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The aim of this study is to investigate how pragmatic-conceptual representations can be integrated into theories of first language acquisition. Experiment 1, using a sentence–picture judgment task, examined how children (N = 53, aged 4–6 years) used prosody boundaries as cues for a recursive interpretation when the recursive relatives (i.e., SO and OO)1 were garden path structures. The results showed that children below six-year had a stronger preference for recursive reading than adults under the conjunction-biased prosody condition and that children after six years of birth exhibited an adult-like preference for recursive readings under the recursion-biased prosody condition. Experiment 2 explored whether and how reversibility (e.g., “a dog eats a banana” vs “a dog kisses a cat”) in the action schema affected the production of OO and SO in Mandarin-speaking children (N = 137, age: 4–8 years). The results showed that adult-like production of OO in both reversible and irreversible conditions appeared at the age of six. The adult-like production ability of SO showed a one-year delay in the reversible condition (seven years under the reversible condition versus six years under the irreversible condition). The study suggests that some pragmatic-conceptual representations (such as the action schema) may be precursors of language and serve as a default analysis in language acquisition, while the mapping of the prosody domain onto syntax matures over time.
“Interface” in present usage is a modern concept whose roots lie in physical science and engineering disciplines. For serendipitous reasons it happens to work well as a conceptual tool for structuring Sun Tzu’s approach to leadership topics, starting with the political level (the ruler) and extending in the military realm down to the level of common soldiers. That is the focus of Theme #13.
Adsorption of uranyl (UO22+) ions to mineral surfaces is a potentially effective method for removing this hazardous metal from water, but other toxic trace metal ions (Xn+: Rb+, Sr2+, Cr3+, Mn2+, Ni2+, Zn2+, Cd2+) in uraniferous wastewaters compete with UO22+ for adsorption sites and thus may diminish the capacity of adsorbents to sequester UO22+. A better understanding of competitive adsorption among these metal ions and the development of better adsorbents are, therefore, of critical importance. The purpose of the present study was to synthesize and characterize magnetic adsorbents, consisting of MFe2O4 (M = Mn, Fe, Zn, Co, or Ni) nanoparticles synthesized on montmorillonite (Mnt) edge sites, and to investigate their use as adsorbents for UO22+, including competitive adsorption with trace metal ions. Selective adsorption was studied using Langmuir, Freundlich, and Dubinin-Radushkevich isotherms, and the results showed that Xn+ ions were adsorbed primarily on MFe2O4-montmorillonite surfaces, and the UO22+ ions were adsorbed on the interfaces between montmorillonite edge surfaces and MFe2O4 nanoparticles. Using the Freundlich model, the interface adsorption capacity of UO22+ reached 25.1 mg·g–1 in mixed solution. Further, the UO22+ and Cr3+ ions had a redox reaction on the interfaces with synergistic adsorption. Herein, the adsorption capacity of Cr3+ was 60.2 mg·g–1 using the Freundlich isotherm. The results demonstrated that the MFe2O4-montmorillonite with highly selective adsorption of UO22+ ions is applicable to UO22+ treatment in the presence of toxic trace metal ions.
Bentonite and iron metals are common materials proposed for use in deep-seated geological repositories for radioactive waste. The inevitable corrosion of iron leads to interaction processes with the clay which may affect the sealing properties of the bentonite backfill. The objective of the present study was to improve our understanding of this process by studying the interface between iron and compacted bentonite in a geological repository-type setting. Samples of MX-80 bentonite samples which had been exposed to an iron source and elevated temperatures (up to 115°C) for 2.5 y in an in situ experiment (termed ABM1) at the Äspö Hard Rock Laboratory, Sweden, were investigated by microscopic means, including scanning electron microscopy, μ-Raman spectroscopy, spatially resolved X-ray diffraction, and X-ray fluorescence.
The corrosion process led to the formation of a ~100 μm thick corrosion layer containing siderite, magnetite, some goethite, and lepidocrocite mixed with the montmorillonitic clay. Most of the corroded Fe occurred within a 10 mm-thick clay layer adjacent to the corrosion layer. An average corrosion depth of the steel of 22–35 μm and an average Fe2+ diffusivity of 1–2 × 10−13 m2/s were estimated based on the properties of the Fe-enriched clay layer. In that layer, the corrosion-derived Fe occurred predominantly in the clay matrix. The nature of this Fe could not be identified. No indications of clay transformation or newly formed clay phases were found. A slight enrichment of Mg close to the Fe—clay contact was observed. The formation of anhydrite and gypsum, and the dissolution of some SiO2 resulting from the temperature gradient in the in situ test, were also identified.
