bluuebunny/crossref_metadata_2025_split huggingface dataset:
Contemplating the future: Mutating capitalism
Authors: Fatehi Kamal , Taasoobshirazi Gita 
Published: December 2019

AbstractAfter the fall of international communism in the former Soviet Union, capitalism has remained the only viable option for managing the economy. Economic and financial problems of capitalism of recent times, however, have brought forth debate about the role and shape of capitalism, and mainly its future. These problems have made it very clear that unbridled capitalism may not produce the proclaimed prosperity. Some have questioned its future viability in the present form and predicated its metamorphosing into a different kind that could make it more beneficial to the people and more resilient to survive. Questions regarding its future shape and form and the reasons for such predication are the subject of this article.
Effect of cadmium on osteoclast differentiation during bone injury in female mice
Authors: He Shuangjiang , Zhuo Liling , Cao Ying , Liu Gang , Zhao Hongyan , Song Ruilong , Liu Zongping 
Published: December 2019

AbstractCadmium (Cd) is a toxic heavy metal that represents an occupational hazard and environmental pollutant toxic heavy metal, which can cause osteoporosis following accumulation in the body. The purpose of this study was to investigate the effect of Cd on bone tissue osteoclast differentiation in vivo. Female BALB/c mice were randomly divided into three groups and given drinking water with various concentrations of Cd (0, 5, and 25 mg/L) for 16 weeks, after which the mice were sacrificed after collecting urine and blood. The level of Cd, calcium (Ca), phosphorus (P), trace elements, and some biochemical indicators were measured, and the bone was fixed in a 4% formaldehyde solution for histological observation. Bone marrow cells were isolated to determine the expression of osteoclast‐associated mRNA and proteins. Cd was increased in the blood, urine, and bone in response to Cd in drinking water in a dose‐dependent manner. The content of iron (Fe), manganese (Mn), and zinc (Zn) was significantly increased, whereas Ca and P were decreased in bone compared to the control group. Cd affected the histological structure of the bone, and induced the upregulation and downregulation of tartrate‐resistant acid phosphatase 5b (TRACP‐5b) and estradiol in the serum, respectively. Cd had no significant effect on the alkaline phosphatase activity in the serum. The expression of osteoclast marker proteins, including TRACP, cathepsin K, matrix metalloprotein 9, and carbonic anhydrases were all increased in the Cd‐treated bone marrow cells. Cd significantly increased the expression of receptor activator of nuclear factor kappa B ligand (RANKL), but had lower effect on the expression of osteoprotegerin (OPG) in both bone marrow cells and bone tissue. Thus, Cd exposure destroyed the bone microstructure, promoted the formation of osteoclasts in the bone tissue, and accelerated bone resorption, in which the OPG/RANKL pathway may play an important role.
Towards a Business Case for Responsible Innovation
Authors: Schönherr Norma , Martinuzzi André , Jarmai Katharina 
Published: December 2019

AbstractThere is still work to be done in conceptualizing how responsible innovation applies to business. Lessons can be drawn from adjacent fields of inquiry such as sustainability-oriented or social innovation. However, the central challenge of developing a business case for responsible innovation requires additional insights into how responsible innovation may support companies in generating competitive advantage, and what levers can be effectively employed to engage business. This final chapter summarises the most important lessons learned from the contributions to this volume. Based on these insights, the authors develop the outlines of a business case for responsible innovation. In doing so, they show that responsibility and innovation can mutually strengthen each other. Such a synergy between responsibility and innovation may help to maintain trust in business’ ability to drive desirable social change while improving innovation performance.
Effects of fireworks on particulate matter concentration in a narrow valley: the case of the Medellín metropolitan area
Authors: Hoyos Carlos D. , Herrera-Mejía Laura , Roldán-Henao Natalia , Isaza Alejandra 
Published: December 2019

