bluuebunny/crossref_metadata_2025_split huggingface dataset:
Integrated
Authors: Miller James W. 
Published: September 2017

It is 1960, six years after the US Supreme Court ruled that segregation in the public schools was prohibited and states were ordered to come up with plans for integrating African Americans into the white school systems. An unanticipated response to desegregation was that not all African Americans favored the process, because it meant that some of their cherished institutions would be changed forever. Few such institutions were affected more than the strong tradition of black high school basketball. And nowhere in the nation was that tradition stronger than in basketball-mad Kentucky, where more than fifty black high schools proudly competed in their own league for more than a quarter century. The Kentucky experience of desegregation reflects the dissonance when logic meets emotion.
The story centers on Lincoln Institute, a black high school near Louisville founded in 1912 after the state legislature passed a law “to prohibit white and colored persons from attending the same school.” Lincoln Institute was led by a charismatic academic and theologian named Whitney M. Young. In more than three decades as the school's leader, Young overcame prejudice, funding issues, and politics to create a bastion of excellence and respect in the black community. In Integrated, former Lincoln Institute players, students, and teachers tell their stories of angst, regret, and resilience during a largely ignored transitional period in the nation's story of desegregation. Their experiences within the broader racial themes of the 1950s and 1960s provide a unique perspective on one of America's most transformative periods.
From ‘marriage bureau’ to ‘points of view’: changing patterns of advice in teenage magazines: Mirabelle, 1956–77
Authors: Tebbutt Melanie 
Published: September 2017

Melanie Tebbutt’s essay traces some of the changes which transformed working-class culture after the Second World War through an analysis of the personal advice pages of teenage magazines, an important expression of girls’ culture between the mid-1950s and late-1970s. Tebbutt takes as her subject Mirabelle magazine, widely read by girls in this period, although its popularity has been largely over-shadowed by the most popular teenage magazine of the time, which was Jackie. Advice pages in teenage magazines from the 1950s and 1960s have received less attention that those of the later decades of the twentieth-century and Tebbutt traces the changes which took place in queries and answers, from the time of Mirabelle’s publication, in 1956, when its advice column was identified with a marriage bureau in central Manchester, to ceasing production in 1977, by which time discussion of sexual matters, including pregnancy outside marriage, had become more open. Magazines aimed at the teenage market were an important source of sexual information for young people and this essay offers a nuanced analysis of Mirabelle’s advice pages which suggests there is considerable scope for comparative studies.
‘This dreadful machine’: the spectacle of death and the aesthetics of crowd control
Authors: Galbally Emma , Brunström Conrad 
Published: September 2017

This chapter considers the context of the French Revolution and the spectacle of accelerated and mechanised decapitation and their joint influence on the Gothic imagination. The focus of the discussion is on stage representation, and the anxieties generated by attempts to represent insurrectionary violence in the 1790s in front of potentially volatile and unpredictable audiences. James Boaden’s dramatisation of Matthew Lewis’ The Monk is adapted (in part) to neutralise the representation of mob rule. Meanwhile, George Reynolds’ Bantry Bay, staged during a unique window of opportunity in 1797, attempts to re-imagine potential insurgents in loyalist terms. Paradoxically, the attempt to control the theatre through licensing had created larger venues than ever before, making audiences potentially more threatening.
Dead again: zombies and the spectre of cultural decline
Authors: Pangborn Matthew 
Published: September 2017

This chapter investigates the Gothic as a mode of writing that escaped generic literary boundaries during the British debates over the French Revolution in order to express more widespread fears of cultural decline. Positing the current ubiquity of the zombie as a resurgence of this Gothic mode, the chapter explores zombie-apocalypse texts as expressing a return of Malthusian worries about population growth, climate change, financial instability, and energy insecurity. The zombie-apocalypse genre, popularized by George A. Romero’s Night of the Living Dead (1968), released within a few years of U.S. peak oil production, has become a mainstay of global cinema, fiction, and television in the recent international scramble for alternative energy sources. These texts, like the Gothic in its first heyday, demonstrate a conflicted desire both to confront and dismiss problems that seem as inconceivable as they appear to be insoluble. Today’s zombie stands, then, much as the envisioned undead did for earlier British writers like Edmund Burke and Mary Wollstonecraft, as the spectre of regression so unimaginable within the reigning cultural narrative of the time that its nightmarish possibility may be repressed by the very same spectacle of apocalyptic carnage used to figure it.
Chimeras of Form
Authors: Vadde Aarthi 
Published: September 2017

