bluuebunny/crossref_metadata_2025_split huggingface dataset:
Inside the house of fiction: The creative-critical possibility of Gerald Murnane’s A Million Windows
Authors: Mackey Reuben 
Published: December 2024

To grapple with the meaning of creative-critical writing today, it is necessary to begin from within literature. Too often, literary critics take up a disinterested position outside the text, which foregoes the ways in which the critic is always entangled with the text’s meanings. Through a reading of Gerald Murnane’s A Million Windows (2014), I propose a model for how a critic might read from within a literary text. I demonstrate how Murnane’s fiction – through the use of estrangement – entangles the reader-critic into performing acts of extension, rather than explication. With Murnane’s fiction, a critic must embrace – extend themselves into – a fictional landscape where “it [is] impossible to accept that the last page of a book of fiction was any sort of boundary or limit” (Murnane, 2014, p. 20). Such extended reading opens new possibilities for criticism’s form.
Creativecritical writing as methodology
Authors: Ellis Melody 
Published: December 2024

The traditional view of theory as necessarily distinct from creativity has become increasingly unsatisfactory. In response to such dissatisfaction writers and scholars such as Maggie Nelson, Christina Sharpe, Michael Taussig, Saidiya Hartman, McKenzie Wark, Stephen Muecke, Joan Rettalack and others have introduced into the theoretical field qualities associated with creative writing – including, anecdote, memory, poetics and play. In doing so they have expanded the boundaries of what counts as theory and why. In Depression: a public feeling, literary and affect theorist Ann Cvetkovich argues for her use of memoir as a research methodology. She writes: “While I could have written a critical essay that analysed the genre [of depression memoirs], the results seemed rather predictable” (2012, p. 78). This article takes up Cvetkovitch’s desire for a mode “beyond” the predictable to argue that creativecritical writing might be better understood as a methodology than as a genre of writing. It claims the most radical aspect of the creativecritical mode is not so much the refusal of the critical/creative, nonfiction/fiction, objective/personal binaries, as what the doing of the refusal surfaces and therefore demands of the writer.
Glosa do wyroku Sądu Najwyższego z dnia 13 października 2021 r., sygn. I NSNk 1/21
Authors: Maroń Grzegorz 
Published: December 2024

Artykuł stanowi komentarz do wyroku Sądu Najwyższego z dnia 13 października 2021 r., sygn. I NSNk 1/21. Orzeczeniem tym uznano, że dziennikarz określając proaborcyjny tzw. czarny protest w internetowym programie telewizyjnym m.in. jako „spęd neonazistek”, „spęd feminazistek”, „nazizm” i używając pod adresem manifestujących określeń takich jak m.in. „banda skończonych jełopów” i „durniów totalnych” nie popełnił przestępstwa zniesławienia (art. 212 k.k.) na szkodę jednej z uczestniczek zgromadzenia. Sąd zasadnie przyjął, powołując się zwłaszcza na orzecznictwo strasburskie, że sama obraźliwość wypowiedzi nie przesądza o ich zniesławiającym charakterze w rozumieniu prawa karnego. Prawidłowe użycie wobec niezindywidualizowanej osoby obraźliwych terminów dokonane w ramach debaty publicznej na społecznie ważne zagadnienie nie potraktowano in concreto za przestępstwo zniesławienia. Rację ma też Sąd Najwyższy podnosząc wymóg, aby sądy rozpoznające sprawy z art. 212 k.k. zachowały neutralność i bezstronność wobec poglądów prezentowanych w pluralistycznym i demokratycznym społeczeństwie, niesymetrycznie nie ograniczając dyskursu publicznego. Sceptycznie natomiast należy odnieść się do posłużenia się przez Sąd Najwyższy kategorią pojęciową i normatywną „prawa do obrażania” innych.
Płeć człowieka jako dobro osobiste
Authors: Wojcieszak-John Agnieszka 
Published: December 2024

Niniejszy artykuł koncentruje się wokół płci człowieka postrzeganej w kategoriach dobra osobistego. Nie da się zaprzeczyć, że problematyka ta od kilku lat stanowi przedmiot zainteresowana ze strony przedstawicieli nauki prawa. Rozważania ujęte w artykule dotyczą ustalenia definicji płci człowieka, ze szczególnym uwzględnieniem wpływu płci na kształtowanie się stosunków rodzinnoprawnych. Autorka prezentuje również poglądy na temat traktowania poczucia przynależności do płci oraz płci jako dobra osobistego w doktrynie i orzecznictwie.
Administracja Księstwa Warszawskiego i sądowy nadzór nad jej działaniem
Authors: Kucharski Robert 
Published: December 2024