We introduce a formula for translating any upper bound on the percolation threshold of a lattice $G$ into a lower bound on the exponential growth rate of lattice animals $a(G)$ and vice versa. We exploit this in both directions. We obtain the rigorous lower bound ${\dot{p}_c}({\mathbb{Z}}^3)\gt 0.2522$ for 3-dimensional site percolation. We also improve on the best known asymptotic bounds on $a({\mathbb{Z}}^d)$ as $d\to \infty$. Our formula remains valid if instead of lattice animals we enumerate certain subspecies called interfaces. Enumerating interfaces leads to functional duality formulas that are tightly connected to percolation and are not valid for lattice animals, as well as to strict inequalities for the percolation threshold.
Incidentally, we prove that the rate of the exponential decay of the cluster size distribution of Bernoulli percolation is a continuous function of $p\in (0,1)$.
The interface between digitalized information (Data), intellectual property, privacy regulations, and competition law in the ‘Internet of Things’ (IoT) scenario is currently triggering the interest of politicians, businessmen, the academic community, and, even, the general public. The groups are interested for different reasons; for example, businessmen see an opportunity for the creation of wealth; researchers see the possibility of gaining, analyzing, and distributing knowledge efficiently; and everyone acknowledges that the collection and distribution of data may raise several concerns in reference to private and public power, freedom, privacy, and data protection concerns.
In this chapter, I address cross-cultural encounters of two (or more) sets of sensory scripts. These encounters are evident in the wider literature on colonialism, migration and other local–foreign interfaces. In doing so, it serves as an important reminder for one to take heed of multiple axes of sensory similarities and differences, in addition to a merely the East–West core axis of difference. I also turn the lens around by showing how local populations on the reverse, discern colonial or foreign communities through their sensory faculties as a counterpoint. The focus lies in demonstrating how sensory interfaces arising from these processes and movements of people are theorised using the notion of sensory transnationalism. I map this notion onto colonial–local sensory encounters and propose four modes of sensory engagement: reception, rejection, regulation, and reproduction. These modes collectively show how sensory encounters, stemming from contrasting power positions, lend a different understanding of empire and its everyday lived constructions, including how colonial impositions of modernity through sensory regulatory schemes are also met with resistance. Consequently, categories of colonisers and colonised are unsettled instead of being deployed as inherently asymmetrical categories.
Edited by
Chu-Ren Huang, The Hong Kong Polytechnic University,Yen-Hwei Lin, Michigan State University,I-Hsuan Chen, University of California, Berkeley,Yu-Yin Hsu, The Hong Kong Polytechnic University
Tone in Chinese languages is distinct in two aspects: (i) the complexity in the tonal make-up and (ii) widespread sandhi. The former is often attributed to underlying complexity in tonal inventories and the latter to triggers immediately adjacent to the sandhi site. Morphosyntax, though highly relevant, is often left unarticulated in the description of tonal inventories and processes. This chapter unravels four major aspects in which morphosyntax condition tonal processes (a) the licensing and/or generation of tonal contours, (b) the neutralization of tone, (c) the triggering and blocking of sandhi; and (d) the impact on tonal prosody. While phonological patterns in other languages are sensitive to the word- and post-lexical levels divide, it is the structural constituency that is often more relevant than syntactic category in Chinese tonal processes. Lest one overstates the power of morphosyntax, note also that morphosyntactic conditioning of tonal processes is likely mediated through alignment and interface with prosody structure. Thus morphosyntax plays not a deterministic role, but a substantially contributive one in the intricacies of tonal processes in Chinese.
Phonology/phonetics and morphology interact in such a way as to render difficult any clear-cut dividing line between these subfields. Romanists have long observed that phonetics play a crucial role in language change. From this point of view there is nothing exceptional in the fact that phonetics/phonology may provide the system with the very substance of morphological oppositions. The number and the extension of the morphological processes amenable to phonetic principles in the Romance domain are so wide that only a few typical phenomena are treated in this chapter. Furthermore, it is not always evident how one can establish the extent to which a given morphological alternation is phonologically driven, whether we are dealing with a purely phonological phenomenon or whether we should recognize some lexical conditioning in the choice of the allomorphs. The examples discussed (allomorphy in the definite article, subject clitics and affixes, possessives, and the nominal, verbal, and adjectival stems) show that the phonetic impulse for a morphological alternation may no longer be transparent ; in other cases, the trigger of a given pattern is no longer available or can only be identified following a process of diachronic reconstruction.
