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Using the Eastern Academic Scholars' Trust (EAST) shared print program as the focus, the authors, both of whom are members of the EAST Program Team, discuss the changes that EAST has experienced in the last few years. This includes significant growth of the membership of EAST, particularly with the addition of large library consortia; advances in the software tools that support shared print; the broadening and deepening of collaboration across shared print programs; and the opportunities that exist for further research in support of preserving and providing access to the print scholarly and cultural record. [ABSTRACT FROM AUTHOR]

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In the XIV–XV centuries decorative art is being revived in Rus, based on pre-Mongol samples. The main support remained Byzantine samples, where lush floral patterns and Arabic calligraphy continued to be used. The masters observed new oriental ornaments from the rich arsenal collected in the Golden Horde. Despite the analogies with oriental ones, Russian ornaments retain their originality and find the closest analogies with each other. Own ornamentation system with new compositions of wicker and spiral ornaments was created. Similarity with the Eastern arabesque arises from the logic of ornamental development, striving for mobility. Russian art independently reacts to phenomena topical to the period. XIV–XV centuries – a period of experiments with various ornaments, some of them were rejected during the consolidation of Russian ornamentalism in the XVI century.

The processes in far scrape‐off layer (SOL) and the plasma interaction with the first‐wall (FW) elements may notably affect the tokamak discharge, since they define fuel and impurity recycling, material erosion and redeposition, wall surface heating, etc. For a long time, the far SOL description in most plasma edge transport codes was insufficient or absent at all, and so particle and heat fluxes onto the FW (except divertor plates) were out of consideration. Recently some codes, for example, SOLEDGE and SOLPS‐ITER are upgraded allowing for the extension of the computational grid up to real walls and for corresponding account of the vacuum vessel shape and all in‐vessel elements. The new release of SOLPS‐ITER (the version 3.2.0) required a development of a new code data structure and new approach to numerical approximation of fluid equations compatible with unstructured non‐orthogonal computational grid. Intensive testing of the new code in different conditions is still required. In the present contribution, such a testing is performed for the EAST disconnected double null (DDN) L‐mode discharge. For the first time, the SOLPS‐ITER 3.2.0 modeling results with drifts and currents turned on are presented, and a comparison to former SOLPS‐ITER version (3.0.8) is performed. The far SOL transport and its effects on the discharge performance are studied by comparing the computational results obtained on several meshes which differ by their width in equatorial midplane. A single null (SN) one (with mesh width limited by distance to the secondary separatrix) was examined versus two DDN meshes (one with actual and one with artificially extended targets to make mesh wider) and a true unstructured (the widest) mesh. The notable difference in results obtained on different meshes appears in those places where plasma density does not vanishes at the computational domain boundaries. For the cases on true unstructured (the widest) mesh, the particle and heat fluxes onto central column, limiters, far SOL part of targets, dome umbrella and other EAST far SOL in‐vessel structures are calculated for the first time by SOLPS‐ITER, allowing assessment of the plasma interaction with those surfaces. [ABSTRACT FROM AUTHOR]

Copyright of Obnovljeni zivot is the property of University of Zagreb, Society of Jesus and Faculty of Philosophy & Religious Studies and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

After a pause due to the pandemic, the European Pulse Plating Seminar has been held in its classical form in Vienna again (7–8th March, 2024). As in the years before the pandemic, the conference has been in cooperation with the European Academy for Surface Technology (EAST). Thus, the first day of the two-day event was devoted to open topics on (electrochemical) surface technology, while the second day focussed on all topics, on the possibilities, applications and developments in the field of pulse plating. The presentations represented the whole range of scientific activities in the field of dynamic electrochemistry, from plating to anodisation and post treatment of 3D-printed metal parts. The trend towards a more sustainable, 'green' production was clearly visible, with several speakers giving insights into the numerous possibilities for using dynamic electrochemical processes for recycling and material recovering. [ABSTRACT FROM AUTHOR]

Civilizations' understanding of human beings is the most fundamental determinant of other assumptions of that civilization. For this reason, in order to comprehend a civilization, it is important and necessary to first understand where that civilization positions human beings. Eastern and Western civilizations are two comprehensive civilizations that can be considered as larger and more influential than others among the civilizations that have existed throughout history. There are numerous ways in which these two cultures are different from one another in how they see life, existence, people, and knowledge. Under these two broad civilizations, this study focuses on the Islamic Sufism's conception of the human being in Eastern Civilization and the humanist thought in Western Civilization. The approach of humanist thought and Sufi thought to human beings is analyzed on the basis of Necip Fazıl Kısakürek's work titled Western Contemplation and Islamic Sufism. The study has also been supported with data from other sources to support the idea here. The study is concluded by interpreting the information obtained from the relevant sources in a comparative manner. In this book, Kısakürek discussed philosophy, which is the basis of Western civilization, and Islamic Sufism, which is accepted from Eastern civilization. According to Kısakürek, the most important characteristic of the West is that it attaches great importance to the love of matter and the pleasure of nature in order to overcome its current situation and progress. For this reason, the West has remained alien and distant from the inner realm, that is, the bâtın. In Sufism, on the contrary, all the effort is made to beautify the interior, not the exterior. The meaning and responsibility that these two perspectives, which have such a fundamental difference, attribute to human beings are also different from each other. [ABSTRACT FROM AUTHOR]

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[Introduction] The superconducting tokamak serves as the foundation for steady-state operation. Timely and reliable quench detection is the key to ensuring the secure operation of superconducting magnets, which has the highest level of safety in fusion device operation. [Method] In this paper, an overview of the principles and implementation approaches of quench voltage detection for fusion magnets was provided. It briefly summarized the research progress of quench detection and the quench detection schemes adopted by mainstream tokamak devices and introduced the basic principles and processes of quench voltage detection. Taking the experimental advanced superconducting tokamak (EAST) as an example, this paper analyzed the interference sources and coupling mechanisms of quench voltage detection, proposed a two-stage decoupling compensation scheme, and established an optimization analysis model for primary compensation and a dynamic compensation mechanism for plasma-coupling interferences. [Result] The experimental results indicate that the compensation scheme can achieve a high noise suppression ratio greater than 99.9%, which can effectively improve the signal-to-noise ratio (SNR) and reliability of quench detection. [Conclusion] The established optimization analysis model for primary compensation and the dynamic compensation mechanism for plasma-coupling interferences can be extended to other tokamak devices, thereby providing necessary accumulation for the design of quench detection and the secure operation of magnets in future fusion reactors.

