bluuebunny/crossref_metadata_2025_split huggingface dataset:
‘You son of a perverse rebellious woman’: Mobilizing the storytelling event for self-empowerment
Authors: Zilberman Friedmann Yael , Netz Hadar 
Published: February 2022

AbstractThe current study investigates the discursive strategies used by Jewish Israeli women when telling stories of self-empowerment involving interpersonal tension with authority figures. Our corpus is based on in-depth interviews with thirty women aged fifty to ninety-three from the southern city of Beer Sheva, Israel. We identified forty-two narratives manifesting interpersonal tension, mostly with authority figures. Drawing on the theoretical framework of narrative analysis, we conduct a performance-based, pragmatic microanalysis of four stories through which we demonstrate an ensemble of strategies paramount in shaping and contesting power relations, including use of direct reported speech, address and reference terms, and code-switching. By telling their stories, our storytellers mobilized the storytelling event as an occasion to perform a self-empowering move through which they subverted the frameworks of authority not only on a local level in the narrated and storytelling events but potentially also on a broader societal level, disrupting hegemonic asymmetries. (Power relations, narratives, self-empowerment, direct reported speech, code-switching, terms of address, terms of reference)
Should German Courts Prosecute Syrian International Crimes? Revisiting the “Dual Foundation” Thesis
Authors: Han Yuna 
Published: February 2022

AbstractShould Germany be prosecuting crimes committed in Syria pursuant to universal jurisdiction (UJ)? This article revisits the normative questions raised by UJ—the principle that a state can prosecute serious international crimes such as genocide, crimes against humanity, and war crimes committed by foreigners outside of its territories—against the backdrop of increasing European UJ proceedings regarding Syrian conflict–related crimes, focusing on Germany as an illustrative example. While existing literature justifies UJ on the basis of universal prohibition of certain atrocities, this creates residual normative issues. Alternatively, this article applies the “two-tiered test” derived from the “dual foundation” thesis of the Eichmann judgment, in which the normative appropriateness of UJ is evaluated against both accounts of universal prohibition and the specific politics surrounding the prosecution. It contends that the large number of Syrian refugees in Germany means that Germany, in particular, should initiate Syrian conflict–related UJ proceedings to prevent continued harm and recognize the political agency of refugees. Ultimately, the article suggests UJ should normatively be thought of as a domestic, rather than international, political event.
The use of force against neutral ships outside territorial waters
Authors: Helmersen Sondre Torp 
Published: February 2022

AbstractThis article examines when states are allowed to use force against neutral merchant ships outside territorial waters. This is regulated by both international humanitarian law and the prohibition of the use of force, which apply concurrently to naval warfare. The prohibition of the use of force imposes narrower limits than international humanitarian law, in the sense that certain actions that have traditionally been permitted under international humanitarian law are contrary to the prohibition of the use of force. The prohibition of the use of force exempts uses of force based on UN Security Council resolutions, consent and self-defence. Where there is no UN Security Council resolution or consent, self-defence remains the only option, and self-defence does not give a right to direct the use of force towards third states or their ships. Therefore, the right to self-defence does not permit blockades outside territorial waters or visit and search operations that are not founded on specific suspicions against individual ships, even though such operations may be permitted under international humanitarian law. These conclusions are supported by an examination of state practice and opinio juris, where the few relevant instances that do exist have met with widespread protests from other states.
Vitamin A deficiency and associated risk factors in children aged 12–59 months living in poorest municipalities in the South Region of Brazil
Authors: Dallazen Camila , Tietzmann Daniela Cardoso , da Silva Sara Araújo , Nilson Eduardo Augusto Fernandes , Gonçalves Vivian Siqueira Santos , Lang Regina Maria Ferreira , Crispim Sandra Patricia , Moreira Júlia Dubois , Garcia Solange Cristina , Vítolo Márcia Regina 
Published: February 2022

