bluuebunny/crossref_metadata_2025_split huggingface dataset:
İŞBİRLİKÇİ BASKI ATÖLYELERİNİN KÜRATORYAL PRATİKLERİ
Authors: GÜNDOĞDU Doğu 
Published: December 2023

İşbirlikçi baskı atölyeleri, sanatçıların yüksek kurulum ve işletme maliyetleri olan baskı atölyelerine erişim
imkânı bulmalarına ve gerekirse bir usta baskıcı eşliğinde çağdaş baskı üretmelerine olanak veren önemli
kurumlardır. Özellikle Avrupa’da pek çok özel işbirlikçi baskı atölyesi bulunmaktadır. Özel işbirlikçi baskı
atölyelerinin tercih ettiği çalışma modellerinden biri de yayımcılıktır. Yayımcılık modeli ile çalışan atölyeler
genellikle davet ettiği sanatçılarla işbirliği içerisinde ürettiği baskıları satarak kazanç elde etmektedir. Özel
işbirlikçi baskı atölyelerinin sürdürülebilir satışlar yapabilmesi ve narin yapıda olan kâğıt işlerin çevresel
faktörlerden doğru şekilde korunarak, iyi bir koleksiyon oluşturulabilmesi için özel küratoryal çalışmalara
ihtiyaç duyulmaktadır. Baskıların sanatçı tarafından numaralandırılarak imzalanması, baskılara atölye
damgasının basılması, üretilen baskıların sertifikalarının hazırlanması, baskıların sistematik bir biçimde
arşivlenmesi, baskıların sağlıklı bir biçimde çevresel faktörlerden korunması, baskıların gerekli durumlarda
doğru şekilde paketlenerek nakledilmesi, baskıların çerçevelenmesi, sunum ve sergilerin organize edilmesi
gibi faaliyetler özel işbirlikçi baskı atölyelerinin ihtiyaç duyduğu temel küratoryal pratikleri oluşturur. Bu
makalede özel işbirlikçi baskı atölyelerinin ihtiyaç duyabileceği temel küratoryal pratikler alanyazın taraması
yapılarak tanımlanmış ve bu pratikler Ankara’daki Türkiye'nin güncel tek özel işbirlikçi litografi atölyesi olan
Dou Print Studio’daki deneyimlere ve gözlemlere dayalı olarak incelenmiştir. Bu çalışma ile Türkiye’deki baskı
resim kültürüne katkı sağlayacak ve Türkiye’deki baskı atölyelerini, sanat galerilerini ve baskı koleksiyonerlerini
baskıların etik standartları hakkında bilgilendirecek ve baskıların korunmasına yönelik bilinçlendirecek bir
kaynak oluşturmak amaçlanmıştır.
Si les arbres ne parlent pas, ils communiquent
Authors: Le Tacon François 
Published: December 2023

Les arbres comme tous les végétaux communiquent avec leur environnement ainsi qu’avec les organismes qui les entourent par l’intermédiaire de signaux moléculaires très divers et de multiples récepteurs transmembranaires. La réception de ces signaux permet à l’arbre de modifier son métabolisme. Un véritable dialogue à double sens peut ainsi s’établir entre l’arbre et les organismes qui l’entourent. A partir de ces faits bien établis, plusieurs scientifiques peu scrupuleux ont affirmé que les arbres communiquaient entre eux par des réseaux mycéliens communs. C’est ainsi qu’est née l’idée des talking trees ou arbres parlants. De même l’idée que les arbres pourraient protéger leurs voisins d’insectes ou d’herbivores en les avertissant du danger par émission de substances volatiles est aussi peu vraisemblable.
Messages clés :• Les arbres communiquent avec leur environnement ainsi qu’avec les organismes qui les entourent par l’intermédiaire de signaux et de multiples récepteurs.• À partir ce ces faits établis, des dérives ont vu le jour sous forme d'articles, de livres ou de films véhiculant de fausses informations.
Les conséquences de la politique commerciale sur la filière bois : La France et la politique Méline de 1892
Authors: Bécuwe Stéphane , Blancheton Bertrand , N'Doua Bossoma Doriane , Lévêque Christophe , Maveyraud Samuel 
Published: December 2023