Wprowadzenie nowej organizacji sądów powszechnych (obok Prokuratury) w oparciu o recepcję kodeksu Napoleona na terytorium Księstwa Warszawskiego stanowiło istotny przełom w organizacji i funkcjonowaniu wymiaru sprawiedliwości. Stanowiło to dopełnienie całościowej i pożądanej z punktu widzenia potrzeb i praktyki społeczno-politycznej odbudowy struktur Państwa Polskiego w postaci Księstwa Warszawskiego. W tym samym kierunku szło wprowadzenie zmodernizowanych sądów administracyjnych opartych na nowoczesnych wzorcach francuskich. Sądy administracyjne jako organy kontrolne wobec aktów władzy publicznej oznaczały istotny przełom w funkcjonowaniu państwa. W pierwszej części opracowania omówiony zostanie pokrótce sposób organizacji administracji centralnej (rządowej) Księstwa, stanowiący w tej formie novum w polskim porządku prawnym, z pominięciem organów samorządowych i karnoskarbowych. W drugiej części przedmiotowe opracowanie naświetli utworzenie sądów administracyjnych na ziemiach polskich.
МОДЕРНИЗАЦИЯ СОВМЕЩЕННОЙ СИСТЕМЫ ВОЗДУШНЫХ СИГНАЛОВ И ИНЕРЦИАЛЬНОЙ СИСТЕМЫ САМОЛЕТА ДЛЯ ОПРЕДЕЛЕНИЯ ДОЗЫ КОСМИ-ЧЕСКОГО ОБЛУЧЕНИЯ ЛЕТНОГО ЭКИПАЖА
Authors: Молдабеков Айдос , Ким Дмитрий , Жандильдинова Қарлығаш , Әбдіматова Толқын , Исламова Мухаббат 
Published: December 2024

В настоящее время вклад космической компоненты ионизирующего излучения в индивидуальную дозу внешнего облучения членов экипажей воздушных судов в Республике Казахстан не учитывается в качестве вредного производственного фактора. Вместе с тем, согласно Санитарно-эпидемиологическим требованиям к обеспечению радиационной безопасности [1] и Гигиеническим нормативам к обеспечению радиационной безопасности [2], облучение природными радиоактивными источниками в производственных условиях является профессиональным, которое предполагает предоставление льгот и компенсаций за хроническое вредное воздействие ионизирующего излучения на организм. В соответствии с [1] проведение индивидуального дозиметрического контроля персонала является обязательным, если вклад природных источников излучения в индивидуальную дозу годового облучения в производственных условиях превышает 1 миллизиверт (мЗв), при этом он не должен быть более 5 мЗв (для любых профессий и производств) согласно [2]. В настоящее время проведение индивидуального дозиметрического контроля летных экипажей воздушных судов гражданской авиации возможно лишь с помощью средств прямых и кумулятивных измерений индивидуальных доз космического облучения, как описано в [3]. Основная идея работы заключается в автоматической оценке доз и определении спектров космического ионизирующего излучения, которые различаются в зависимости от направления, продолжительности и высоты полетов в воздушном пространстве Республики Казахстан. Это необходимо для накопления массива данных о хроническом вредном воздействии ионизирующего излучения на пилотов, предполагающем предоставление им льгот и компенсаций за облучение природными радиоактивными источниками, которое в производственных условиях (во время полета) является профессиональным. На сегодняшний день информация о вкладе космической компоненты ионизирующего излучения в индивидуальную дозу внешнего облучения членов экипажей воздушных судов отсутствует.
О ПРИМЕНЕНИИ АМФИБИЙНОГО ТРАНСПОРТНОГО СТРЕДСТВА В ЧРЕЗВЫЧАЙНЫХ СИТУАЦИЯХ
Authors: Избаирова Алия , Матаев Мурат 
Published: December 2024