This chapter builds the general theory of the UG–iconicity interface, which consists of two general principles, with the Functional Iconicity Complementation Hypothesis (FICH) defining when the interaction is activated, and the Uniform Structure Mapping Principle (USM), how this interaction is carried out. In general, if a functional void of UG prevents a semantic/conceptual relation from mapping to a structural relation properly and thus halts an otherwise well-formed process of clause-generation, iconicity is called in to help finish the task. Intricate interactions between UG and iconicity may happen under the regulation of the USM so that the solution remains UG-compliant (and therefore has a proper interpretation). The scarce literature on the UG–iconicity relation is reviewed to provide the context in which the interface theory in this book is positioned and evaluated. The specific theory of the UG–iconicity interface is also compared with familiar examples in biology for further validation.
The phonetics/phonology interface refers to the relationship between the physical dimensions of phonetics and the abstract arrangement of phonemes and their manifestations within the phonological systems of languages. This chapter provides an overview of a range of approaches to the investigation of the phonetics/phonology interface, with particular attention to the relationships between phonetic factors such as positional prominence, acoustic salience and articulatory gestures, and phonological phenomena such as segment features and inventories, assimilation, and tone. I survey several clusters of theoretical orientation, each with distinct theoretical underpinnings and claims about the extent to which phonological concepts encode, reflect or direct phonetic details. I conclude with a discussion synthesising these seemingly disparate approaches, unifying them around a theme of linking the continuous physical dimensions of phonetic science with the abstract cognitive categories and rules of combination that typify phonological models. I discuss pedagogical implications and new directions in which facets of the interface can be explored.
The presented research focused on the microstructural characteristics of explosively welded three-layered Ti Grade (Gr) 1/Alloy 400/1.4462 steel clads before and after heat treatment being of large practical potential. Scanning electron microscopy (SEM) analyses have shown that both interfaces formed between the plates are continuous and without defects. The in-depth examination was dedicated to the upper Ti Gr 1/Alloy 400 interface, located closer to the explosive material, therefore, subjected to more extreme welding conditions. The presence of cubic phase Ti2Ni, hexagonal phase Ni3Ti, and tetragonal phase (CuxNi1−x)2Ti were confirmed within the melted zones, which slightly widened due to annealing, being an essential step in the manufacturing of these modern materials. Transmission electron microscopy observations in the nano scale confirmed the preliminary chemical composition analyses collected with energy-dispersive X-ray spectroscopy in SEM. They additionally revealed the interface zone microstructure transformation due to the annealing. It was evidenced that initially mixed phases in the form of grains, after heat treatment formed irregular bands arranged in the following sequence: Alloy 400/Ni3Ti/(CuxNi1−x)2Ti/Ti2Ni/Ti Gr 1. A clear segregation of Cu and Ni forming two separate layers was also noticed. These diffusion phenomena may influence the strength of the final product, therefore need further studies regarding the prolonged annealing state.
Chapter 7 concludes this book by summarizing its content and highlighting how the so-called “creole-like” features detected for the AHLAs can be better explained in terms of interface-constrained advanced SLA processes, which were subsequently nativized and conventionalized by following generations of speakers. Likewise, this chapter stresses the importance of these Afro-Hispanic vernaculars to linguistic theory by showing how these contact varieties can offer both a window into possible L2 instantiations of UG as well as an ideal testing ground for formal hypotheses (Sessarego 2014a), which have primarily been built on standardized language data.
During an out-of-hours shift, the initial assessment of a CAMHS patient is performed by the paediatric trainee, usually the paediatric SHO (senior-house-officer). During my placement as a paediatric SHO, I was aware of a gap in formalised metal state examination teaching for paediatric juniors, which would be crucial for a thorough assessment of these patients, and to better guarantee they are safely managed until further assessment.
Objectives
The aim is to provide a short teaching session on mental state examining of the CAMHS patent to paediatric SHOs in order to improve their confidence in assessment.
Methods
In order to assess initial confidence in assessing the mental-state of a CAMHS patient, a pre-teaching questionnaire was given to the paediatric SHOs. A 30-minute teaching session on the mental state exam was then carried out and a post-teaching questionnaire was then given to the same trainees.