AbstractObjective:To estimate the prevalence of vitamin A deficiency (VAD) in children and associated risk factors.Design:Analysis of data from a cross-sectional multicentre study performed in the primary care units of the municipalities from January to June 2015. The children’s legal guardians answered a socio-economic questionnaire, and the children’s blood samples were obtained by venipuncture. Plasma retinol was determined by HPLC. Plasma retinol values of <0·70 μmol/l were considered VDA. Poisson multiple regression with robust variance was used. Values of P < 0·05 were considered significant. The data were analysed in the SPSS software, 21.0.Setting:Forty-eight poorest municipalities in the South Region of Brazil.Participants:Children (n 1503) aged 12–59 months.Results:The prevalence of VAD in the sample was 1·9 % (95 % CI (0·5, 6·8)). The following risk factors were associated with the outcome in the final explanatory model: family received Bolsa Familia program benefits (PR = 3·19; 95 % CI (1·69, 6·02)), child was not being breastfed (PR = 5·22; 95 % CI (1·68, 16·18)) and stunting (PR = 4·75; 95 % CI (2·10, 10·73)).Conclusions:VAD did not represent a public health problem for children living in socio-economically vulnerable municipalities in the South Region of Brazil, suggesting a new panorama of this nutritional deficiency even in regions of low socio-economic conditions in these three states. Thus, in view of the current nutritional transition scenario, it is necessary to continuously monitor and improve public policies related to vitamin A supplementation in the country.
Distorted policy transfer and institutional conflicts: the health insurance reform in South Korea
Authors: Kim Seongjo , Lee Sun-Woo 
Published: February 2022

AbstractWhy did Korea integrate multiple health insurers into a single insurance body in 2000? This study argues that the combination of institutional frictions and reinterpretations of them led to institutional changes by reshaping coalitions of healthcare policies. This study demonstrates how the interaction between institutional mismatches and policy feedbacks caused by policy transfer distortions and actors' ideas can trigger the institutional changes. When Korean policymakers adopted the Japanese health insurance system in the 1970s and 1980s, they deliberately modify some institutional sub-components to reflect the interests of bureaucrats and dominant groups. As a result, the mismatched institutional and ideational patterns created frictions for institutional changes. The self-governance of health insurance societies has hardly been achieved in Korea and it reduced individual health insurance societies to no more than a governmental body that collected contributions. In problem-solving mechanisms, there was a weak commitment for support such as loosely institutionalized finance assistance for rural health insurance schemes since the nascent democratic regime wanted to manipulate the subsidy for political reason, with low financial burden. Due to these distorted institutional practices, the health insurance system was seen as a symbol of the social exclusion of the disadvantaged and as a malfunctioning social policy stemming from an irresponsible government. Meanwhile, by reshaping its orientations and preferences, Korean labor reinterpreted the meaning of the health insurance system and socially oriented labor movements in Korea have formed a coalition with civil movement for the health insurance reform.
Interpreter-mediated CBT – a practical implementation guide for working with spoken language interpreters
Authors: Costa Beverley 
Published: February 2022

AbstractIn the UK, over three-quarters of a million people cannot speak English well enough to access cognitive behavioural therapy (CBT) in English. If they are to receive an equitable service, they need to be able to access (spoken language) interpreter-mediated therapy. This means that CBT therapists may need support, through training and supervision, to feel confident and positive about incorporating an interpreter into the therapeutic relationship. The requirement for CBT therapists to be able to work effectively with an interpreter is currently acknowledged in the new BABCP minimum training standards and core curriculum, which are recommended for adoption (BABCP, 2021). Understandably, therapists can feel anxious about working with a third person in the room, but when these anxieties are honestly addressed and explored, creative solutions can be found. Therapy is usually conducted in a dyad. A triadic relationship requires attention to the systems at play inside and outside of the therapy room. With careful preparation and planning, interpreter-mediated therapy can be an effective and positive experience for the patient. After an introductory section, the paper is divided into six implementation sections: preparing for interpreter-mediated therapy; meta communication; boundaries; managing three-way relationships; working with interpreters remotely; and support needs of interpreters. Using a case example approach, interpreter-mediated therapeutic situations, which illustrate challenges and solutions, and examples of good practice, are explored. The paper offers practical guidance and illustrations which can form the basis of a training programme which teaches CBT therapists how to form a collaborative working relationship with an interpreter, how a therapist can stay active and maintain their clinical authority in a session in which they do not understand what is being said, and how CBT therapists can ensure that the therapy session remains safe and effective for all three of the participants in the interpreter-mediated encounter.Key learning aims(1)To help CBT therapists feel more confident and positive about working with spoken language interpreters.(2)To prepare CBT therapists to create a more accessible service for those patients who do not speak sufficient English to engage in therapy without support.(3)To provide CBT therapists with key principles for managing the pulls and pushes in a triadic relationship when you do not understand the language(s) spoken in the room.
SIW cavity-backed dual inverted L slot antenna array for Ku band applications
Authors: Kumar Abhay , Srivastava Shweta 
Published: February 2022

