bluuebunny/crossref_metadata_2025_split huggingface dataset:
Pelatihan Metode Penelitian dan Penulisan Karya Tulis Ilmiah dalam Menyelesaikan Skripsi, Tesis, dan Jurnal Ilmiah untuk Mahasiswa dan Dosen
Authors: Djaelani Syafril , Syaifullah Syaifullah , Ardiyan E.Ella , Rahmawati Meida 
Published: September 2022

Menulis suatu karya ilmiah bukanlah hal yang mudah bagisebagian orang. Banyak mahasiswa yang gagal menuntaskan kuliahnya karena tidak mampu menulis karya tulis ilmiah sebagai tugas akhir untuk mendapatkan gelar sarjana. Kesulitan dalam menulis suatu karya ilmiah dapat diatasi jika mau belajar secara aktif kepada orang-orang yang mempunyai kemampuan dalam menulis karya ilmiah seperti buku, artike dan jurnal ilmia. Tugas Pengabdian Kepada Masyarakat ini dilakukan dalam memenuhi kewajiban Tri Dharma Perguruan Tinggi dengan memberikan Pelatihan Metodelogi Penelitian dan Penulisan Kartya Tulis Ilmiah Dalam Menyelesaika Skripsi, Tesis, dan Jurnal ilmiah Untuk Mahasiswa dan Dosen oleh Pengurus Pusat Perkumpulan Manajemen Indonesia secara online melalui aplikasi Zoom Meeting. Metode yang digunakan dalam pelatihan ini melalui Presentasi, Diskusi dan Tanya Jawab secara langsung antara peserta pelatihan dengan pemateri pelatihan. Tujuan dari pelatihan ini memberikan berbagai ilmu dan Teknik dalam melakukan penelitian untuk penulisan skripsi, tesis, disertasi dan jurnal ilmiah. Pelatihan ini diharapkan mampu memberikan solusi bagi mahasiswa dan dosen yang kesulitan dalam menulis karya tulis ilmiah sebagai salah satu syarat menyelesaikan kuliiah dan mendapatkan gelar sarjana
Pelatihan Modern Office Administration & E-Filling System bagi Tenaga Administrasi PT Pupuk Kalimantan Timur
Authors: Abdussalaam Falaah , Handari Adji Widwi , Kurniawati Rina 
Published: September 2022

Pengelolaan administrasi yang baik berdampak pada peningkatan kinerja dari sebuah instansi. Pemanfaatan perkembangan IT yang maksimal dan real-time dapat membantu mempermudah dan mempercepat dalam menangani pengelolaan administrasi dan sistem manajemen arsip di era modern ini. Sebagai salah satu bentuk Tri Dharma Perguruan Tinggi, salah satunya adalah Pengabdiaan Kepada Masyarakat, maka Politeknik Piksi Ganesha bekerjasama dengan BME Center memberikan Pelatihan Modern Office Administration & E-Filling System kepada tenaga administrasi PT Pupuk Kalimatan Timur yang bertujuan agar peserta dapat memahami secara komprehensif materi yang disampaikan, sehingga dapat diimplementasikan secara aplikatif dan memiliki kemampuan professional mengelola administrasi perkantoran serta manajemen arsip yang terkomputerisasi. Pelaksanaan kegiatan ini berupa praktek langsung dan pemberian materi/ tutorial (administrasi perkantoran modern, tata ruang kantor, pelayanan tamu dan telepon, korespondensi, manajemen waktu dan arsip elektronik, serta otomatisasi administrasi perkantoran), selain itu diberikan pula Games dan Ice Breaking, Diskusi serta Tanya Jawab. Dari hasil pelatihan, banyak manfaat dan ilmu baru yang didapatkan para peserta, khususnya meningkatkan kinerja yang lebih profesional serta dapat menyesuaikan diri dengan lingkungan bisnis digital.
Mapping Overpressure Regime and Onset of Plane of Weakness Failure Across Dipping Structure in the Complex Geological Setting
Authors: Kumar Rajeev Ranjan , Kumar Prince , Subbiah Surej Kumar 
Published: September 2022