Results
Paired sample Wilcoxons signed rank test found that training significant improved trainees’ confidence in taking a psychiatric mental state exam (p= 0.005, r = 0.628), and improved their confidence in presenting a mental state exam (p = 0.0041, r = 0.6420).
Conclusions
Being able to confidently assess the mental state of a CAMHS patient in an on call shift is important for the initial assessing paediatric trainee. However this is often not taught in the paediatric curriculum and trainees have expressed some anxiety in performing this assessment overnight, before a more comprehensive assessment by a CAMHS professional. A simple teaching session may help to reduce this anxiety and improve trainees’ confidence.
The final chapter explores the relationship between the work of art and its diverse spectators by developing the idea of the ‘multi-layered interface’. I argue that this work engages spectators in ways that move beyond previous theory and practice examining images of the body. I focus on performance in photography and video, exhibited in galleries or disseminated online. This art negotiates a way between a complex web of icons, from Samuel Aranda’s photograph of a fully veiled Yemeni woman holding her injured son, to the controversial naked selfies posted on social media by certain women from Tunisia and Egypt in 2011. Lalla Essaydi and Majida Khattari develop a complex interface through Arabic writing, photography and a range of French, other European, or Arabic and Persian imagery, in interaction with the performing body. New means of concealing and revealing the body evoke the revolutions in Tunisia, Libya or Syria in photographic work by Mouna Karray and videos by Naziha Arebi and Philip Horani. Online videos of street art and dance (by Ahl Al Kahf, El Seed, JR and Art Solution) at public sites in Tunisia interpolate their diverse audience in comparable ways, while extending the work in time and space.
Chapter 3 argues that while globalised liberal citizenship norms—including universalised notions of citizenship as a human right—generated a politics of inclusion thus boosting dual citizenship advocacy for Liberia, the transmission in Africa of transnational belonging—dual citizenship diffusion in the continent—has had varied outcomes for the country. It also reveals that the bundle of visceral responses to dual citizenship as a proposed development intervention in Liberia signifies an interface wherein actors negotiate the discontinuities and continuities in their lived experiences of being Liberian, with homeland actors particularly resistant. Viewed as both promise and peril for diasporic and domestic actors, respectively, dual citizenship represents an instrumental tug-of-war in which homelanders prefer to protect their privileges while transnationals wish to expand their rights.
Divided into three parts, Chapter 1 outlines the rationale for selecting respondents—homeland Liberians, permanent and circular returnees, diasporas—with an overview of their demographic profiles; the conceptual framework, actor-oriented analysis, which considers myriad responses to development interventions based on actors’ disparate life-worlds (lived experiences), social locations (socio-economic positions), and levels of agency (capacity to act); as well as deep thinking about the author’s positionality. The methodological, theoretical, and biographical reflections in this chapter are intended to contextualise how the author came to understand Liberia’s political economy of belonging and its relationship to contestations over dual citizenship.Chapter 1 demonstrates why it was essential to converse with Liberian actors inhabiting different locales in three continents. It shows, for example, that diasporas disclose through their identities, practices, and relationships that citizenship can be simultaneously passive, active, and interactive. They also both challenge and substantiate certain theoretical approaches including conceptualisations of diasporic influences on homeland foreign policy and, by the author’s extension, homeland domestic policy. Reflecting on her positionality as a Liberian researcher who has occupied multiple spaces and places, the author evaluates her own biases as someone who made a conscious choice not to naturalise abroad and how this decision influences her analysis of Liberian citizenship construction and practice.
Intermetallic γ-TiAl-based alloys are commonly used as structural materials for components in high-temperature applications, although they generally suffer from a lack of ductility and crack resistance at ambient temperatures. Within this study, the process-adapted 4th generation TNM+ alloy, exhibiting a fully lamellar microstructure, was examined using notched micro-cantilevers with defined orientations of lamellar interfaces. These configurations were tested in situ using superimposed continuous stiffness measurement methods during loading with simultaneous scanning electron microscopy observations. Subsequently, the video signal was used for visual crack length determination by computer vision and compared to values calculated from in situ changes in stiffness data. Applying this combinatorial approach enabled to determine the J-integral as a measure of the fracture toughness for microstructurally different local crack propagation paths. Thus, distinct differences in conditional fracture toughness could be determined from 3.7 MPa m1/2 for γ/γ-interface to 4.4 MPa m1/2 for α2/γ-interface.