Historically, the Republic of Turkey is one of the few states in the Middle East, in a civilizational sense, located between East and West. As time has passed since a number of unsuccessful attempts to integrate into Western institutions and with the beginning of geopolitical changes in the international arena, Turkey has made a “pivot to the East”. Considering the increasing role of the Non-West within the framework of the formation of a polycentric system of international relations, the study of Turkey as one of the key centers of forces of our time, as well as the identification of its characteristics, eastern and western features, is of particular relevance. The purpose of the study is to examine the civilizational characteristics of modern Turkey. By applying civilizational approach, Turkey’s position of a “middle state” was revealed, which has both Western and Eastern features, but is increasingly gravitating towards the non-Western world. At the same time, amid the ideology of “neo-Ottomanism” implemented by the current leadership and the increasing role of the ideological and value factor, Western features are gradually fading away, remaining only in the form of official secularism and stable ties with Western institutions. While the Turkish orientality, along with unofficial islamization, have a clearer image. Turkey develops in progressive-regressive cycles, where the Western cycle is replaced by the Eastern and vice versa. However, the West is systematically ceasing to be a symbol of progress. The authors conclude that the non-Western path of development is the most promising for modern Turkey, however, with the condition that eastern development will not be moderated by Islamist circles and supporters of political Islam.

EAST has been upgraded with top and bottom tungsten divertors to facilitate the high power long pulse operation. A visible spectroscopy diagnostic has been developed progressively to monitor W source as well as line emissions from other particles (e.g., D, He, Li, B, C, N, O, Ne, Ar, Mo, D2, WD) in the divertors. Two sets of lens installed in mid-plane port view tangentially the top and bottom divertors, respectively. Two types of optical fibers transfer the plasma light collected by the lens to three different detecting modules. High spectral resolution (λ/Δλ ∼ 14000) can be achieved by the detecting module consisting of spectrometer and Electron-Multiplying Charge Coupled Device (EMCCD), high temporal resolution (50 μs) is obtained by filtered photoelectric multiplier (PMT), and high spatial resolution (1 mm) is acquired by Complementary Metal-Oxide-Semiconductor Transistor (CMOS) camera with collimation optics. The multichannel optical fiber array with 500 μm core diameter is used to connect the lens and the first two detecting modules. The imaging fiber bundle with 30 μm core diameter transmits the two-dimensional divertor plasma light to the third detecting module, i.e. collimation optics and CMOS camera. The diagnostic is operated automatically in normal EAST discharges to support experimental operation and divertor physics study. The paper presents a technical description of the diagnostic and typical measurements during EAST discharges.

In tokamak devices, the performance of plasma facing components (PFCs) under high heat loads is a key challenge for achieving long-pulse and high-performance plasma operations. The lower divertor of EAST adopts an ITER-like cassette modules (CMs) structure. However, regular distribution of damage along the toroidal direction have been observed on the divertor target plates, which not only affects the lifespan of PFCs but also limits the long-pulse and high-performance plasma operations. Therefore, investigating the toroidal distribution of the heat load on the divertor target in EAST is crucial for understanding the mechanism of damage on the target plate surface. The toroidal characteristics of heat loads on CMs of the lower divertor in EAST was analyzed using a three-dimensional magnetic field line tracing program (PFCFlux). For the inner vertical target (IVT) and outer vertical target (OVT) within a single CM, the heat load varies monotonically along the toroidal direction. In contrast, the heat load distribution on the outer horizontal target (OHT) is uniform, except at the chamfers, which is directly correlated with the target’s geometric structure and the magnetic field configuration. The surface heat load distribution exhibits toroidal non-uniformity, with the heat deposition pattern being generally consistent and displaying periodic variations. The toroidally uneven heat load distribution is attributed to the change in the magnetic field’s tilt angle. Additionally, the peak heat load is observed at the chamfer positions between cassettes, and an analysis is conducted on the relationship between peak heat load and the size of the chamfer. Smaller tilt angles result in lower surface heat load. Furthermore, a comparative analysis of peak heat loads at the chamfer under different plasma current conditions reveals that higher plasma currents generally result in increased peak heat loads. This investigation into the toroidal heat load distribution on the divertor surface contributes to understanding of the damage mechanism of W PFC as the target plate and provides valuable data for divertor design of future fusion devices.

Heat flux is a key issue in tokamak devices. The non-uniform high heat flux on Plasma-Facing Components (PFCs) has led to local severe damage, including cracks and melting, in current tokamaks such as EAST and WEST. To characterize the non-uniform heat flux loading on the divertor surfaces, the parallel incident heat flux q‖, the decay length λq along the radial direction and the Gaussian spreading width S are used. The q‖ can lead to a very high peak heat flux loading on the divertor surfaces, which may cause critical heat flux problems. Additionally, the decay length is a key consideration for future tokamak designs like ITER. Every effort on the present tokamak devices contributes to updating the scaling of the heat flux. In EAST, a calculation method based on a high spatial resolution IR camera is employed to obtain the heat flux and decay length. The main process involves comparing the surface temperature distribution calculated by Fluent simulation with that measured by an infrared camera. Taking a high heating source discharge (#123059 ∼ 10 MW heating source) as an example, the heat flux is as follows: q‖=216-14+19 MW/m2, with λq=6.2-1.1+1 mm, and S=1.2±0.4 mm; it is in line with Langmuir probe data. The infrared-based heat flux calculation method can calculate the peak incident heat flux and the decay length simultaneously, its result can help to update the scaling model of heat flux, thus not only helping to improve the present device but also offering important reference for future tokamaks.