Анализ аномальных явлений, принесший огромный ущерб по Республике Казахстан показал о необходимости изменения подхода к организации оперативно-спасательных мероприятий по оказанию помощи пострадавшим от поводков, а также поиск методов борьбы со стихийными бедствиями. Затруднения по спасению и эвакуации людей из зон подтопления не вольно наводит на мысль, о том, что какой вид транспорта более эффективен для оказания спасательных мероприятий и как оказалось существующие транспортные средства оказались малоэффективными. В связи с чем мы предлагаем альтернативный вид транспортного средства эвакуации, имеющее широкое применение как в близком, так и дальнем зарубежье (Россия, США, Австралия, Канада, Польша и т.д.). Альтернативным транспортным средством является судно на воздушной подушке (СВП), которое может помочь решит множество нерешимых задач по спасению людей в сложных ситуациях. При благоприятном развитии данного направления возможность использования данного транспортного средства в логистической доставке грузов.
Evolution of Pore Reorganization of Porous Silicon
Authors: Sanz Sarah , Botchak Mouafi Yves Patrick , Hahn Giso , Micard Gabriel , Terheiden Barbara 
Published: December 2024

To obtain a closed and smooth surface of a porous Si layer for an epitaxial growth of a silicon wafer, the porous Si must be reorganized. To understand the reorganization process, the evolution of the pores is investigated in this contribution. The reorganization process is interrupted at different stages and cross-sectional SEM images are taken to evaluate the change in pore size and shape during reorganization. Additionally, the stress is measured using XRD. At the beginning of the reorganization of the pores, the as-etched columnar pores with diameters of about 5 nm become coarser with larger diameters. At temperatures above 900°C, the surface closes and thus becomes smooth. In addition, the form of the pores starts to change from columnar to round with diameters between 55-65 nm. When the highest temperature of 1100°C is reached, the columnar pores have disappeared and the pores are round and faceted. With an additional plateau time of up to 20 min, there is no visible change in pore faceting. The as-etched sample shows tensile stress and the sample annealed at 700°C is nearly unstressed. When the temperature is increased beyond 900°C, the stress is compressive and no further change is visible.
Characterization of Ultrathin Layers in Perovskite/TOPCon Tandem Cells With Photoelectron Spectroscopy Utilizing Advanced Data Evaluation Methods
Authors: Lange Stefan , Hartwig Carl Eric , Er-Raji Oussama , Schulze Patricia S. C. , Turek Marko , Borchert Juliane 
Published: December 2024

Next generation solar cells like tunnel oxide passivated contacts (TOPCon) or perovskite/TOPCon tandem solar cells require efficient interface passivation by ultrathin organic or inorganic layers to uncover their true efficiency potential. Especially the microstructure and the Si suboxide content of the tunnel oxide in poly-Si(Ox)/SiO2/c-Si TOPCon stacks have been shown to have a tremendous influence on macroscopic device properties. Similarly, perovskite/ITO interface modification by a self-assembled monolayer (SAM) molecule is necessary to achieve high power conversion efficiencies of the perovskite sub cell. However, the characterization of such thin film structures and the interfacial composition is challenging. In this contribution, we present characterization results of ultrathin passivation layers using angle-resolved X-ray photoelectron spectroscopy (XPS) and advanced data evaluation routines, including maximum entropy methods and analyses of inelastically-scattered electron background data. In particular, the interfaces in the stacks (1) partially oxidized a-Si/SiO2/c-Si and (2) 2PACz/ITO after different thermal treatment were investigated. It could be shown that already a ~5 nm thin SiNx layer prevents unwanted oxidation from ambient during cooldown of TOPCon-like stacks and that annealing above 100 °C can convert a 2PACz multilayer to a 2PACz monolayer on an ITO substrate.
Implied J-V Curves Recorded at Elevated Temperatures Using Light Controlled Heating
Authors: Havasi Gergely , Krisztián Dávid , Korsós Ferenc , Fu Shaoyong 
Published: December 2024

The carrier lifetime characterization of solar cells is typically performed at room temperature, although the operational temperature of a solar panels can reach 60 °C. We realized a setup for laser controlled photoconductance decay (PCD) measurement at elevated temperatures induced by light. We investigated precursor p-PERC cells from multiple parts of the same ingot using this technique. From the injection level dependent carrier lifetime results the implied current-voltage characteristics are evaluated as well. We observed a relatively small but noticeable increase of the carrier lifetime up to 30% with increasing the temperature from 30°C to 60°C in all samples. Saturation current values obtained using the Kane-Swanson method indicate, that not only the bulk lifetime improves but the surface recombination rate weakens. Temperature coefficient values of the implied cell efficiency are around -0.35 rel%/°C and slightly below which agrees with typical results of electrical tests. However, due to the minor increase of the carrier lifetime, this is still a bit above the value one can obtain theoretically considering purely the known decrease of the open circuit voltage caused by the increased intrinsic charge carrier concentration at higher temperatures.
San Agustín y el neoplatonismo cristiano
Authors: Bordón Nellibe Judith 
Published: December 2024