ABSTRACT:
The field under review had multiple sidetracks in offset wells with different cavings types and varying depth intervals for the onset of overpressure across the locations. The field has a northeast-southwest trend with multiple structural variations, including anticline, syncline, thrust fault, and normal fault. The main target sandstone formation is encountered at the 3000-5400 m interval, where sand production has been reported over time, resulting in a decline in production. Bedding dips vary from 8° to 45° depending on proximity to the anticline. Considering nonproductive time (NPT) events in the field and high risks associated with new wells, reviews of geomechanical, drilling, and chemical aspects were conducted to identify mud weight design, bottomhole assembly (BHA), and chemicals. Lateral variation of pore pressure gradient and in-situ stress profile were mapped to history match borehole failure types and multiple kick events in deep wells. Wellbore stability analysis considering intact rock and plane of weakness failure modes through a mechanical earth model was conducted. Locations close to the anticline have a plane of weakness mode of failure, as confirmed during analysis, and supported by platy cavings and higher intrinsic anisotropy. The overpressured regime was identified as two compartments, with the interval 3500-4600 m being due to Undercompaction, and 4600-5400 m being due to a hybrid mechanism of unloading with chemical changes. The integrated geomechanical analysis helped to propose drilling solutions that have already been implemented in new wells, with hole conditions being improved with minimum NPT events.

1. INTRODUCTION
The target sandstone reservoirs are present within Formation-A, which is overlain by Formation-B and underlain by Formation-C. Wellbore stability has been a key concern in offset wells drilled at different structural positions in the field. Overall, eight wells have been drilled with multiple sidetracks due to breakouts/cavings, stuck pipes, loss of tools, etc., which inflated the cost of drilling and affected open hole log acquisition. Premature abandonment of wells has been a common phenomenon in offset wells due to uncertainties in pore pressure and drilling complications with increasing depth of primary targets in Formation-A.
Afterword
Authors: DeMaagd Allyson C. 
Published: September 2022

This chapter highlights the similarities and differences among the sensory projects of H.D., Mina Loy, Virginia Woolf, and Elizabeth Bowen. It positions these modernist women writers as members of a dissensuous community that challenges divisive, often violent, sensory rhetoric. By unifying the so-called higher and lower senses through experimentation with synesthesia, the intersensory, and the multisensuous, these writers not only revise limiting sensory narratives, but also modernist narratives about women. This chapter asks modernist scholars to turn our eyes to the long-overlooked value of the so-called feminine senses and open our ears to the too-often-unheard voices of women’s dissent.
Actual Problems of Administrative Responsibility in the Field of Information Security
Authors: Duben Andrei  Kirillovich 
Published: September 2022

The article emphasizes the relevance of drawing attention to the increasing role of administrative and legal provision of information security. The current administrative legislation is analyzed, and proposals are formulated aimed at finding administrative and legal means and methods, problems of ensuring information security. Based on the current administrative legislation, the article presents the author's approach to the problem of legal responsibility in the field of security in the global cybernetic space. The article examines the legal and organizational aspects of the implementation of administrative responsibility measures in the mechanism of ensuring information security, the importance of administrative coercion in the mechanism of building an information society is noted in the work. The main conclusions of the study are that over the last period of time a number of changes have been made to the administrative legislation in terms of legal regulation of information security. These changes indicate that in the Russian Federation, state control is being strengthened to prevent information threats and risks, while the legislator responds in a timely manner to changes in society in the context of the digitalization of law and geopolitical instability in the world. To date, measures of administrative responsibility for offenses in the field of information security are constantly being developed and improved.With the advent of new information technologies, means of communication and objects of critical information infrastructure in the Russian Federation, it is necessary on an ongoing basis to conduct scientific research on issues of legal liability for unlawful influence on such information objects with the active participation of public authorities in order to introduce scientific and technical developments into practical activities.
Cultural Shock and its Recovery as Seen through Language Features in Emily in Paris
Authors: Edbert Bryan 
Published: September 2022

This study aims to find out the language features used by Emily Cooper in the series Emily in Paris during the culture shock and recovery stages. In conducting this study, I used the theory of cross-cultural transition and adaptation stages by Oberg (1960), as cited in Marx (2001), and the theory of language features by Lakoff (2004) and Coates (2004). This study was done using a qualitative approach in which I transcribed and analyzed Emily Cooper’s utterances that occurred in all office scenes in Paris. Emily used adjectives, hedges, intensifiers, grammar, politeness, swear words, commands and directives, minimal responses, and questions language features during the culture shock stage. Emily used color terms, adjectives, hedges, intensifiers, grammar, politeness, swear words, minimal responses, and questions language features during the recovery stage. Emily’s personality, conversation context, and culture were variables that might influence Emily’s use of language features. Keywords: language features, cultural adaptation, culture shock, recovery
The Study of Sinbad’s Personality Change in Magi: Adventure Of Sinbad and Magi: Labyrinth Of Magic Manga Series
Authors: Utomo Celine Alexandra Maria 
Published: September 2022