Pellet injection is the most promising fueling method to achieve a deep particle deposition for future fusion reactors. On metal-wall EAST tokamak, a full density compensation has been achieved by the pellet fueling during ELM suppression with n = 4 RMP which will be used in ITER’s operation. During the pellet injection, ELM suppression is terminated and small ELMs reappear. The plasma stored energy does not have a reduction with the pellet injection. Meanwhile, large sawtooth accompanied with RMP application is modified by the pellet injection. The amplitude of sawtooth crash decreases and high frequency small sawtooth crashes appear during the pellet fueling. The concentration of heavy impurities in the plasma core, such as tungsten and molybdenum, has an obvious reduction with the ELM reappearance and sawtooth modification. Although the same ELM behaviors also appears after divertor gas fueling, pellet fueling can modify the core plasma more significantly. All these experimental results will provide a good support to the ITER operation in the future.

Operation of EAST tokamak with full metal wall without any wall conditioning are attempted in 2023 and 2024 experimental campaign to address the issues related to ITER tungsten wall operation. It is found that H-mode plasma could be sustained even with a substantial increase in metallic impurity content caused by strong plasma-wall interaction under uncoated metal wall. Boronization wall conditioning is therefore performed to improve the plasma performance with higher injected power. This study aims to quantitatively assess the impact of boronization wall conditioning on metallic impurity concentration and behavior in the EAST tokamak. It is then proved to be an effective wall conditioning approach for significantly controlling high-Z impurity content. In this work, the impurity spectra at extreme ultraviolet (EUV) wavelength range measured by sets of fast-time-response and space-resolved EUV spectrometers are widely used in the data analysis. The variation in the boron content in plasma after boronization are investigated by monitoring the 2nd order of B V line at 48.59 Å. It is found that the persistence time of boron in EAST device after a boronization with 10 g of carborane (C2B10H12) is about 2000 s (∼150 shots) of discharge duration. The impact of different wall conditions (uncoated metal wall and boron coated wall) on metallic impurity content are then quantitatively studied. After boronization, the concentration of tungsten (CW) and molybdenum (CMo) dropped by 85 %, e. g., from 2.0 × 10-4 to 4.1 × 10-5 and from 4.6 × 10-5 to 6.3 × 10-6, respectively. While the concentration of copper (CCu) and iron (CFe) decreased by approximately 50 % and 65 %, respectively, e. g., from 4.3 × 10-5 to 2.1 × 10-5 and from 2.0 × 10-4 to 6.9 × 10-5. A comparison of the line emission profiles from tungsten ions of W26+ − W32+ and W43+ before and after boronization reveals an overall reduction in the intensity while without obvious change in the profile shape, which suggests a reduction in metallic impurities source after boronization instead of altering impurity transport in core plasma significantly.

Omaima Alkhamis’s Alwarifa (2008) is a Saudi Arabian novel that captures the vivid experiences of Aljohara, a veiled Muslim physician residing in Canada. Despite its rootedness in contemporary cultural discourse on the veil, the novel remains largely underexplored globally. This article contextualizes its reading of Alwarifa within the broader context of scholarly work that seeks to reinterpret the meanings and legitimacy of the veil beyond the polarities of Western categorization. In particular, Massimo Leone’s conceptualization of the veil as a ‘meta-semiotic device’ whose ‘essence lies in its “betweenness”’ (Leone 2012, p. 276), creating fluid spaces that can evoke a diversity of meanings and complexities offers a useful paradigm to the reading of the narrative. As such, the reading of Alwarifa engages with the concept of veil within this context, where diverse geographical locations as well as acts of veiling and unveiling foster a sense of ‘betweenness’. Aljohara’s veil with its material manifestations, as I will argue, holds her in a state of ‘betweenness’ that is emotionally and geographically driven. The opportunities for self-discovery presented by Saudi and Canada extend beyond the limitations imposed by cultural and social constraints and acts of veiling and unveiling become integral to these moments of transcendence and resistance. Indeed, the veil in Alwarifa seems not to be loaded with religious significance, as a sign of faith, as much as it serves a secular purpose, a symbol of social and psychological states, embodying Aljohara’s uncertainty and the complex experiences of veiling across continents.

Based on the theories of Otto of Freising and Hugh of Saint Victor, scholars widely accept that medieval authors conceived of history as a spatial progression of empires from Babylon in the east to Rome in the west. This article reevaluates that assumption, arguing that influential German scholars of the 1930s to 1960s inflated the perceived typicality of Otto’s writing. We see first that this has obscured the biblical exegetical basis of Hugh’s own theory. Surveying contemporary material from hagiographies of Thomas Becket to eschatological ideas among the ‘School of Chartres’, the article argues that it is these exegetical tropes and metaphors of the sun’s rising and setting that underlie twelfthcentury discussions of east and west, not the translatio imperii. This underscores not only the novelty and achievement of Otto and Hugh, but also more clearly contextualises their work within their intellectual environment. [ABSTRACT FROM AUTHOR]