In Chimeras of Form, Aarthi Vadde vividly illustrates how modernist and contemporary writers reimagine the nation and internationalism in a period defined by globalization. She explains how Rabindranath Tagore, James Joyce, Claude McKay, George Lamming, Michael Ondaatje, and Zadie Smith use modernist literary forms to develop ideas of international belonging sensitive to the afterlife of empire. In doing so, she shows how this wide-ranging group of authors challenged traditional expectations of aesthetic form, shaping how their readers understand the cohesion and interrelation of political communities. Drawing on her close readings of individual texts and on literary, postcolonial, and cosmopolitical theory, Vadde examines how modernist formal experiments take part in debates about transnational interdependence and social obligation. She reads Joyce's use of asymmetrical narratives as a way to ask questions about international camaraderie, and demonstrates how the "plotless" works of Claude McKay upturn ideas of citizenship and diasporic alienation. Her analysis of the contemporary writers Zadie Smith and Shailja Patel shows how present-day issues relating to migration, displacement, and economic inequality link modernist and postcolonial traditions of literature. Vadde brings these traditions together to reveal the dual nature of internationalism as an aspiration, possibly a chimeric one, and an actual political discourse vital to understanding our present moment.
Protection Amid Chaos
Authors: Hajj Nadya 
Published: September 2017

The right to own property is something we generally take for granted. For refugees living in camps, in some cases for as long as generations, the link between citizenship and property ownership becomes strained. How do refugees protect these assets and preserve communal ties? How do they maintain a sense of identity and belonging within chaotic settings? Protection Amid Chaos follows people as they develop binding claims on assets and resources in challenging political and economic spaces. Focusing on Palestinians living in refugee camps in Lebanon and Jordan, it shows how the first to arrive developed flexible though legitimate property rights claims based on legal knowledge retained from their homeland, subsequently adapted to the restrictions of refugee life. As camps increased in complexity, refugees merged their informal institutions with the formal rules of political outsiders, devising a broader, stronger system for protecting their assets and culture from predation and state incorporation. For this book, Nadya Hajj conducted interviews with two hundred refugees. She consults memoirs, legal documents, and findings in the United Nations Relief Works Agency archives. Her work reveals the strategies Palestinian refugees have used to navigate their precarious conditions while under continuous assault and situates their struggle within the larger context of communities living in transitional spaces.
Broadcasting Children’s Music
Authors: Bignell Jonathan 
Published: September 2017

Broadcasting children’s music on television and radio is motivated by, and aims to serve, adults’ perceptions of children’s wants and needs. Children’s music in general is shaped by the understanding of what ‘childhood’ means and, in turn, supports adults’ assumptions about childhood. This article develops these ideas in an analysis of examples from the history of British radio and television, beginning in the 1920s and continuing until the growing penetration of online interactive media challenged the status of broadcasting in the early 21st century. The article discusses examples of different kinds of children’s music in a broadcast context, including the broadcast of commercial recordings of music for children, such as versions of traditional songs and nursery rhymes as well as pop music aimed at children. It also considers the significance of signature tunes and repeated musical sequences from long-lived and well-loved children’s programmes, because they play key roles in differentiating children’s programmes from each other and distinguishing children’s music from music aimed at adults. Broadcast programmes frequently include music that does not play a central role, when it is used as an accompaniment to drama, entertainment performance or animation. But such music contributes to programmes’ tone and shapes their mode of address to an imagined child audience. Entertainment shows or magazine programmes include music performances alongside non-musical sequences and can use music to, for example, mark an occasion for sing-along activities or accompany games. The social function of broadcasting for children watching or listening at home or at school, usually with an adult or other children, is constituted in part by these varied forms of children’s music. These forms of music shape conceptions of childhood through particular kinds of listening practices and ways of belonging to an audience.
Bounce Resonance Scattering of Radiation Belt Electrons by Low‐Frequency Hiss: Comparison With Cyclotron and Landau Resonances
Authors: Cao Xing , Ni Binbin , Summers Danny , Zou Zhengyang , Fu Song , Zhang Wenxun 
Published: September 2017