AbstractA novel concept of SIW cavity-backed dual inverted edge curved L slots antenna array with the defective ground plane is proposed in this paper. A linearly placed six-element inverted dual L slots array antenna is designed separated by a distance of 0.55λg to achieve high gain. Each pair of slots is separated by a column of the vias to form sub-cavities and those are fed individually. Defective ground structure (DGS) is introduced at the ground plane to manage the propagation of wave to the last slots in the array. The slots are enclosed by a SIW cavity of height 0.24λg in a single substrate. A measured peak gain of 8 dBi is achieved at 14.29 GHz. The antenna shows a front-to-back ratio of 24.9 dB. The design is also compared with various aspects to show the advantages of each element introduced in the design. The validity of the design is proved by the good agreement between the simulated and measured results. This novel design can be used to achieve the performance requirement of a satellite antenna working in Ku band.
Comparative analysis of resistance to ALS-inhibiting herbicides in smallflower umbrella sedge (Cyperus difformis) populations from direct-seeded and puddled-transplanted rice systems
Authors: Huang Mengge , Long Di , Zhou Fengyan , Li Jingbo , Tang Wenwei , Zeng Dongqiang , Wang Yanhui 
Published: February 2022

AbstractThe transition from puddled-transplanted rice (Oryza sativa L.) (PTR) to direct-seeded rice (DSR) is gaining popularity in central China. In contrast, the PTR system is the most common practice in southwest China. Weeds are a major problem in the paddy fields of the DSR systems, and herbicides are widely used for weed control. However, the increased frequency and rate of herbicide use leads to the rapid evolution of resistance. Smallflower umbrella sedge (Cyperus difformis L.) is a troublesome weed species in rice fields of China and is usually controlled by the acetolactate synthase (ALS)-inhibiting herbicide bensulfuron-methyl. Here, we collected 32 C. difformis populations from DSR systems (Hunan Province) and PTR systems (Guangxi Province) and investigated their resistance to bensulfuron-methyl. Results revealed 80% (8 out of 10) populations from Hunan Province and 14% (3 out of 22) populations from Guangxi Province had evolved resistance to bensulfuron-methyl. Five populations from Hunan Province (HN-2, HN-3, HN-5, HN-9, HN-10) possessing the Trp-574-Leu mutation had high-level resistance (ranging from 169- to >1,309-fold) based on GR50 ratios. The resistant populations from Guangxi Province had a lower level of resistance to bensulfuron-methyl due to a Pro-197-Ser mutation. The Asp-376-Glu mutation was only identified in the HN-4 population. In addition, the GX-3 population from the PTR systems was resistant to bensulfuron-methyl without ALS gene mutations, indicating non–target site resistance (NTSR). Although some resistant populations of both regions exhibited cross-resistance to multiple ALS-inhibiting herbicides, including pyrazosulfuron-ethyl, bispyribac-sodium, penoxsulam, and imazapic, sensitivity was also detected to the auxin herbicide MCPA and the photosystem II–inhibiting herbicides bentazone and propanil. These results indicate that cultivation practices affect resistance evolution in C. difformis. DSR systems exert high selection pressure by selecting the Trp-574-Leu mutation, resulting in high-level resistance. In contrast, a mutation at Pro-197 plus NTSR likely plays a significant role in ALS resistance in the PTR systems.
Holocene Tephrostratigraphy in the East Sea/Japan Sea: Implications for Eruptive History of Ulleungdo Volcano and Potential for Hemispheric Synchronization of Sedimentary Archives
Authors: Chen Xuan‐Yu , Blockley Simon P.E. , Fletcher Rebecca , Zhang Shuang , Kim Ji‐Hoon , Park Myong‐Ho , Chen Cong , Yin Jian , Xu Yi‐Gang 
Published: February 2022