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AbstractManufactured gas plants (MGPs) were a staple of the Industrial Revolution, operating in the US primarily on the East Coast, starting in the early 19th before phase-out in the mid-twentieth century. Their legacy includes the release of copious quantities of subsurface tar, and when located adjacent to waterways, tar in sediment due to direct discharge and leaking bulkheads. Computing the depth and extent of tar impacts is a three-dimensional problem required to facilitate appropriate remediation efforts. At three former MGPs, 306, 223, and 254 boreholes with 1452, 544, and 276 intervals were coded and %saturation attributed to saturated (Sn = 70%) and residual (SNr = 20%) tar. These data were incorporated into the 3-D krieging software EnviroInsite to estimate the spatial extent of tar and oil impacts and their affiliated volumes. At the former Citizens, Fulton, and Metropolitan MGPs, the model estimated a most probable volume (MPV) of 7.21, 4.36, and 0.8 million gallons of tar. As a sensitivity analysis, Sn was decreased to 60%, reducing the MPV to 6.3, 3.4, and 0.6 million gallons, respectively, Regardless, it is irrefutable that a large amount of tar remains in the subsurface ∼70 years after the facilities ceased operating. [ABSTRACT FROM AUTHOR]

A micro-tearing mode has been observed in electron temperature fluctuations and magnetic fluctuations with the frequency range of 80–120 kHz in the pedestal of the Experimental Advanced Superconducting Tokamak (EAST) using Electron Cyclotron Emission Imaging (ECEI) and Mirnov magnetic coil measurement. It appears in the type-I ELMs period after the L-H transition. The measured poloidal phase velocity of the electron temperature fluctuations is ∼40 km/s (f = 80–120 kHz) in the electron diamagnetic direction in the laboratory frame with the poloidal wave number around kΘ∼0.15 /cm. The two-dimensional structure of MTMs is directly observed using two-dimensional Electron cyclotron emission imaging. The experiment confirmed that the electron temperature (ECEI) and radial electric field (Backward Doppler reflectometer) during MTM meet the pressure balance equation. Until now, the theory and simulation results showed that transport is in heat flux, small particle flux, while the experimental results of this paper indicate that the particle flux is small. [ABSTRACT FROM AUTHOR]

South Korea is known for its highly developed economy, which has undergone significant growth and transformation over the past few decades. As a result, South Korea is now considered one of the world's most prosperous and dynamic economies, with a strong focus on innovation, technology, and exports. Research has attributed Korea's economic success to several factors: its government monetary policy, entrepreneurial business owners, a productive labor force, an education-oriented Confucian culture, and favorable international trade. This paper focuses on Korea's global emergence through a historical exploration of Confucian influence and the teachings of renowned Korean philosopher Nammyeong Jo Shik. Our article proposes that Jo Shik is the father of Korean entrepreneurship. Jinju City, where Jo Shik promulgated his most influential teachings, may be the birthplace of Korean entrepreneurship. This city is the home of the first-generation founders of Korea's leading global companies, such as Samsung, LG, GS, and Hyosung Corporation. [ABSTRACT FROM AUTHOR]

In this article, Andrei Bely’s novel Petersburg is analyzed in terms of the clash of two hostile narratives – Eastern and Western – that have shaped Russian statehood from the rule of Tsar Peter I. The presence of solutions associated with the West, in the history of Russia, as well as in the social and political system of the Russian state, is considered to be the result of a kind of self-colonization and internal colonization. The author of the article, drawing on terminology developed in post-colonial research, highlights the tensions existing within Russian society at the beginning of the 20th century, which translate into internal divisions in the main characters of the work, in particular the senator Apollon Ableukhov and his son Nikolay. Although they both appear to belong to Western civilization and culture, they in fact pave the way for the victory of a chaos of Eastern provenance, which culminates in the Russian revolutions of the early 20th century.

W/Cu monoblocks will be employed in ITER as divertor targets for high heat loads. Experimental results of W/Cu monoblocks in high heat flux (HHF) tests have demonstrated their endurance on 5000 cycles at 10 MW/m2 and occasionally 300 cycles at 20 MW/m2. However, plasma-facing units (PFUs) serve in a harsh and complex environment in tokamaks and whether W/Cu monoblocks can show the same excellent properties in tokamaks needs to be further tested. Experimentally evaluating the evolution of ITER-like PFUs is one of the main missions for the EAST tokamak. The ITER-like actively cooled W/Cu monoblocks installed in the EAST lower divertor in 2021 exhibited abnormal behavior after 13,346 plasma discharges. The abnormal temperature evolution of the component was observed via infrared cameras (IR). Subsequent non-destructive testing (NDT) indicated that it might primarily arise from interface damage and scanning electron microscopy (SEM) confirmed that there were obvious cracks at the interface. The cracking center was also found above the interface. Simulation of the structural characteristics of W/Cu monoblocks under heat load in EAST can obtain temperature distribution and stress–strain distribution, which can be used to analyze the causes of material interface cracks. These findings unveil the phenomenon and mechanism of interface damage in W/Cu monoblocks after enduring over 10,000 plasma discharges in EAST, providing valuable insights for the future long-term application of W/Cu monoblocks in ITER and fusion reactors.