AbstractBounce resonant interactions with magnetospheric waves have been proposed as an important contributing mechanism for scattering near‐equatorially mirroring electrons by violating the second adiabatic invariant associated with the electron bounce motion along a geomagnetic field line. This study demonstrates that low‐frequency plasmaspheric hiss with significant wave power below 100 Hz can bounce resonate efficiently with radiation belt electrons. By performing quantitative calculations of pitch angle scattering rates, we show that low‐frequency hiss‐induced bounce resonant scattering of electrons has a strong dependence on equatorial pitch angle αeq. For electrons with αeq close to 90°, the timescale associated with bounce resonance scattering can be comparable to or even less than 1 h. Cyclotron and Landau resonant interactions between low‐frequency hiss and electrons are also investigated for comparisons. It is found that while the bounce and Landau resonances are responsible for the diffusive transport of near‐equatorially mirroring electrons to lower αeq, pitch angle scattering by cyclotron resonance could take over to further diffuse electrons into the atmosphere. Bounce resonance provides a more efficient pitch angle scattering mechanism of relativistic (≥1 MeV) electrons than Landau resonance due to the stronger scattering rates and broader resonance coverage of αeq, thereby demonstrating that bounce resonance scattering by low‐frequency hiss can contribute importantly to the evolution of the electron pitch angle distribution and the loss of radiation belt electrons.
Investigating the Capability to Extract Impulse Response Functions From Ambient Seismic Noise Using a Mine Collapse Event
Authors: Kwak Sangmin , Song Seok Goo , Kim Geunyoung , Cho Chang Soo , Shin Jin Soo 
Published: September 2017

AbstractUsing recordings of a mine collapse event (Mw 4.2) in South Korea in January 2015, we demonstrated that the phase and amplitude information of impulse response functions (IRFs) can be effectively retrieved using seismic interferometry. This event is equivalent to a single downward force at shallow depth. Using quantitative metrics, we compared three different seismic interferometry techniques—deconvolution, coherency, and cross correlation—to extract the IRFs between two distant stations with ambient seismic noise data. The azimuthal dependency of the source distribution of the ambient noise was also evaluated. We found that deconvolution is the best method for extracting IRFs from ambient seismic noise within the period band of 2–10 s. The coherency method is also effective if appropriate spectral normalization or whitening schemes are applied during the data processing.
Unveiling Active Sites for the Hydrogen Evolution Reaction on Monolayer MoS2
Authors: Zhang Jing , Wu Jingjie , Guo Hua , Chen Weibing , Yuan Jiangtan , Martinez Ulises , Gupta Gautam , Mohite Aditya , Ajayan Pulickel M. , Lou Jun 
Published: September 2017

AbstractHere, the hydrogen evolution reaction (HER) activities at the edge and basal‐plane sites of monolayer molybdenum disulfide (MoS2) synthesized by chemical vapor deposition (CVD) are studied using a local probe method enabled by selected‐area lithography. Reaction windows are opened by e‐beam lithography at sites of interest on poly(methyl methacrylate) (PMMA)‐covered monolayer MoS2 triangles. The HER properties of MoS2 edge sites are obtained by subtraction of the activity of the basal‐plane sites from results containing both basal‐plane and edge sites. The catalytic performances in terms of turnover frequencies (TOFs) are calculated based on the estimated number of active sites on the selected areas. The TOFs follow a descending order of 3.8 ± 1.6, 1.6 ± 1.2, 0.008 ± 0.002, and 1.9 ± 0.8 × 10−4 s−1, found for 1T′‐, 2H‐MoS2 edges, and 1T′‐, 2H‐MoS2 basal planes, respectively. Edge sites of both 2H‐ and 1T′‐MoS2 are proved to have comparable activities to platinum (≈1–10 s−1). When fitted into the HER volcano plot, the MoS2 active sites follow a trend distinct from conventional metals, implying a possible difference in the reaction mechanism between transition‐metal dichalcogenides (TMDs) and metal catalysts.
Tunable, Low Optical Loss Strontium Molybdate Thin Films for Plasmonic Applications
Authors: Wells Matthew P. , Zou Bin , Doiron Brock G. , Kilmurray Rebecca , Mihai Andrei P. , Oulton Rupert F. M. , Gubeljak Patrick , Ormandy Kristian L. , Mallia Giuseppe , Harrison Nicholas M. , Cohen Lesley F. , Maier Stefan A. , Alford Neil McN. , Petrov Peter K. 
Published: September 2017