AbstractActive volcanoes in East Asia pose potential threats to the surrounding areas. The eruptive history of many of the Japanese volcanoes are well understood, but their dispersal pathways are often based on visible tephra. Additionally, other important volcanoes in the region still require a deeper understanding of their eruptive potential. Here, we explore the Holocene cryptotephra record preserved in a marine core 13PT‐P4 in the southwestern East Sea, in order to better reconstruct past eruptive events and their dispersal. Six widespread tephra layers are identified and correlated to their source volcanoes in S Korea (Ulleungdo), China/N Korea (Changbaishan) and Japan (Kikai), with their dispersal ranges updated. Our results rank the 13PT‐P4 sequence the most intensively tephra‐constrained Holocene record in the East Sea, which permits synchronization of this mid‐latitude archive with records in the Arctic and tropical regions. Terrestrially based tephra ages are used to constrain the marine reservoir effect and the age‐depth model of the record. The average reservoir age in the region is estimated to be 1150 ± 3014C yr at ca. 7.3–5.6 cal ka BP and 1565 ± 3014C yr at ca. 1.0 cal ka BP. These observed changes in reservoir age could indicate active upwelling at a regional scale. Additionally, we provide a detailed age estimate and glass geochemistry for a previously poorly understood eruption (U‐1) from the Ulleungdo volcano, thus refining its Holocene eruptive history. The U‐1 eruption is dated to 3354‐3080 cal yr BP (95.4%), and has glass composition that is distinct from other Ulleungdo tephras.
Grounding Line Retreat and Ice Discharge Variability at Two Surging, Ice Shelf‐Forming Basins of Flade Isblink Ice Cap, Northern Greenland
Authors: Möller Marco , Friedl Peter , Palmer Steven J. , Marzeion Ben 
Published: February 2022

AbstractIce discharge from Flade Isblink ice cap (NE Greenland) maintains an ice shelf at the northwestern fringe of the ice cap. The two outlet basins feeding this ice shelf surged during the late 1990s. Ice shelves are rare in Greenland and surges of ice shelf terminating glaciers even rarer. Understanding and explaining the evolution of ice mass changes in the two basins is hampered by a lack of knowledge about processes at their grounding zones. We determined, for the first time, the grounding line locations of these basins and analyzed their variability with time. We further quantified ice discharge and its variability during the period 1988–2020. We found that the grounding lines advanced slightly between 1993 and 1999 during the glacier surges, but showed overall retreats of 2.2 ± 1.3 km in basin 2 and 2.7 ± 0.9 km in basin 3 until 2019 over retrograde sloping beds. The retreats were promoted by increasing buoyancy forces due to increasing water depth, but opposing buttressing forces of the ice shelf induced a differing response of the grounding line in the two basins. Based on the observed patterns of flow and retreat, we characterized the surges as “Svalbard‐type”, modified by buttressing effects of the ice shelf. We calculated total ice discharges over the study period of 1.85 ± 1.59 Gt in basin 2 and 1.38 ± 1.22 Gt in basin 3. We observed reductions in ice discharge of at least 90% after the surges, that persisted for the remainder of the period studied.
Macrodispersion and Recovery of Solutes and Heat in Heterogeneous Aquifers
Authors: Tang D. W. S. , Van Der Zee S. E. A. T. M. 
Published: February 2022