Introduction Traditionally, the strategic and tactical communications of the member states of the Persian Gulf Cooperation Council (GCC)—both before and after gaining independence in the 1970s—have predominantly adhered to Western approaches and attitudes. Notably, there has been a significant shift in the foreign policy and economic perspectives of the member states. This shift is characterized by an increased focus on fostering economic–political interactions with the Asian super-region, particularly the East Asian subregion (e.g., Japan and China). This shift is evident in collaborative mega-projects such as the Belt and Road Initiative, China’s Arab Policy Paper, and increasing relations in different fields. The new policy reflects a discernible shift in discourse and a departure from purely Western perspectives, heralding a transition to emerging economic and political views within the Asian super-region, while maintaining relations with Western powers, such as the United States. The present study aimed to examine the political–economic factors accelerating the Asianization of the GCC members and steering them towards new Asian partners. The central question is: What political–economic factors have contributed to the Asianization of the Persian Gulf and the shift of focus of GCC members towards Asian partners? The article posits that the shift in the foreign policy of GCC members can be attributed to the influence of various factors associated with individual, societal, and governmental levels, as well as the factors relating to roles and the structure of the international system.Theoretical FrameworkIt seems that a multi-causal explanation of how the GCC countries engage with emerging Asian powers, as well as their gradual foreign policy shift from the Western block towards Eastern powers, necessitates an approach that takes into account both macro and micro perspectives. To conduct a multi-causal explanation of Asianism in foreign policy actions and behaviors of GCC states, the present research integrated macro-level analytical components, such as the influence of the international structure, and the micro-level factors such as the roles played by leaders, governments, and society. Given its inclusivity and theoretical breadth, the theoretical framework could offer more analytical possibilities to address almost every component and factor involved in Asianization of the Persian Gulf.Materials and MethodsTo address the research question and test the hypothesis, the study relied on the descriptive–analytical method and causal inference, adopting a multi-causal approach at both micro and macro levels. Results and DiscussionThe Asianization of the Persian Gulf region, influenced by various political–economic requisites, stands out as the most pivotal political and diplomatic shift experienced by the Arab countries in the region. The end of the Cold War in 1991 marked a transition from a bipolar to a multipolar international system. Amid the struggle of the Western bloc for supremacy during the Cold War, Asia embarked on a decisive path of growth and prominence in the 1960s and 1970s, diverging from the prevailing Western current. As an ancillary consequence in the international scene, regionalism has emerged in Asia, with a focus on East Asian actors. With the rise of the emerging pole of power in East Asia over recent decades, the Asian super-region is actively working to shape the new international order and extra-regional agendas, leveraging increased economic power and the ability to shape the discourse at the international level. The economic rise of China, alongside Japan, South Korea, Taiwan, and India, which accounted for a third of the world’s gross domestic product in 2000, heralded the participation of the Asian super-region in the international order. These developments gave rise to Asianism as an alternative to the Western framework as well as a successful model of economic development at both regional and extra-regional levels—which could expand the influence and reach of Asian countries in shaping political agendas and the then new international order. Therefore, Asianization can be viewed as a transitional process that includes the divergence of governments at regional and international levels from the dominant Western current in political, economic, cultural, and military arenas, leading to the increased role and dominance of Asian alternatives over recent decades.The research findings highlight that beyond historical interactions in cultural, energy, commercial, and military areas, several factors have contributed to the Asianization of the GCC members. The factors include a generational shift among the GCC leaders, the necessity of fostering a productive economy to ensure the survival and legitimacy of the Persian Gulf states, and global developments in the international structure such as the acceleration of power shift from the West to the East, the remarkable rise of China, and the need for regional balance. In recent years, these factors have resulted in the stabilization and acceleration of the Asianization among the GCC member states. Notably, the contribution of the international structure is significantly more influential than other variables. The ongoing transition and structural changes within the international system have not only shaped the evolving attitudes of new GCC leaders towards economic functionalism and international cooperation but also imposed certain requirements at the reginal and international levels that could further propel the Asianization process. The latter include alliances and coalitions with Eastern powers while balancing against Iran. The variable of structural changes even becomes more significant when considering its constitutive role in shaping the future of Gulf–Asian relations.ConclusionCurrently, the process of Asianization in the Persian Gulf is intertwined with the broader global trend of Asianization. Nevertheless, it appears that the GCC countries will continue to consider their relationships with the US and the West as crucial, particularly in military-cum-security domains where they largely rely on the US and Western partners. However, the increasing economic and political dependence on the East is influenced by evolving requirements, suggesting that international–regional connections will ultimately lay the foundation for the all-round dominance of Eastern powers, such as China, over the Western and security configuration of the Persian Gulf.

This paper aims to comprehensively analyze the Alfven instability observed in the high βN discharge of EAST, considering both experimental observations and simulation studies. There are two purposes of this paper, the first one is to observe the AE activity in EAST, the second one is to apply and validate the FAR3d code in EAST. In the experimental analysis, the presence of a strong instability is detected using magnetic probes and electron cyclotron emission diagnostics. Two kinds of modes are observed:one's frequency ranging from approximately 70 kHz to 100 kHz, exhibiting an upward frequency sweep, and another frequency at around 60 kHz. These instabilities are found to destabilized near ρ=0.46 with a toroidal mode number of 2 calculated by toroidal Mirnov probe array. Complementing the experimental findings, simulations were performed using the eigensolver method of the FAR3d code. This is the first time that FAR3d code was applied on EAST, so the model needed to be validated by reproducing the AE activity. The simulation results successfully identify the dominant mode, toroidal Alfven eigenmode (TAE), occurring at ρ=0.45 with a frequency of 87 kHz, toroidal and poloidal number n/m=2/3, 2/4. Additionally, a sub-dominant mode, energetic particle mode (EPM), is identified at ρ=0.55 with a frequency of 62 kHz, n/m=2/4. The agreement between the simulation and experimental results confirms the accuracy of the simulation model in characterizing the instability types, as well as providing consistent location and frequency information. Furthermore, the FAR3d code is employed to evaluate the influence of the finite Larmor radius (FLR) effect. The simulation results demonstrate that the FLR effect has minimal impact on identifying low toroidal mode number (n) instability modes in the high βN discharge of EAST. Consequently, the FLR effect can be neglected during the mode identification process, allowing for accelerated calculations. While, in the simulation of high toroidal mode number, the FLR effects should be considered. In conclusion, this study presents a comprehensive analysis of the Alfven instability in the high βN discharge of EAST. By combining experimental observations with simulation results, the types of instabilities, their locations, and frequencies are successfully identified and found to be in good agreement. Additionally, the study confirms that the FLR effect has little influence on identifying low n instability modes, enabling faster calculations by excluding FLR effects during mode identification. These findings contribute to a better understanding of the Alfven instability in high βN discharges and provide valuable insights for future research in fusion plasma physics.

