effluent flows and analysis of samples of its marine waters.
瓦乔港的Chorrillos海滩位于秘鲁利马北部,受到工业和人口排放的废水和固体污染。对于你们的回收评估,采用了以下技术进行环境实验研究:观察、环境评估、调查、污水流量测量和海水样本分析。
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引用次数: 0
Applied Mathematics on Wind Turbines’ Behavior and Rightsizing Spatial Distribution 风力发电机性能及空间分布的应用数学
Pub Date : 2021-08-06 DOI: 10.5171/2021.853739
Valeria-Alina Andronescu, E. Cipu
Taking into account the recent interest in producing green energy through wind turbines, this paper aims to reconsider other options regarding different distributions in order to increase the production efficiency. Also, this paper analyses the hypothesis of Romania using only wind turbines to provide the energy needed to sustain the system, which at first may seem a bold idea, but pollution has become such a heated debate issue nowadays that it cannot be ignored anymore
考虑到最近人们对通过风力涡轮机生产绿色能源的兴趣,本文旨在重新考虑关于不同分布的其他选择,以提高生产效率。此外,本文还分析了罗马尼亚只使用风力涡轮机来提供维持该系统所需的能源的假设,这一想法乍一看似乎很大胆,但如今污染已经成为一个激烈争论的问题,它不能再被忽视了
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引用次数: 0
Parameters for Use of Waste Castor-Oil Seed (Ricinus communis) as Biomass 废弃蓖麻籽(Ricinus communis)作为生物质利用的参数
Pub Date : 2019-07-23 DOI: 10.5171/2019.529157
J. Rodríguez-Yáñez
The Ricinus communis is a plant characteristic of the tropical and temperate areas. In some countries they have different names (ricino, tartago, higuerilla, mamona, among others) and present specific appearance (Rivera Brenes, 2014). It is used mainly to obtain castor oil from its seed. This process involves as a first stage a drying process, usually carried out naturally in the yard, which is necessary mainly to avoid the rot of the seed and its capsule. This methodology does not allow a clear understanding of drying process (Goneli et al., 2016; Embrapa Algodão, 2015). Abstract
蓖麻是热带和温带地区特有的植物。在一些国家,它们有不同的名字(ricino, tartago, higuerilla, mamona等),并呈现特定的外观(Rivera Brenes, 2014)。它主要用于从蓖麻籽中提取蓖麻油。这个过程包括作为第一阶段的干燥过程,通常在院子里自然进行,这主要是为了避免种子和它的蒴果腐烂。这种方法不能清晰地理解干燥过程(Goneli等人,2016;巴西农业科学学报, 2015)。摘要
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引用次数: 1
Drying kinetics as Tool for the Assessment of Dynamic Porosity of Catalyst-Support Materials 干燥动力学作为评价催化剂-载体材料动态孔隙度的工具
Pub Date : 2018-10-30 DOI: 10.5171/2018.901967
Geraldine Conejo-Barboza, J. Mata-Segreda
Critical drying fraction data (xc) were obtained for a series of porous materials, frequently used as supports for heterogeneous catalysts. This kinetic parameter correlates well with the secondorder rate constants for water diffusion in the pores (p < 0,01). It is concluded that xc is by itself a sufficient parameter for comparison of mass-transfer resistance between different candidate supports.
获得了一系列多孔材料的临界干燥分数数据(xc),这些材料经常被用作多相催化剂的载体。该动力学参数与水在孔隙中扩散的二级速率常数有很好的相关性(p < 0.01)。结果表明,xc本身是比较不同候选支承间传质阻力的充分参数。
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引用次数: 0
Newton’s Cooling Rate Constant of Liquids for the Relative Assessment for Heat Transport 牛顿液体冷却速率常数对热传递的相对评价
Pub Date : 2018-06-26 DOI: 10.5171/2018.996542
Fabricio Rodríguez-Acevedo, Fiore Stefano, Melissa Zúñiga-Campos, B. C. Miranda, J. Mata-Segreda
Heat is the transfer of energy across the boundary of a system, driven by a temperature difference between the system and its surrounding environment. At moderate temperatures, the two mechanisms for heat transfer are conduction and convection, but the overall view of the issue is a transfer of molecular kinetic energy from hotter zones to colder zones of the system or to the environment, as stated in the early articles by Bridgman (1923), Osida (1939) and Mohanty (1951). Abstract
热是由系统和周围环境之间的温差驱动的能量在系统边界上的传递。在温度适中的情况下,传热的两种机制是传导和对流,但总体而言,问题的观点是分子动能从系统的较热区域转移到较冷区域或转移到环境,如Bridgman (1923), Osida(1939)和Mohanty(1951)的早期文章所述。摘要
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引用次数: 2
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International Journal of Renewable Energy & Biofuels
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