AbstractThe extensive use of fireworks generates large amounts of pollutants, deteriorating air quality and potentially causing adverse health impacts. In Medellín and its metropolitan area, although fireworks are banned during December, their use is widespread during the Christmas season, particularly during the midnight of November 30 (La Alborada) and New Year’s Eve (NYE). It is therefore essential to assess the effects of these celebrations on air quality in the region. Air-quality data from the official monitoring network and a low-cost particulate matter (PM) citizen science project, backscattering intensity (BI) retrievals from a ceilometer network, potential temperature from a microwave radiometer, and information from a radar wind profiler provide an excellent platform to study the spatio-temporal distribution of contaminants resulting from the La Alborada and NYE celebrations. Substantial increases in PM2.5 and PM10 mass concentrations due to La Alborada and NYE, ranging in some cases from 50 to 100 μgm−3, are observed in the Aburrá Valley and particularly in the densely populated communes of Medellín, with most concentration changes corresponding to ultrafine and fine particles. The PM increments resulting from fireworks show almost no increase in the net amount of black carbon in the atmosphere. Ceilometer BI profiles show a substantial change immediately after the La Alborada and NYE midnights, confined to the atmospheric boundary layer (ABL). Strong thermal inversions lead to fairly homogeneous increments in BI within the ABL, lasting until the onset of the convective boundary layer. In contrast, weak thermal inversions lead to rapid dispersion of aerosols, allowing them to episodically escape above the ABL.
The framing of nothing and the psychology of choice
Authors: Scholten Marc , Read Daniel , Stewart Neil 
Published: December 2019

AbstractZero outcomes are inconsequential in most models of choice. However, when disclosing zero outcomes they must be designated. It has been shown that a gamble is judged to be more attractive when its zero outcome is designated as “losing $0” rather than “winning $0,” an instance of what we refer to as the mutable-zero effect. Drawing on norm theory, we argue that “losing $0” or “paying $0” evokes counterfactual losses, with which the zero outcome compares favorably (a good zero), and thus acquires positive value, whereas “winning $0” or “receiving $0” evokes counterfactual gains, with which the zero outcome compares unfavorably (a bad zero), and thus acquires negative value. Moreover, we propose that the acquired value of zero outcomes operates just as the intrinsic value of nonzero outcomes in the course of decision making. We derive testable implications from prospect theory for mutable-zero effects in risky choice, and from the double-entry mental accounting model for mutable-zero effects in intertemporal choice. The testable implications are consistently confirmed. We conclude that prevalent theories of choice can explain how decisions are influenced by mutable zeroes, on the shared understanding that nothing can have value, just like everything else.
Application of seismic attribute analysis in fluvial seismic geomorphology
Authors: Hossain Shakhawat 
Published: December 2019

AbstractSeismic attributes can be important predictors, either qualitative or quantitative, of reservoir geometries when they are correctly used in reservoir characterization studies. This paper discusses seismic attribute analyses and their usefulness in seismic geomorphology study of Moragot field of Pattani Basin, Gulf of Thailand. Early to Middle Miocene fluvial channel and overbank sands are the reservoirs in Pattani Basin. Due to their limited horizontal and vertical distribution, it is not always possible to predict the geometry and distribution of these sands based on the conventional seismic interpretation. This study utilized various seismic attributes, e.g., RMS amplitude analysis, spectral decomposition, semblance and dip-steered similarity, RGB blending to image the geometry and the spatial distribution of sand bodies in horizon and stratal slices at different stratigraphic intervals. Attribute analyses reveal, at shallow stratigraphic levels, RMS and semblance can successfully identify channel-shaped sand bodies and mud-filled channels associated with channel belts. On the other hand in deeper stratigraphic intervals, sand distribution can be imaged more effectively by using spectral decomposition and dip-steered similarity volumes. High-frequency spectral decomposition slices can image thin sands, and low-frequency slices can image thick sands quite effectively in deeper intervals. RGB blending of different frequency slices is particularly useful in delineating channel systems of various dimensions at deeper intervals. These images show the distribution of sands and mud-filled channels at various stratigraphic levels. The width of channel belts varies from 200 m to 3 km. These channel belts are N–S or NW–SE oriented. From the channel pattern and their dimensions, depositional environments can be predicted. Mud-filled channels identified in the horizon slices will act as a connectivity barrier between sand bodies at either side of the channel. They can also act as lateral and up-dip seal to form stratigraphic traps. The seismic attribute analyses clearly show the geometry and spatial distribution of sand bodies. Hence, this method for predicting sand body geometry might help in field development planning as well as in reducing exploration risk.
Cryopreservation of oil palm (Elaeis guineensis Jacq.) polyembryoids via encapsulation–desiccation
Authors: Palanyandy Sharrmila Rengeswari , Gantait Saikat , Subramaniam Sreeramanan , Sinniah Uma Rani 
Published: December 2019