El propósito de la presente comunicación es visualizar la gestación del neoplatonismo cristiano en el pensamiento agustiniano. Para ello nos inspiramos en lo afirmado por Giovanni Reale en su Introducción al Agustín de Werner Beierwaltes: “la cifra emblemática del pensamiento fi osófico de Agustín en sentido global es la expresada por él mismo en la clara fórmula: credo ut intellegam, intellego ut credam”, ‘círculo hermenéutico’ expresado por primera vez en Contra Academicos, III, 20, 43 y en De ordine, II, 9, 26”. Para dar cumplimiento al objetivo propuesto, apelamos a Confessiones, VII y a Ennéadas, I, 6; I, 8. La simultaneidad de la lectura de Plotino y la audición de los Sermones del Obispo Ambrosio, destacadas en la obra de Pierre Courcelle Recherches sur les Confessions de saint Augustin no es compartida por todos los estudiosos, entre ellos O’ Meara. El planteo de Courcelle, ¿viene a zanjar la disputa P. Alfaric, Ch. Boyer? Agustín ¿se convirtió antes al neoplatonismo que al cristianismo? O ¿fue a la inversa? Para concluir nos referiremos explícitamente al balance que el mismo Agustín hace de lo qué encontró y de lo que no encontró en los Libri platonicorum para culminar con la importancia del Misterio del Verbo Encarnado en la vida de Agustín y la luz que proyecta sobre su propuesta filosófica.
Integration of Identity in Fragmented Forestscape: Bioregional Possibilities and Place-based Orientations in Sheela Tomy’s Valli: a novel
Authors: Sapna Dubey  , Rakesh Kumar Pandey  , Gourhari Behera  
Published: December 2024

The articulation of place-based attachments and restoration of human and natural bond keeping place in the center is the central preoccupation of Bioregional studies. Along with addressing the ecology of the place, it analyses the cultural aspects and human behavior in the context of that specific locale. It is both a socio-environmental movement and a philosophy which seeks conscious and sensitive human approach in the context of their place/land. Sheela Tomy’s novel Valli: a novel stiches together the geography, ecology and bio politics of Kalluvayal, a village set in Northern Kerala, rich in unique flora and fauna. It is an environmental novel in which forest is placed as ‘Place’ and emerges as the main protagonist whose story and history are parallel to that of its inhabitants (human and other-than-human). This paper intends to address core bioregional values and then explore the novel in terms of those values as it demystifies the secrets of the forest in which history and imagination, culture and rituals, beliefs and practices, myths and superstitions, legends and folklores, songs and stories, survival and resistance, and many heard and unheard voices of dwellers as well as those of voiceless beings are all together mingled inseparably. This paper attempts to shed light on vividly portrayed struggle of indigenous people—the rightful keepers of land—for their valli (earth), for their home –mother forest—against state policies of forceful land encroachment, and increasing deforestation for the sake of tourist industry and modern developments.
Deterioration Analysis of Real-world SCR Catalysts in Diesel Vehicles
Authors: Zhang Tongliang , Sun Yu , Xiang Xusheng , Ding Wenqing , Chen Zhen , Dong Caiyue , Li Yating , Shan Yulong , Yu Yunbo , He Hong 
Published: December 2024

Article
Deterioration Analysis of Real-world SCR Catalysts in Diesel Vehicles

Tongliang Zhang 1,2,3, Yu Sun 3, Xusheng Xiang 4, Wenqing Ding 2,3, Zhen Chen 4, Caiyue Dong 4, Yating Li 3, Yulong Shan 3,*, Yunbo Yu 2,3 and Hong He 1,2,3

1 School of Rare Earths, University of Science and Technology of China, Hefei 230026, China
2 Ganjiang Innovation Academy, Chinese Academy of Sciences, Ganzhou 341119, China
3 State Key Joint Laboratory of Environment Simulation and Pollution Control, Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, Beijing 100085, China
4 Dongfeng Commercial Vehicle Co., Ltd., Shiyan 100049, China
* Correspondence: ylshan@rcees.ac.cn