Ion cyclotron range of frequency (ICRF) heating system is an important auxiliary heating method in the experimental Advanced Superconducting Tokamak (EAST). In EAST, several megawatts of power are transmitted with coaxial transmission lines and coupled to the plasma. For the long pulse and high power operation of the ICRF waves heating system, it is very important to effectively control the power and initial phase of the ICRF signals. In this paper, a power and phase feedback control system is described based on field programmable gate array (FPGA) devices, which can realize complicated algorithms with the advantages of fast running and high reliability. The transmitted power and antenna phase are measured by a power and phase detector and digitized. The power and phase feedback control algorithms is designed to achieve the target power and antenna phase. The power feedback control system was tested on a dummy load and during plasma experiments. Test results confirm that the feedback control system can precisely control ICRF power and antenna phase and is robust during plasma variations.

Recent decades in social sciences have been marked by the interest in citizenship as the most important phenomenon of the contemporary world due to its current problems associated with globalization, relations between world centers of power along the North-South and West-East lines and growing migration flows between countries and continents, and also due to the urgent, politically relevant, human rights problems. The search for solutions to these problems has led to debates in both academic circles and wider intellectual public about the extent to which the democratic model of citizenship, which historically developed in the West in modernity, can meet the new global challenges of our time. Although such debates focus on the contemporary issues of citizenship, civil rights and civic identity, they also have an important historical-sociological dimension according to Max Weber’s question formulated about a century ago: what was the universal potential of the democratic idea of citizenship that emerged in the West in the modern era, and what were the premises of this model of citizenship at the previous stages of the Western historical development? Thus, Weber considers the institution of citizenship in the broader context of comparative historical sociology which studies the difference in the paths of historical development of the West and the East. One of the closest predecessors to the modern model of citizenship in the West is medieval urban citizenship. To understand the evolution of pre-modern models of citizenship in Western Europe in the Middle Ages, Weber’s ideas remain essential in the theoretical and heuristic perspective, forming the historical sociology of ancient and medieval citizenship in his works The City and General Economic History . The article presents an attempt to reconstruct the ideal-typical model of medieval urban citizenship in Weber’s interpretation, supplementing it with some necessary materials from other relevant sources.

The fact that Western thinkers and researchers know the Orient and present the information they have obtained within certain moulds of the Orient is defined as orientalism. The fact that an Eastern researcher looks at the East from a Western perspective, accepts the East according to Western definitions and includes these acceptances in his research and works is called self-orientalism. Producing ideas on East-West relations, which started with the Tanzimat, is the main subject of various poets and writers. The weakening and collapse of the Ottoman State and the establishment of a new state led these poets and writers to think about the positioning of civilisation and the ideal of reaching the level of advanced civilisations. One of these poets and writers is Ali Canip Yöntem, who took part in our world of literature and thought with his ideas in the early 1900s. While defining the West as the ideal of development in his pro-Westernisation articles and poems, he portrayed the East as backward, needing to be exploited and helpless with self-orientalist discourse. In this study, Ali Canip Yöntem's views are analysed in the context of self-orientalism and the theoretical background developed around the concepts of orientalism and occidentalism is applied as methodology. [ABSTRACT FROM AUTHOR]

Focusing on the East, Central, and Southern African region, this study examines both regional and country-level initiatives aimed at promoting multisectoral collaboration to improve population health and the methods for their economic evaluation. We explored the interventions that necessitate cooperation among policymakers from diverse sectors and the mechanisms that facilitate effective collaboration and coordination across these sectors. To gain insights into the demand for multisectoral collaboration in the East, Central, and Southern African region, we presented 3 country briefs, highlighting policy areas and initiatives that have successfully incorporated health-promoting actions from outside the health sector in Zimbabwe, Uganda, and Malawi. Additionally, we showcased initiatives undertaken by the Ministry of Health in each country to foster coordination with national and international stakeholders, along with existing coordination mechanisms established for intersectoral collaboration. Drawing on these examples, we identified the primary challenges in the economic evaluation of multisectoral programs aimed at improving health in the region. We illustrated how decision making in reality differs from the traditional single-sector and single-decision-maker perspective commonly used in cost-effectiveness analyses. To ensure economic evaluations can inform decision making in diverse settings and facilitate regional collaboration, we highlighted 3 fundamental principles: identifying policy objectives, defining the perspective of the analysis, and considering opportunity costs. We emphasized the importance of adopting a flexible and context-specific approach to economic evaluation. Through this work, we contribute to bridging the gap between theory and practice in the context of intersectoral activities aimed at improving health outcomes. • The World Health Organization has been emphasizing the importance of multisectoral collaboration to improve health for decades. However, multisectoral resource allocation and priority setting requires mechanisms and initiatives for articulating interdependencies, harmonizing strategies, and elaborating pathways to change. • We explore the practice and the methods of economic evaluation that could be adopted to facilitate more effective and efficient multisectoral coordination for improvement of population health in the East, Central, and Southern Africa Health Community region. We first provide an example of cross-sectoral coordination for health at the East, Central, and Southern African region level, then focus on 3 countries—Zimbabwe, Uganda, and Malawi. • With this work we illustrate that, despite the complexities of intersectoral decision-making, economic evaluation tools offer a systematic approach for allocating scarce resources effectively. [ABSTRACT FROM AUTHOR]

Copyright of Atomic Energy Science & Technology is the property of Editorial Board of Atomic Energy Science & Technology and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