AbstractStrontium molybdate (SrMoO3) thin films are grown epitaxially on strontium titanate (SrTiO3), magnesium oxide (MgO), and lanthanum aluminate (LaAlO3) substrates by pulsed laser deposition and possess electrical resistivity as low as 100 µΩ cm at room temperature. SrMoO3 is shown to have optical losses, characterized by the product of the Drude broadening, ΓD, and the square of the plasma frequency, ωpu2, significantly lower than TiN, though generally higher than Au. Also, it is demonstrated that there is a zero‐crossover wavelength of the real part of the dielectric permittivity, which is between 600 and 950 nm (2.05 and 1.31 eV), as measured by spectroscopic ellipsometry. Moreover, the epsilon near zero (ENZ) wavelength can be controlled by engineering the residual strain in the films, which arises from a strain dependence of the charge carrier concentration, as confirmed by density of states calculations. The relatively broad tunability of ENZ behavior observed in SrMoO3 demonstrates its potential suitability for transformation optics along with plasmonic applications in the visible to near infrared spectral range.
Too Many Junctions? A Case Study of Multijunction Thin‐Film Silicon Solar Cells
Authors: Si Fai Tong , Isabella Olindo , Zeman Miro 
Published: September 2017

AbstractThe benefit of two‐terminal multijunction solar cells in regard to the number of junctions (subcells) is critically evaluated. The optical and electrical losses inherent in the construction of multijunction cells are analyzed using information from thin‐film silicon photovoltaics as a representative case. Although the multijunction approach generally reduces the thermalization and nonabsorption losses, several types of losses rise with the number of subcells. Optical reflection and parasitic absorption are slightly increased by adding supporting layers and interfaces. The output voltages decline because of the tunnel recombination junctions, and more importantly of the illumination filtered and reduced by the top subcell(s). The loss mechanisms consume the potential gains in efficiency of multijunction cells. For thin‐film silicon, the triple‐junction is confirmed to be the best performing structure. More generally, only when each component subcell shows a high ratio between the output voltage and the bandgap of the absorber material, a multijunction cell with a large number of subcells can be beneficial. Finally, the high voltage and low current density of multijunction cells with a large number of subcells make them difficult to optimize and manufacture, vulnerable to any changes in the solar spectrum, and thus less practical for the ordinary terrestrial applications.
Electronic Delocalization in Two and Three Dimensions: Differential Aggregation in Indium “Metalloid” Clusters
Authors: Protchenko Andrey V. , Urbano Juan , Abdalla Joseph A. B. , Campos Jesús , Vidovic Dragoslav , Schwarz Andrew D. , Blake Matthew P. , Mountford Philip , Jones Cameron , Aldridge Simon 
Published: September 2017

AbstractReduction of indium boryl precursors to give two‐ and three‐dimensional M−M bonded networks is influenced by the choice of supporting ligand. While the unprecedented nanoscale cluster [In68(boryl)12]− (with an In12@In44@In12(boryl)12 concentric structure), can be isolated from the potassium reduction of a bis(boryl)indium(III) chloride precursor, analogous reduction of the corresponding (benzamidinate)InIIIBr(boryl) system gives a near‐planar (and weakly aromatic) tetranuclear [In4(boryl)4]2− system.
Evaporation‐Directed Crack‐Patterning of Metal–Organic Framework Colloidal Films and Their Application as Photonic Sensors
Authors: Dalstein Olivier , Gkaniatsou Effrosyni , Sicard Clemence , Sel Ozlem , Perrot Hubert , Serre Christian , Boissière Cédric , Faustini Marco 
Published: September 2017