AbstractThe current report assesses the efficiency of encapsulation–desiccation protocol to cryopreserve oil palm (Elaeis guineensis Jacq.) polyembryoids. Specifically identified polyembryoids, comprising of haustorium and torpedo-shaped structures, were encapsulated [comprising 3% (w/v) sodium alginate and 100 mM CaCl2]. Calcium alginate-encapsulated and sucrose-precultured polyembryoids were subjected to different spans of desiccation in a laminar air-flow cabinet, followed by freezing in liquid nitrogen. The effect of sucrose preculture (with gradual exposure to 0.3, 0.5, 0.75 and 1 M for 7 days) and dehydration periods (0–10 h) under sterile air-flow on post-freezing survival and regrowth of encapsulated polyembryoids were studied. Cryopreserved and thawed polyembryoids (initially precultured in sucrose, followed by 9 h air-desiccated to 23.3% moisture content) displayed the highest survival percentage (73.3%) and regeneration (of shoot, root and secondary somatic embryo) on Murashige and Skoog regrowth medium containing sucrose (0.3–1 M) and 0.2 mg/l 2,4-dichlorophenoxy acetic acid. In addition, ultrastructural study using scanning electron microscopy exhibited successful revival of cryopreserved polyembryoids, owing to retention of cellular membrane stability through optimized and protected (encapsulated) desiccation. The present study thus substantiates the potential of this encapsulation–desiccation procedure in cryopreservation of oil palm polyembryoids for long-term conservation programs.
Life Expectancy of White and Non-White Elite Heavyweight Boxers
Authors: Han Thang S. , Gabe Jonathan , Sharma Pankaj , Lean Michael E. J. 
Published: December 2019

Abstract
Background
In post-industrial countries, ethnic minorities suffer poorer health and premature deaths. The present study examined ethnic differences in life expectancy and related features among elite heavyweight boxers.

Methods
Dates of birth and death, anthropometry, and championship years were gathered from media archives for champions and challengers (never been a champion) between years 1889 and 2019. Cox regression adjusted for age at contest, nationality, BMI, champion/challenger status, and number of contests was used to assess survival.

Results
All 237 boxers, 83 champions (37.3% whites) and 154 challengers (61.0% whites), who contested for heavyweight championships were identified. By 2019, 110 (75 whites, 34 non-whites) were known to have died. Non-white boxers died at an earlier age than whites boxers (mean ± SD = 59.8 ± 14.2 years versus 67.3 ± 16.4 years, p = 0.018) and had shorter survival: HR = 2.13 (95% CI = 1.4–3.3). Among non-white boxers, deaths were higher from neurological disorders: OR = 8.2 (95% CI = 1.3–13.5) and accidents: OR = 15.1 (95% CI = 2.3–98.2), while death from natural causes was lower: OR = 0.2 (95% CI = 0.03–0.8). After boxing careers, fewer non-white boxers had non-manual jobs (34.4% versus 71.8%) than manual (34.4% versus 19.7%) or were unemployed (28.1% versus 2.8%). Reported substance abuse was similar across ethnicity (8.0% versus 8.8%) but conviction rates were higher among non-white boxers (17.6%) than white (1.3%).