Cet article mobilise de nouvelles données douanières sur la Troisième République afin de discuter de l’impact d’un choc protectionniste – le tarif Méline de 1892 – sur les importations et les exportations de bois françaises (environ -65 millions de francs par an). Nous montrons que la hausse massive du taux de protection douanière (passant de 0,11 % à 12,74 %) a représenté une aubaine fiscale pour l’État et a diminué les importations. Par ailleurs, nous remarquons un phénomène d’importations préventives en 1891 avant la mise en place du tarif. Nous discutons également de l’effet de ce tarif sur l’évolution de la ressource et sur la filière bois. Au contraire des inquiétudes de certains contemporains, le tarif Méline ne semble pas avoir conduit à une surexploitation des ressources.
Messages clés :• L’instauration du tarif Méline a eu un impact négatif sur les importations de bois et a représenté une aubaine fiscale pour l’État.• En amont du choc protectionniste, on observe une hausse massive des importations, peut-être due à un phénomène de stockage de la ressource.• Le tarif Méline ne semble pas avoir conduit à une surexploitation et des forêts.
Peculiarities of Optoacoustic Excitation and Propagation of Plate Waves in Thin-Walled Оbjects
Authors: Baev A. R. , Metskovets A. I. , Mayorov A. L. , Asadchaya M. V. , Vorobey A. V. 
Published: December 2023

Increasing the efficiency of non-destructive control of lamellar materials with single and double-layer structure is an urgent scientific and technical task. The aim of the work was to investigate the peculiarities of excitation and reception of plate waves (PW) in single-layer and two-layer materials by pulsed laser radiation in relation to detection of cracks in them and estimation of layer thickness at one-sided sounding. A methodology has been developed and experimental studies of the influence of moving the area of laser generation of PW over the surface of dural samples relative to the crack simulator of different depth with the subsequent reception of the signal at a characteristic angle of inclination have been carried out. A significant change in the structure of the wave front at localization of the moving wave source zone in the vicinity of the crack simulator was found, accompanied by a change in the ratio of extreme values of amplitudes of the received asymmetric mode Aextr up to 14–15 dB. At receiving the symmetric s0 mode the value of Aextr does not exceed 3–4 dB. The interpretation of this effect is given. A method and scheme of thickness measurement of twolayer materials with metallized coating and non-metallic base (glass-textolite) is proposed and developed, where samples with copper coating and glass-textolite base of different thickness are used as an example. In this case, the velocity or propagation time of PW, between two small aperture (non-directional) transducers with an acoustic base of 43 mm, is used as an informative parameter. In this case, the estimated sensitivity of the measured circuit to changes in the thickness of the metal coating is of 0.5 μm, and the base – twice as much.
Investigation of the Dynamics of Processing Parameters in Hard Turning Modes
Authors: Pronin A. I. , Mylnikov V. V. , Valko D. A. , Sevryukov A. S. 
Published: December 2023

One of the types of finishing operations of machining the surface of products made of metal materials is hard turning, which is carried out at elevated turning modes. When processing steels hardened to high hardness, in processing modes with the ma-nifestation of all the features characterizing hard turning, a lot of heat is released, which turns into chips during turning, while the values of the cutting force decrease, which is associated with the softening of the active surface layers of the processed material and its subsequent plasticization, which leads to a decrease in cutting forces in the contact zone. A significant interest both from a scientific and practical point of view is the issue of changing the cutting temperature and processing parameters in hard turning modes. The paper presents experimental research results and empirical dependences of the radial component of the cutting force and temperature on cutting speed and feed per revolution, at a fixed cutting depth in the modes of hard turning of hardened steel. The research has been carried out on an experimental installation specially designed for this purpose, consisting of a lathe and a stand for recording, monitoring and analyzing dynamic processes (in the form of a signal from the cutter) during turning. A cutter with replaceable ceramic cutting plates was used as a test tool, and the material of the workpieces for the research was HVG steel, subjected to heat treatment for a hardness category of 55 HRC. Computer and mathematical processing of the results obtained using the least squares method was carried out, which allowed us to derive calculation formulas for determining the values of the studied factors. The optimal values of the factors corresponding to the minimum value of the radial component of the force and the cutting temperature are determined.
Influence of the Electrical Characteristics of Pulsed Microwave Magnetron Power Supply on the Conditions for Plasma Formation in the Vacuum Chamber of Resonator-Type Plasmatron
Authors: Tsikhan O. I. , Madveika S. I. 
Published: December 2023