Received: 12 August 2024; Revised: 22 October 2024; Accepted: 24 October 2024; Published: 28 November 2024

Abstract: To investigate the real-world poisoning of Cu-SSZ-13 NH3-SCR (Selective Catalytic Reduction with NH3) catalysts in diesel vehicles, three used catalysts from vehicles that have traveled different distances were analyzed. The deterioration observed in these catalysts significantly differs from laboratory simulations due to the combined effect of multiple poisoning factors. The degree of catalyst deterioration is positively correlated not only with driving distance but also with the specific types of poisoning encountered. In real-world conditions, hydrothermal aging is not the primary poisoning factor. Instead, the main cause of Cu-SSZ-13 deactivation is the poisoning by chemical elements such as sulfur and iron. Sulfur poisoning reduces catalytic activity, and the regeneration of the catalyst depends on the species formed. This study reveals that the accumulation of chemical poisons is the primary reason for the deterioration of Cu-SSZ-13 catalysts in real-world conditions. Therefore, reducing toxic components in diesel engine exhaust is essential for maintaining catalyst performance.
A Control System Design for an Intelligent Unmanned Automotive
Authors: Yang Yundi , Gao Xin , You Jinwen , Zhang Dengbo , Zhang Zhuo , Song Yuanmei 
Published: December 2024

Article
A Control System Design for an Intelligent Unmanned Automotive

Yundi Yang †, Xin Gao †, Jinwen You, Dengbo Zhang, Zhuo Zhang and Yuanmei Song *

School of Mechanical & Vehicle Engineering, Linyi University, Linyi 276000, China
* Correspondence: ymsong321@163.com
† These authors contributed equally to this work.

Received: 1 August 2024; Revised: 18 September 2024; Accepted: 28 November 2024; Published: 4 December 2024

Abstract: This study is dedicated to developing a control system for an intelligent unmanned delivery vehicle with rear wheel independent drive. This design includes kinematic analysis based on AT89C51 microcontroller, control software development, arc path interpolation technology and control system circuit design. Typically, a high-precision digital encoder was designed to be installed on the rotating shaft of the motor to produce two pulse signals with a phase difference of 90 degrees, which is essential for determining the motion state of the motor. And the detection of the motor’s rotation direction was achieved through a cleverly designed forward circuit. This system will continuously monitor the driving trajectory concluding from the initially predetermined route and the actual trajectory. As a result, this miniature vehicle is engineered to autonomously navigate and meticulously control its movement trajectory with high precision and efficiency, effortlessly navigating both straight lines and intricate arcs, which propelled a significant enhancement in both the overall level of production automation and the efficiency of manufacturing processes.
Simulation Study on Heating Performance of Thermal Management in Heat Pump Air Conditioning Systems for Electric Vehicles
Authors: Zhao Yihan 
Published: December 2024

Article
Simulation Study on Heating Performance of Thermal Management in Heat Pump Air Conditioning Systems for Electric Vehicles

Yihan Zhao

School of Management, Shenyang Jianzhu University, Shenyang 110168, China; zhaoyihan@sjzu.edu.cn; Tel./Fax: +86-024-2469-2209

Received: 29 September 2024; Revised: 26 November 2024; Accepted: 2 December 2024; Published: 4 December 2024

Abstract: With the advent of the electric vehicle (EV) revolution, the market share of EVs has been steadily increasing, accompanied by growing interest in the heat pump air-conditioning system (including cooling and heating functionalities) of electric vehicles. As the second-largest energy-consuming system in a vehicle, the air-conditioning system significantly impacts driving range, especially under winter heating conditions, where excessive energy consumption can greatly reduce the vehicle’s range. This study addresses the issue of high energy consumption of heat pump air-conditioning systems in winter. By constructing a one-dimensional model of the heat pump air-conditioning system for electric vehicles, the study analyzes the impact of compressor speed, EHX opening, and recirculation ratio on energy consumption and heating capacity under WLTC operating conditions at an ambient temperature of −5 °C. The results indicate that an EHX opening of 450 steps, an external air circulation ratio of 30%, and a compressor speed of approximately 5000 RPM provide optimal heating performance for the heat pump air-conditioning system. This simulation offers insights for optimizing heat pump air-conditioning systems and improving the driving range of electric vehicles. Further optimization could enhance EV range issues and boost the market competitiveness of this type of electric vehicle.