Conclusions
Compared with white boxers, non-white boxers tend to die younger with excess neurological and accidental deaths, and they have lower social positions in later life. Sporting authorities should reappraise the wisdom of permitting head injuries in sport and monitor and support the health and wellbeing of sports men and women after retirement.
When is EROI Not EROI?
Authors: Carbajales-Dale Michael 
Published: December 2019

AbstractThis paper outlines some very real issues with the use of energy return
on investment (EROI) for comparing different energy delivery pathways, particularly
when directly comparing EROI calculated at the scale of a single energy facility (as
a ratio of full lifetime energy transfers) with that calculated at the scale of a
geographical region or industry (as a ratio of annual energy flows). While these two
ratios may converge, it is only under a very specific set of circumstances. The aim
of this paper is to outline this issue in detail and provide some specific examples
of the difference between these two ratios for the global wind and photovoltaics
industries.
Reducing Ingroup Bias in Ethical Consumption: The Role of Construal Levels and Social Goodwill
Authors: Costa Pinto Diego , Borges Adilson , Maurer Herter Márcia , Boto Ferreira Mário 
Published: December 2019

ABSTRACT:Business ethics research has long been interested in understanding the conditions under which ethical consumption is consistent versus context-dependent. Extant research suggests that many consumers fail to make consistent ethical consumption decisions and tend to engage in ethical decisions associated with ingroup (vs. outgroup) identity cues. To fill this gap, four experiments examine how construal levels moderate the influence of ingroup versus outgroup identity cues in ethical consumption. The studies support the contention that when consumers use concrete construal to process information, they will focus on ingroup cues and make ethical consumption decisions that are aligned with ingroup biases. However, when consumers use abstract construal, they will act more consistently with their inner goals rather than focusing on ingroup and outgroup cues. Social goodwill, which indicates desires to give back to society, is identified as mediating the effects. The findings have important implications for ethical consumption and social influence literature.
Foreign Law, Democracy, and Constitutional Interpretation: A German-American Comparison
Authors: Hwang Shu-Perng 
Published: December 2019

AbstractDemocracy is usually relied upon as an important argument against the excessive influence of international and foreign law on the domestic legal order, and especially on domestic constitutional law. Both in Germany and the United States, skeptics and opponents of the Europeanization or internationalization of domestic constitutional law repeatedly raise democratic concerns. From a comparative perspective, this Article examines the German and American democratic arguments against an overreliance on international and foreign law in constitutional interpretations. In exploring the democratic concerns expressed in German and American discussions, this Article focuses especially on the contrast between German dualism on the one hand and American exceptionalism on the other hand. This Article shows that, while the German dualists and the American exceptionalists base their arguments on different understandings of democracy, they share the viewpoint that democracy can only be realized on the national level, whereas international law aims at uniformity und thus inevitably runs counter to democratic self-governance and self-determination of the states. Precisely in this sense, it can be said that there is no qualitative, but rather only a quantitative distinction between German and American democratic arguments. Thus conceived, the alleged contrast between the principle of open statehood emphasized by German constitutional law scholars and the Constitutional Court and the idea of American exceptionalism embraced by a number of critics of the use of foreign law lies only in the extent to which the reference to international or foreign law in interpreting the domestic Constitution is deemed legitimate and justifiable.
The Dialectics Between Constitutional Identity and Common Constitutional Traditions: Which Language for Cooperative Constitutionalism in Europe?
Authors: Fichera Massimo , Pollicino Oreste 
Published: December 2019