The paper presents the research results of the influence of the electrical characteristics of a pulsed microwave magnetron power supply on the microwave discharge generation conditions, determined by the operating mode of the generating system as a whole. Plasma was formed in a vacuumized reaction-discharge volume located inside a rectangular resonator chamber. Depending on the operating modes of the microwave magnetron power supply, studies have been conducted for three modes of microwave discharge plasma generation: pulsed mode with a duty factor S ≈ 2; pulsed mode with a duty factor S ≈ 1.15; continuous mode. Probe measurements of the microwave power in the microwave discharge plasma volume and its local conductivity have been carried out. The paper presents the dependence of the power of microwave energy in the central area of the reaction-discharge quartz chamber of a microwave plasmotron on the amount of power consumed by the microwave magnetron, as well as the distribution of the electrical component of the microwave discharge plasma along the length and cross-sectional plane of the working volume. It has been established that for all studied modes of operation of the power source, with an increase in the power consumption of the microwave generator system, an increase in the microwave power recorded in the central region of the plasma discharge is characteristic. The continuous generation mode is characterized by a decrease in the uneven distribution of electromagnetic energy along the axis of the discharge chamber. It is shown that the transition from a pulsed to a continuous mode of microwave plasma discharge generation at the same level of power consumption by the generating system is characterized by a decrease in the value of the registered microwave power in the microwave discharge plasma volume and an increase in its local conductivity in particular areas of the reaction-discharge volume.
Effects of two laser cutting processes on the cutting performance of 50 mm-170 mm thick 20CrNiMo under unassisted blowing conditions
Authors: Liao Wenling , Wang Guorong , Zhong Lin , Chen Yinan , Wang Jie 
Published: December 2023

Abstract
The kerf size is one of the main factors affecting the efficiency of laser cutting of medium-thick steel under unassisted blowing conditions. In this work, the cutting experiments are conducted to investigate the influence of two different kerf width variation patterns with increasing kerf depth (Case 1 and Case 2) on the cutting performance and cutting efficiency of 50 mm, 80 mm and 170 mm thick 20CrNiMo steel under unassisted blowing conditions by using 10-KW power fiber laser. The same cutting movement speed, defocus amount and cutting scan path are used in the cutting experiments for accurate evaluation of the cutting performance. Qualitative and quantitative analyses of the kerf shape and cutting time are performed to discussion the difference between Case 1 and Case 2. The experiment results indicate that the cutting process of Case 2 is superior to Case 1 in terms of cutting time and kerf morphology. The decrease in cutting time for 50 mm, 80 mm and 170 mm thick specimens by 40%, 57.6% and 56%, respectively. The research provides a reference for further improving the laser cutting efficiency of medium-thickness steel under unassisted blowing conditions.
Investigation of the arc stability during self-shielded flux-coed arc welding with exothermic additions
Authors: Trembach Bohdan , Silchenko Yury , Sukov Maxim , Sadovyi Kostiantyn , Kolomiitsev Oleksii , Knyazev Sergey , Krbata Michal , Balenko Oleksii , Kniazieva Hanna , Kabatskyi Oleksii 
Published: December 2023

Abstract
In the conditions of energy crisis an important issue is the increase of energy efficiency and productivity of welding and hadfacing process. The article substantiates the perspective of using exothermic additives introduced into core filler for flux cored wire arc welding process, as a relatively cheap additional heat source, reducing energy consumption for melting of filler materials, and increasing the deposited rate. This article studies the influence of the introduction of the exothermic addition (EA), as well as the ratio (CuO/C) and CuO/Al on arc stability for the FCAW S process. It was determined that various methods can be used to evaluate arc stability, which can be divided into two groups: graphical (current and voltage cyclograms, box plots with frequency histograms, ellipse parameters plotted on current and voltage cyclograms) and statistical (standard variation and coefficients of variation for welding current and arc voltage). In this paper, a comprehensive evaluation of arc stability depending on the composition of the cored wire filler was carried out. Mathematical models of mean values, standard deviation, coefficient of variation for welding current and arc voltage were developed.
Reliability Measures of a Parallel-Cold Standby System with Conditional Priority for Operation: A Drainage System Application
Authors: Rathi Puran , MALIK S.C. , dixit anuradha 
Published: December 2023