Wisława Szymborska holds a prominent place in the Netherlands as one of the most widely-read poets. Anglo-Saxon countries also recognize her popularity. People often quote the verses of her poems to comment on “our” Western social and political problems, even though this seems to contradict the specific Central European context of her work. Szymborska’s poetry differs significantly from the model of “dissident” literature that shaped the “Western” image of Eastern European writing as a form of internal resistance to totalitarian oppression between 1965 and 1989. Today, the “Western” politicization of Szymborska’s poetry frequently associates her discursively ironic depictions of inequality and injustice with late postmodern concepts such as systemic inequality and ecocriticism. However, subtle and paradoxical readings of Szymborska’s poetry consider the Eastern European context of censorship and oppression without reducing these texts to politics in both senses. These readings concentrate on Szymborska’s poems as representations of the universality of everyday life – its tensions and happiness. The background of oppression remains, but the primary focus shifts to everyday life, establishing a connection between the Central and Eastern European poet and the Western reader. They are united by a common world, despite the once-existing geopolitical borders. An example illustrating the construction of such a common space is Dutch poet Rutger Kopland’s essay on Szymborska’s poetry. [ABSTRACT FROM AUTHOR]

The study aspired to investigate the human trauma of a society in wartime and thereafter. It focuses on literature that seeks to reflect life as it should be. However, literary works here deal with catastrophic dramas that depict Iraqis who generally suffer from the negative repercussions of the American Crisis and the extreme underdevelopment and poverty at that time. In this paper, the audience faces the disaster in two dramatic works: Baghdadi Bath (2005) by Jawad al-Asadi and Bengal Tiger at the Baghdad Zoo (2012) by Rajiv Joseph. They are a good example that depicts the nightmare experienced by all Iraqis during the war. Speaking about the disaster of war, we guess that the disaster may have human roots. The disaster of war on Iraq, in particular, is taken for analysis. The researchers try to denote the nature of man at the time of the disaster. The paper explores the relations between the ideas of war and the world we face and refers to Baghdad's brutal past and its confused present. It also inspects the real reasons behind the war and records the human condition in the consequences of the American invasion of Iraq. To narrow the field of investigation, the researchers have chosen disaster at war, especially the American war on Iraq in 2003, and its results for the study. The paper steps down war and violence and assures peace for people depending on different perspectives. [ABSTRACT FROM AUTHOR]

In this article, Andrei Bely's novel Petersburg is analyzed in terms of the clash of two hostile narratives - Eastern and Western - that have shaped Russian statehood from the rule of Tsar Peter I. The presence of solutions associated with the West, in the history of Russia, as well as in the social and political system of the Russian state, is considered to be the result of a kind of self-colonization and internal colonization. The author of the article, drawing on terminology developed in post-colonial research, highlights the tensions existing within Russian society at the beginning of the 20th century, which translate into internal divisions in the main characters of the work, in particular the senator Apollon Ableukhov and his son Nikolay. Although they both appear to belong to Western civilization and culture, they in fact pave the way for the victory of a chaos of Eastern provenance, which culminates in the Russian revolutions of the early 20th century. [ABSTRACT FROM AUTHOR]

It is known that the artists of the Venetian Renaissance were heavily influenced by the developing relations between the Venetian Republic and the Ottoman-Eastern Empire, and that they sometimes reflected these influences in their works. In the paintings of the Venetian School period, it is seen that the artists visualised the nature, architecture and cultural figures of the distant Ottoman Empire from a certain perspective. As a matter of fact, it is possible to see the manifestations of these images in a wide range, starting from more realistic depictions based on the impression of Ottoman-Eastern merchants or ambassadors strolling in Venetian squares to the "fantastic oriental" image presented by sacred texts. In this respect, this study analyses the impact of the humanitarian relations between the Ottoman Empire and the Republic of Venice on the arts; evaluates the presence of this interaction in the works of the prominent Venetian School artist Vittore Carpaccio and tries to explain with examples how the arts of the two societies affected the works of art depending on the growing relationship. [ABSTRACT FROM AUTHOR]

Copyright of International Journal of Education & Philology (IJEP) is the property of International Journal of Education & Philology (IJEP) and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

A new control system of shattered pellet injection (SPI) has been successfully developed and implemented in the experimental advanced superconducting tokamak. The control system comprises four functional modules responsible for vacuum acquisition, temperature regulation, gas supply, and system protection, which facilitate the safe and stable operation of the SPI. The software framework employed for the SPI control system incorporates experimental physics and industrial control system and Phoebus. Utilizing these integrated control systems, the gun barrel temperature and material gas pressure could be accurately controlled during pellet forming phase. Also, it could cooperatively control the various types of valves to achieve material gas supply, propellant gas supply and timely pumping. Finally, the pellet was successfully generated, separated from the gun barrel, and accelerated into the plasma vacuum vessel controlled by this system. In addition, the issue of extended delay time was observed in SPI experiments, and a potential solution is also proposed in the paper. [ABSTRACT FROM AUTHOR]

This article presents the results of scientific research conducted in 2021–2023 on the study of digger wasps belonging to the Sphecidae, Crabronidae family in different regions of Uzbekistan, as well as the results of the study of literature sources. Total 484 species of which 69 species belonging to Sphecidae family, 415 species to Crabronidae family, 21 tribes and 74 genera were recorded in our republic. In terms of subspecies, Crabroninae equals to 24.8%, Bembicinae 18.2%, Philanthinae 17.8 %, Eremiaspheciinae 15.7 %, Ammophilinae 7.2 %, Pemphredoninae 6.6 %, Sphecinae 5.2 %, Astatinae 2.1%, Sceliphrinae 1.8 % and Dinetinae 0.6 %. 125 species were identified in the North-Western region of Uzbekistan, 253 species in the North-Eastern region, 66 species in the Eastern region, 261 species in the Central region, and 101 species in the Southern region. The digger wasp species in the North-Western and Central regions of Uzbekistan have the closest similarity of 30%, and the Eastern and Southern regions have the furthest similarity. 48% of digger wasps are native to desert, 35% to mountain and lowlands and least agrocenosis landscapes.