This thesis focuses on the journey of Sinbad, the main character of Magi: Adventure of Sinbad and Magi: Labyrinth of Magic Manga series. These manga series present the adventure of an ordinary young boy named Sinbad who will go through several stages in his journey in order to become a hero. The result of undergoing those stages will affect Sinbad’s personality change process. Because of this, I am interested in analyzing the process of Sinbad’s personality change in his journey to become a hero. I use the monomyth theory to analyze the process of Sinbad’s journey, and the theory of personality development to analyze Sinbad’s personality change throughout his journey. First, I am going to analyze Sinbad’s personality before he embarks on his journey, second, I am going to analyze the process of his personality change, and lastly, I discuss Sinbad’s personality after his journey. Keywords: Journey, Personality Change, Hero
Analysis and Comparison of Early Childhood Nutritional Outcomes Among Offspring of Chinese Women Under the Chinese 2021 and US 2009 Gestational Weight Gain Guidelines
Authors: Chen Fangfang , Wang Peng , Wang Jing , Liao Zijun , Zong Xinnan , Chen Yiren , Lai Jianqiang , Zhang Ting , Liu Gongshu , Xie Xianghui 
Published: September 2022

ImportanceIn 2009, the US National Academy of Medicine (NAM) released revised gestational weight gain (GWG) guidelines, which were established primarily for White North American women and may be unsuitable for Asian women. In 2021, the Chinese Nutrition Society (CNS) released its GWG guidelines, but their applicability requires re-examination.ObjectiveTo compare the differences between the CNS and NAM recommendations for GWG in association with health outcomes in the offspring of Chinese women.Design, Setting, and ParticipantsIn this bidirectional cohort study, children in China were recruited at age 3 years from 2017 to 2018, with 2 follow-up visits over the next 2 years (between September 2017 and September 2020). Information during pregnancy was retrieved from medical records. Data analysis was performed from October 2021 to January 2022.Main Outcomes and MeasuresGWG was classified as insufficient, appropriate, or excessive according to the CNS and NAM guidelines separately. Children’s height, weight, fat mass, fat-free mass, and percentage of body fat were measured at each visit. Body mass index, fat mass index, fat-free mass index, weighted κ score, risk ratio values, sensitivity, specificity, positive predictive value (PPV), and negative predictive value (NPV) were calculated.ResultsA total of 3822 children (1996 boys and 1826 girls; mean [SD] age, 3.79 [0.30] years) were enrolled; after exclusions, 3170 term singleton children were recruited and were followed at 4 and 5 years of age. According to the CNS guidelines, the prevalence rates were 14.1% for insufficient GWG, 48.1% for appropriate GWG, and 37.9% for excessive GWG, whereas the rates according to NAM guidelines were 39.7% for insufficient GWG, 37.2% for appropriate GWG, and 23.1% for excessive GWG. The weighted κ value for the classification agreement between the 2 guidelines was 0.530 (95% CI, 0.510-0.550). For the appropriate GWG group, the rates for low nutritional levels did not differ between the 2 guidelines, but the rates for high nutritional levels were significantly lower under CNS guidelines than under NAM guidelines. When the sensitivity, specificity, PPV, and NPV with respect to the mothers who maintained appropriate GWG were used to estimate the nonhigh nutritional status of their offspring, generally higher values based on the CNS guidelines were found compared with those based on the NAM recommendations.Conclusions and RelevanceThese findings suggest that the GWG recommendations promulgated by the NAM are higher than the CNS guidelines, with the latter more suitable for Chinese women.
Internal diffusion and re‐emission of leaked liquid ethyl acetate from mortar materials
Authors: Harashima Hiroshi , Sumiyoshi Eisaku , Ito Kazuhide 
Published: September 2022