Abstract
Here we determine reliability measures of a parallel cold standby system of four units by categorizing the units equally as phase-I (called main units) and phase-II units (called duplicated units). Initially system works with phase-I units (two) in parallel and other two phase-II units are kept in cold standby. The units are identical within each phase but are non-identical phase wise. The phase-II units become operative simultaneously at the failure of a single phase-I unit and so this is called conditional priority for operation to phase-II units. The repair activities are handled at a single repair facility and after repair each unit work as fresh. The system is analyzed using the concepts of semi-Markov process. The expressions for MTSF, availability and profit function are derived in steady state using regenerative point techniques. The behaviour of these reliability measures through graphs has been observed for particular values of the failure and repair rates. The drainage system can be considered as one the applications for the present work.
Synergistic phytoremediation effect by Sorghum bicolor, citric acid, biochar, and Vermiwash amendment for the remediation of a mine-contaminated soil
Authors: Osman Hanan E. , Fadhlallah Ruwaydah S. , El-Morsy Mohamed H.E. 
Published: December 2023

Abstract
Phytoremediation technology is an eco-friendly technology for the treatment of a polluted environment. In contrast, it has been demonstrated that both natural and synthetic amendments can enhance the process of phytoremediation of heavy metals (HMs) from polluted soils through the utilization of bioenergy crops. This work assessed the synergistic impact of two tested biochar (BC) from data palm (B1) and Prosopis (B2)/ citric acid (CA) and Vermiwash (VW) to enhance phytoremediation of tested HMs (Zn, Pb, Cd, Ni, Cu, Mn, and Fe) from mine-contaminated soil by Sorghum (Sorghum bicolor). The BC and CA amendments alone and combined with VW significantly augmented the proliferation and survival of sorghum grown in mine-contaminated soil. Considering the individual and combined applications of VW and BC, the influence on plant growth followed this order: K > VW > B2 > B1 > B1 + VW > B2 + VW > CA > CA + VW. Applying tested BC/ CA and VW significantly increased chlorophyll compared to unamended soil. The outcomes revealed a substantial elevation in HM absorption in both shoot and root (p ≤ 0.05) with all tested treatments compared to the untreated soil (K). The combined application of CA and VW resulted in the highest uptake of HMs in both the root as well as the shoot. This study highlights the efficacy of combining CA/BC with VW as a more viable option for remediating mine-contaminated soil compared to individual amendments.
Pan-Cancer Analysis prove ABCD2 prognostic value and potential of immunotherapy
Authors: Zhong Fei , yang mengfei , Jiang Chao , Xie Tong , Wang Zirui , Li Wen , Zhang Ruixuan , Hu Wenwen , Sun Aijun , Wang Shiyan 
Published: December 2023

Abstract
The proteins encoded by the ABCD2 gene are integral members of the ATP-binding cassette (ABC) transporter superfamily. Although ABCD2 plays a critical role in membrane trafficking, its function in cancer has not been reported so far. Therefore, we undertook a systematic investigation of the prognostic implications and potential immune functions of ABCD2 across distinct tumor types. Leveraging datasets from TCGA, UALCAN, cBioPortal, and cancerSEA, we conducted an extensive series of bioinformatics analyses to elucidate the prognostic relevance of ABCD2. Our findings revealed statistically significant differences in ABCD2 expression between most tumors and adjacent normal tissues. Furthermore, ABCD2 exhibited both positive and negative associations with the prognosis of various cancers.Intriguingly, GSEA enrichment analysis underscored a strong correlation between ABCD2 and immune-related functions. To validate this observation, we investigated the relationship between the transcription of ABCD2 and immune cells, and the results revealed a significant correlation between ABCD2 and various immune cells, such as B cells and natural killer cells.To elucidate the biological significance of ABCD2 in tumor development, we delved into single-cell sequencing data, gene mutations, and promoter methylation patterns. Lastly, our study identified two potential ABCD2-targeted drugs. Altogether, our findings position ABCD2 as a versatile prognostic marker across multiple malignancies and highlight its paramount importance in the realm of tumor immunotherapy.
Adopting, implementing, and assimilating heath and social care innovations coproduced with structurally vulnerable populations: Findings from a longitudinal, multiple case study design in three countries
Authors: Mulvale Gillian , Green Jenn , Robert Glenn , Larkin Michael , Vackerberg Nicoline , Kjellström Sofia , Hossain Puspita , Moll Sandra , Lim Esther , Craythorne Shioma-Lei 
Published: December 2023