AbstractThis Article revisits the role and function of constitutional identity and common constitutional traditions and claims that the latter have had an increasingly stronger influence on the process of European integration—more than may appear at first sight. In addition, the relevance of common constitutional traditions has not been undermined but, on the contrary, strengthened by the emergence of fundamental rights in EU law and the subsequent conferral of binding force on the Charter of Fundamental Rights. Constitutional identity and common constitutional traditions are part of two discourses—security and fundamental rights—which are an expression of the security of the European project as an overarching frame characterizing the EU as a polity and legal system. After an overview of some of the most important rulings of the Court of Justice of the European Union, this Article concludes by emphasizing the importance of the recent conciliatory attitude recently adopted by the Court of Justice, although the more ambivalent attitude of the Italian Constitutional Court indicates how conflictual features are becoming increasingly important and can no longer be concealed as the EU reaches a more advanced stage of integration.
Illiberal Constitutionalism: The Case of Hungary and Poland
Authors: Drinóczi Tímea , Bień-Kacała Agnieszka 
Published: December 2019

AbstractThis Article argues that, as far as Hungary and Poland are concerned, the use of term “illiberal constitutionalism” is justified. It also claims that, without denying that other states could also be considered illiberal democracies, Hungary and Poland display unique and distinctive features. These features include populist politics, which lead to the relativization of the rule of law and democracy principles, and human rights protection, which captured the constitution and constitutionalism by constitutionalizing populist nationalism, constitutional identity, and created new patrionalism and clientelism. All these features are supported by the ideological indoctrination of political constitutionalism. In the course of this process, formal and informal constitutional amendments are used, and a formal sense of constitutional democracy is maintained. Overturning these illiberal democracies by constitutional and legal means, at this time, seems doubtful, if not impossible.
Impact Fracture of Polymer-Filled Braided Composite Tubes
Authors: Hwang S. F. , Yu H. L. 
Published: December 2019

ABSTRACTThree types of polymer including polyurethane, polyethylene, and polysulfone were used as filler inside composite tubes to evaluate their effects on the crashworthiness. The composite tube consisting of carbon fiber fabric and polyurethane was fabricated by resin transfer molding and subjected to impact loading. In addition, the finite element analysis with progressive failure and delamination was used to simulate the crushing behavior of the polymer-filled composite tube. From the comparison between experiment and simulation, the finite element analysis is reliable, could reasonably describe the crushing behavior of the polymer-filled tube, and has nice prediction on the crashworthiness performance. From both the experiment and simulation results, the polyethylene-filled composite tube has clearly higher specific absorbed energy than the hollow composite tube, and polyethylene could be considered as an effective filler. However, the other two types of polymer filler have no clear effect.
Fabrics-Shear Strength Links of Silicon-Based Granular Assemblies
Authors: Judes Sujatha S. , Jahanger Z. K. , Barbhuiya S. , Antony S. Joseph 
Published: December 2019

ABSTRACTSilicon (Si)-based materials are sought in different engineering applications including Civil, Mechanical, Chemical, Materials, Energy and Minerals engineering. Silicon and Silicon dioxide are processed extensively in the industries in granular form, for example to develop durable concrete, shock and fracture resistant materials, biological, optical, mechanical and electronic devices which offer significant advantages over existing technologies. Here we focus on the constitutive behaviour of Si-based granular materials under mechanical shearing. In the recent times, it is widely recognised in the literature that the microscopic origin of shear strength in granular assemblies are associated with their ability to establish anisotropic networks (fabrics) comprising strong-force transmitting inter-particle contacts under shear loading. Strong contacts pertain to the relatively small number of contacts carrying greater than the average normal contact force. However, information on how such fabrics evolve in Si-based assemblies under mechanical loading, and their link to bulk shear strength of such assemblies are scarce in the literature. Using discrete element method (DEM), here we present results on how Si-based granular assemblies develop shear strength and their internal fabric structures under bi-axial quasi-static compression loading. Based on the analysis, a simple constitutive relation is presented for the bulk shear strength of the Si-based assemblies relating with their internal fabric anisotropy of the heavily loaded contacts. These findings could help to develop structure-processing property relations of Si-based materials in future, which originate at the microscale.