To study material erosion and deposition during different wall conditioning processes in the Experimental Advanced Superconducting Tokamak (EAST), two newly developed quartz crystal microbalances (QMBs) at the mid-plane of port C (C-QMB) and port J (J-QMB) with the same radial radius were used for in-situ and real-time measurements during the 2021 autumn experimental campaign. It was found that the material deposition was mainly influenced by the location of the antenna and the power of the ion cyclotron range of frequency (ICRF), rather than the location of the gas inlet, during the wall cleaning with helium plasma and siliconization assisted with ICRF plasma. The higher energy and density of plasma could result in higher deposition rates near the antenna. While, during lithium (Li) coating, the material deposition was greatly influenced by the location of the Li oven due to the deposition of unionized Li atoms. The ICRF power influenced the material deposition behavior far away from the Li ovens. Besides, a stronger effect on impurity suppression was observed with a more uniform deposition trend of Li coating. This necessitates further study on the influence of factors such as the location of the Li oven and ICRF antenna, the temperature of ovens, and ICRF power on the homogeneity of wall conditioning.

The aim of this paper is to examine the relationship between orientalism and colonialism. More specifically, it analyses orientalism in its various ways before and during the nineteenth century to the present day, as well as its actual aims. For this purpose, the expeditions of some European orientalists, missionaries, and explorers are analysed and discussed. In addition to these expeditions, numerous writings and various viewpoints expressed by some authors in the social and human sciences are examined. The methodology used in the study is mainly based on critical literature sources. Overall, it appears that despite the attempts of some authors to challenge it, there is a direct and close link between orientalism, postcolonialism, and colonialism. Indeed, far from being a simple and innocent approach or discipline studying the relationship between the East and the West, orientalism served as a colonial ideology and prepare the ground to facilitate Europe's dominance over the rest of the world. Furthermore, the structure of international relations and the forms of relationship that certain European powers maintain with their former colonies reveal orientalist and neo-colonialist patterns.

A large-scale validation exercise was conducted to assess the multi-mode model (MMM) anomalous transport model in the integrated modeling code TRANSP. The validation included 6 EAST discharges, 17 KSTAR discharges, 72 JET ITER-like wall D-D discharges, and 4 DIII-D fusion plasma discharges. Using the MMM, the study computed anomalous thermal, particle, impurity, and momentum transport within TRANSP. Simulations for EAST, KSTAR, and JET focused on electron and ion temperatures and safety factor profiles, while DIII-D simulations also considered electron density, toroidal rotation frequency, and flow shear. The predicted profiles were compared to experimental data at the diagnostic time, quantifying the comparison using root-mean-square (RMS) deviation and relative offsets. The study found an average RMS deviation of 9.3% for predicted electron temperature and 10.5% for ion temperature, falling within the experimental measurement error range 20%. The MMM model demonstrated computational efficiency and the ability to accurately reproduce a wide range of discharges, including various scenarios and plasma parameters, such as plasma density, gyroradius, collisionality, beta, safety factor and heating method variations.

In Experimental Advanced Superconducting Tokamak (EAST) experiments, to achieve long pulse and high-power ICRH system operation, a new kind of ICRH antenna has been designed. One of the most critical factors in limiting the operation of long pulse and high power is the intense heat load in the front face of the ICRH antenna, especially the Faraday Screen (FS). Therefore, the cooling channels of FS need to be designed. According to thermal-hydraulic analysis, the FS tubes are divided into several groups to achieve more excellent water cooling capability. The number of series and parallel tubes in one group is chosen as six. This antenna went into service in the spring of 2021, and it is delightful that the temperature distribution of the FS tube is below 400 °C in 14.5 s and 1.8 MW ICRH system operation. However, the active water-cooling design was not carried out on the upper and lower plates of FS, which led to severe ablations on that region under long pulse and high power operation, and the temperature is up to 800. Therefore, the upper and lower side plates of the FS were designed with water cooling based on thermal-hydraulic analysis. During the 2022 winter experiments, the temperature of ICRH antenna FS was lower than 400 in the pulse of 200s and the power of 1 MW operation.

The paper describes actual problem of socio-economic inequality between the East and West of Germany. We examine the analysis of sociological differences between parts of the country in terms of the results of German unity policies, the introduction of coronavirus restrictions, technological equipment and economic potential. All those issues are considered with key works of German literature of recent years on understanding the contradiction «East-West». It is determined that the ongoing intellectual attempts have not overcome the split in the country. Additionally, we examine the federal government’s concept of a «new look to the East» was explored. The results show that as an independent region, for which the western part of the country does not serve as an indisputable reference point. Most likely, in fact, this approach has shifted the focus from the traditionally important internal chronic shortages of new lands in economic power, labor, infrastructure and technology. This problem is particularly relevant in connection with the lack of representation of people from East Germany in key positions in many areas of society and politics. This explains why its that these issues will be considered in a special concept of the federal government, adopted at the beginning of 2023. The second part of the state's efforts is related to changes in approaches to the implementation of regional policy in the country and financing of measures to improve the economic structures of the regions. The author concludes that they are synchronized with the tasks of ensuring energy security and accelerating the transformation at oil refineries and ports in eastern Germany after the cessation of oil and gas supplies from Russia. In this regard, we consider that the continuation of the polycrisis in the country makes a decisive contribution to the growing disillusionment of East Germans in politics. On the example of this analyses, we obtained that they do not reject democracy as such, but are much more critical of political actions than the population of the western part of Germany.

In the twelfth and thirteenth centuries, after the First Crusade in 1095–1098 the eastern Mediterranean coastline was inhabited by Western European settlers, who formed a lordship known as the County of Tripoli in what is currently Lebanon and Syria. A number of architectural achievements were built during the creation of this county, and many of them remain from that period, including castles, towers, churches, etc. Besides the most known and important monuments, and the scatter amount of both historical and archaeological sources which indicate the existence of a variety of smaller structures in the area covering the northern governorate of Lebanon, it offers an ideal area for the analysis of the settlement pattern and typologies of the twelfth and thirteenth centuries. In this paper, we will only attempt to briefly describe some of the main points concerning the Crusader settlements in Northern Lebanon.