AbstractThe recovery efficiency of aquifer storage systems with radial flow fields are studied for heterogeneous aquifers. Macrodispersion, arising from spatially heterogeneous hydraulic conductivity, is modeled as a scale‐dependent mechanical dispersion process. Approximate solutions for the recovery efficiency as a function of local dispersion and macrodispersion parameters, the injection‐extraction rate and duration , and storage cycle count, are derived and validated against numerical simulations. If macrodispersion dominates and the macrodispersion coefficient scales linearly with distance, the recovery efficiency is independent of both . For sublinear and superlinear scalings, recovery increases and decreases respectively if increases. However, if local dispersion dominates, increasing always increases recovery. As macrodispersion becomes increasingly dominant with scale, the recovery efficiency may be a nonmonotonic function of , with a maximum. In homogeneous aquifers, nonmonotonicity does not occur for 1D and 2D radial flow, but occurs for 3D radial flow fields only as a function of , not . These methods may also be used for fitting local dispersion and macrodispersion parameters with push‐pull tests using recovery data, with advantages in scope of applicability and ease of data acquisition and interpretation, compared to existing push‐pull test methods, which fit to breakthrough curves and do not consider macrodispersion. Furthermore, characterizing macrodispersion with push‐pull tests may be advantageous over methods that use observation wells, as observation well placement may be challenging in highly heterogeneous aquifers. The results show that the macrodispersion parameters are not innate aquifer hydraulic properties, as their values vary with flow field geometry.
A Coupled Thermal‐Hydraulic‐Mechanical Approach to Modeling the Impact of Roadbed Frost Loading on Water Main Failure
Authors: Huang Xiang , Rudolph David L. , Glass Brittney 
Published: February 2022

AbstractSubsurface pipe failures in cold regions are generally believed to be exacerbated by differential strain in shallow soils induced by seasonal freeze and thaw cycles. The transient stress–strain fields resulting from soil water phase change may influence the occurrence of local buried pipe breaks including those related to urban water mains. This work proposes that freezing‐induced frost loading results in uneven stress–strain distributions along the buried water mains placing them at risk of bending, breaking, and/or leaking. A coupled thermal‐hydraulic‐mechanical (THM) model was developed to illustrate the interactions among moisture, temperature, and stress–strain fields within variably saturated freezing soils. Several typical cases involving highly frost‐susceptible and lower frost‐susceptible soils underlying roadbeds were examined. Results show that the magnitude of frost‐induced compressive stress and strain changes between different frost‐susceptible soils can vary significantly. Such substantial differences in stress–strain fields would increase the breakage risk of water mains buried within different types of soils. Furthermore, even water mains buried within soils with low frost‐susceptibility are at risk when additional sources of soil water exist and are available to migrate to the freezing front. To reduce the risk of damage to buried pipe‐like infrastructure, such as municipal water mains, from soil freezing phenomena, the selected backfill material should have fairly consistent frost susceptibility or a broad zone of transition should be considered between materials with significantly different frost susceptibility. In addition, buried pipes should be kept as far away from external sources of subsurface water as possible considering the potential for the water source to exacerbate the level of risk to the pipe.
Microsphere-assisted, nanospot, non-destructive metrology for semiconductor devices
Authors: Kwon Soonyang , Park Jangryul , Kim Kwangrak , Cho Yunje , Lee Myungjun 
Published: February 2022

AbstractAs smaller structures are being increasingly adopted in the semiconductor industry, the performance of memory and logic devices is being continuously improved with innovative 3D integration schemes as well as shrinking and stacking strategies. Owing to the increasing complexity of the design architectures, optical metrology techniques including spectroscopic ellipsometry (SE) and reflectometry have been widely used for efficient process development and yield ramp-up due to the capability of 3D structure measurements. However, there has been an increasing demand for a significant reduction in the physical spot diameter used in the SE technique; the spot diameter should be at least 10 times smaller than the cell dimension (~30 × 40 μm2) of typical dynamic random-access memory to be able to measure in-cell critical dimension (CD) variations. To this end, this study demonstrates a novel spectrum measurement system that utilizes the microsphere-assisted super-resolution effect, achieving extremely small spot spectral metrology by reducing the spot diameter to ~210 nm, while maintaining a sufficiently high signal-to-noise ratio. In addition, a geometric model is introduced for the microsphere-based spectral metrology system that can calculate the virtual image plane magnification and depth of focus, providing the optimal distance between the objective lens, microsphere, and sample to achieve the best possible imaging quality. The proof of concept was fully verified through both simulations and experiments for various samples. Thus, owing to its ultra-small spot metrology capability, this technique has great potential for solving the current metrology challenge of monitoring in-cell CD variations in advanced logic and memory devices.