AbstractA straightforward crack‐patterning method is reported allowing the direct formation of periodic cracks in metal–organic framework (MOF) nanoparticle films during dip‐coating deposition. The crack propagation and periodicity can be easily tailored by controlling the evaporation front and the withdrawal speed. Several MOF‐patterned films can be fabricated on large surfaces and on several substrates (flat, curved or flexible) including the inner surface of a tube, not achievable by other lithographic techniques. We demonstrate that the periodic cracked arrays diffract light and, due to the MOF sorption properties, photonic vapor sensors are fabricated. A new concept of “in‐tube”, MOF‐based diffraction grating sensors is proposed with outstanding sensitivity that can be easily tuned “on‐demand” as function of the desired detection range.
Toughening mechanism of rubber reinforced epoxy composites by thermal and microwave curing
Authors: Xi Jiaojiao , Yu Zhiqiang 
Published: September 2017

ABSTRACTThe carboxyl terminated polybutadiene (CTBN) is utilized to improve the toughness of diglycidylether of bisphenol A epoxy cured by heat and microwave. The change of viscosity, chemical groups, and the glass transition temperature (Tg) of system are analyzed. The impact performance is characterized to evaluate the fracture toughness, and tensile properties also are investigated. The fracture morphologies are observed by the scanning electron microscopy for exploring toughening mechanism. The viscosity results indicate that viscosity of system increases with increasing of CTBN, demonstrating the formation of precrosslinking and interpenetrating network structure of two phases. The Fourier transform infrared spectrometer results show that effective chemical bonds are formed between CTBN and epoxy resins. The Tg decreases with introducing CTBN, indicating the decline of crosslinking density, which further suggests inherent three‐dimensional structure have been changed. The impact strength and energy increase with increasing of CTBN, and reach a maximum value of 5.92 kJ/m2 and 0.13 kJ at 15% for thermal curing, respectively, increased by 36.8% and 23.1% relative to microwave curing system, while tensile strength and modulus reach the optimum at 5%. Scanning electron microscopy observation finds that “plastic tensile” and “microvoid” deriving from “sea‐island” structure exist, presenting the ductile fracture features. © 2017 Wiley Periodicals, Inc. J. Appl. Polym. Sci. 2018, 135, 45767.
Evaluating a bedside tool for neuroanatomical localization with extended‐matching questions
Authors: Tan Kevin , Chin Han Xin , Yau Christine W.L. , Lim Erle C.H. , Samarasekera Dujeepa , Ponnamperuma Gominda , Tan Nigel C.K. 
Published: September 2017

Neuroanatomical localization (NL) is a key skill in neurology, but learners often have difficulty with it. This study aims to evaluate a concise NL tool (NLT) developed to help teach and learn NL. To evaluate the NLT, an extended‐matching questions (EMQ) test to assess NL was designed and validated. The EMQ was validated with fourth‐year medical students and internal medicine and neurology residents. The NLT's usability was evaluated with third‐ and fourth‐year students, and the effectiveness was evaluated with an experimental study of second‐year students, using the EMQ as the outcome measure. Students were taught how to use both the NLT and textbook algorithms (control) to perform NL, then randomized into either group, and only allowed to use their assigned tool to complete the EMQ. Primary outcome was the difference in mean EMQ scores expressed as a percentage of total score. For EMQ validation, students (n = 56) scored lower than residents (n = 50) (76.7% ± 1.7 vs. 83.0% ± 1.6; mean ± standard error of mean, P < 0.009). The EMQ demonstrated good reliability (Cronbach's α 0.85) and generalizability (G‐coefficient 0.85). Third‐ (n = 77) and fourth‐year (n = 42) students found the NLT user‐friendly and helpful in their learning of NL. In the experimental study, scores were significantly higher for NLT group (n = 94) than for controls (n = 101) (42.5 vs. 37.0%, P = 0.014); the effect size (Cohen's d) was 0.36. The EMQ is validated to reliably assess NL and is generalizable, feasible, practical, and of low cost. The concise and user‐friendly NLT for NL was effective in aiding medical student performance of NL. Anat Sci Educ 11: 262–269. © 2017 American Association of Anatomists.