Abstract
Background
Innovations in coproduction are shaping public service reform in diverse contexts around the world. Although many innovations are local, others have expanded and evolved over time. We know very little, however, about the process of implementation and evolution of coproduction. The purpose of this study was to explore the adoption, implementation, and assimilation of three approaches to the coproduction of public services with structurally vulnerable groups.
Methods
We conducted a four-year longitudinal multiple case study of three coproduced public service innovations involving vulnerable populations: ESTHER in Jönköping region, Sweden involving people with multiple complex needs (Case 1); Making Recovery Real in Dundee, Scotland with people who have serious mental illness (Case 2); and Learning Centres in Manitoba, Canada (Case 3), also involving people with serious mental illness. Data sources included 14 interviews with strategic decision makers and a document analysis to understand the history and contextual factors relating to each case. Three frameworks informed the case study protocol, semi-structured interview guides, data extraction, deductive coding, and analysis: the Consolidated Framework for Implementation Research, the Diffusion of Innovation model, and Lozeau’s Compatibility Gaps to understand assimilation.
Results
The adoption of coproduction involving structurally vulnerable populations was a notable evolution of existing improvement efforts in Cases 1 and 3, while impetus by an external change agency, existing collaborative efforts among community organisations, and the opportunity to inform a new municipal mental health policy sparked adoption in Case 2. In all cases, coproduced innovation centred around a central philosophy that valued lived experience on an equal basis with professional knowledge in coproduction processes. This philosophical orientation offered flexibility and adaptability to local contexts, thereby facilitating implementation when compared with more defined programming. According to the informants, efforts to avoid co-optation risks were successful, resulting in the assimilation of new mindsets and coproduction processes, leading to transformative change.
Conclusions
To augment existing frameworks, careful study of the evolution of coproduction processes involving structurally vulnerable populations and the partnered processes that disrupt existing power structures and drive transformational cultural change is needed.
The Effect of Environmental Endocrine Disruptors on disease progression in children with Henoch- Schoenlein Purpura Nephritis
Authors: Song Taiyu , Yu Shuting , Zheng Yaning , Peng Hongjun , Ren Xianguo , Wang Jinya , Liu Guangling 
Published: December 2023

Abstract
Objective
To explore the cross-sectional relationship between exposure to Environmental Endocrine Disruptors (EEDs) and Henoch-Schoenlein Purpura Nephritis (HSPN) risk in Children.
Methods
This was a retrospective case-control study of 31 pediatric patients with diagnosed HSPN and 30 normal children through routine physical examination. All Participants' basic characteristics, clinical indicators were collected from January 2020 to December 2023 at our pediatric centers. Residues of related endocrine disruptors in the urine were detected by liquid chromatography. Logistic regression analysis was used to confirm the correlation between the results of each index and HSPN. The role of endocrine disruptors in early screening of HSPN was confirmed by ROC curve analysis.
Results
In age, and BMI-adjusted models, the levels of several EEDs in urine samples in the disease group were generally higher than those in the control group [OR = 3.16; 95% CI: 1.14–8.76]. BPA, Benzo(a)pyrene, Zearalenone, lead, and MEHP in urine samples from patients were significantly higher than those from healthy controls. The multivariate logistic regression showed that Benzo(a)pyrene (OR = 1.03; 95% CI: 1.01–1.04; p < .001), MEHP (OR = 1.0; 95% CI: 1.0–1.0; p < .001), Zearalenone (OR = 1.03; 95% CI: 1.01–1.05; p < .001), Lead (OR = 1.03; 95% CI: 1.00–1.00; p < .001) and BPA (OR = 1.01; 95% CI:1.00–1.01; p < .001) were significantly associated with the occurrence of HSPN. The ROC curve indicated that Benzo(a)pyrene (AUC = 0.83; p < .001), MEHP (AUC = 0.83; p < .001), Zearalenone (AUC = 0.70; p = 0.006), Lead (AUC = 0.69; p = 0.008) and BPA (AUC = 0.84; p < .001) have good early screening ability for predicting the pathogenesis of HSPN.
Conclusions
Our results suggest a link between environmental exposures to EEDs and HSPN. Benzo(a)pyrene, MEPH, Zearalenone, BPA, and Lead were associated with an increased risk of HSPN. These EEDs also have good early screening ability for predicting the pathogenesis of HSPN.