AbstractAssuming the leakage of hazardous liquid chemicals in factories and chemical plants caused by natural disasters or human error, it is important to precisely estimate exposure risk and design appropriate evacuation plans and risk‐reduction measures. The exposure risk of indoor residents to leaked chemicals may be estimated using direct measurements or theoretical/numerical estimations of gas‐phase concentrations. Although mathematical models of gas‐phase concentration in the workplace are essential for predicting exposure concentrations at the design stage, practical models have not yet been fully established. We previously proposed practical numerical models to assess indoor gas‐phase concentration distributions after the accidental leakage of liquid chemicals using liquid toluene as a representative hazardous chemical. In this study, the leakage of liquid ethyl acetate, a commonly used organic solvent, into mortar flooring was reproduced in a small test chamber, and numerical analysis was performed. The results showed that the time history of the chamber exhaust concentration had a sharp peak and differed significantly from that of toluene. Three‐dimensional computational fluid dynamics (CFD) analysis incorporating practical ethyl acetate emission models reproduced the external and internal emission characteristics of leaked ethyl acetate on the mortar material. The models showed reasonable agreement with the experimental data.
Lewis Pair Interaction Self‐Assembly of Carbon Superstructures Harvesting High‐Energy and Ultralong‐Life Zinc‐Ion Storage
Authors: Song Ziyang , Miao Ling , Ruhlmann Laurent , Lv Yaokang , Zhu Dazhang , Li Liangchun , Gan Lihua , Liu Mingxian 
Published: September 2022

AbstractTailor‐made nanoarchitecturing of highly zincophilic and stable carbon scaffolds is critical but still challenging for Zn‐ion storage with double‐high supercapacitive activity and durability. Herein, a Lewis pair interaction‐guided self‐assembly strategy is reported to design carbon superstructures for activating Zn‐storage sites. The Lewis acid (ferric chloride) and base (p‐phenylenedimethanol) can interact to form organic nanoparticle modules that self‐assemble into well‐defined superstructures constructed from nanotentacle‐building blocks via hydrogen‐bonding and π−π stacking. As‐designed carbon superstructures as aqueous Zn‐ion capacitor cathodes empower the high accessibility of the build‐in zincophilic sites and efficient ion migration with low‐energy hurdles. A charge‐storage mechanism, i.e., opposite charge‐carrier uptake coupled with multielectron redox response, is proposed, which entails the alternate binding of Zn2+/CF3SO3−at active sites and the robust interactions between Zn2+and electronegative carbonyl/pyridine motifs to form O−Zn−N bonds. This unique electrochemistry contributes to high‐rate survivability (100 A g−1), high‐energy density (161.2 Wh kg−1cathode), and ultralong lifespan (400 000 cycles), superior to state‐of‐the‐art Zn‐ion devices in comprehensive performances. This study sheds light on structural engineering for carbon‐based materials toward advanced energy storage.
Vapor Deposited Pure α‐FAPbI3 Perovskite Solar Cell via Moisture‐Induced Phase Transition Strategy
Authors: Lin Dongxu , Gao Yujia , Zhang Tiankai , Zhan Zhenye , Pang Nana , Wu Zongwang , Chen Ke , Shi Tingting , Pan Zhenqiang , Liu Pengyi , Xie Weiguang 
Published: September 2022

AbstractTo fabricate stable neat FAPbI3 perovskite with a pure α‐phase (pure α‐FAPbI3) is important in the field of photovoltaic commercialization because of its better bandgap than its alloying counterpart with cesium (Cs) or methylammonium (MA) cations. In this study, the first vapor deposited pure α‐FAPbI3 thin film solar cell with a power conversion efficiency (PCE) over 20% is achieved by regulating the phase transition process. It is found that under high humidity conditions, a fast phase transition between high‐purity α‐ and δ‐phase FAPbI3 can be realized. Moreover, theoretical calculations interestingly reveal a phase transition shortcut induced by the abnormal volume contraction that is ascribed to the formation of double hydrogen bonds at a certain H2O concentration. Therefore, a high‐humidity post‐treatment strategy is proposed to fabricate α‐FAPbI3 solar cells with a champion PCE of 20.19% (0.1 cm2) and 18.91% (1 cm2), which is currently the highest recorded value in vapor deposited pure α‐FAPbI3 perovskite solar cells. This study helps to redefine the effect of a water molecule on FAPbI3 solar cells. In addition, the demonstrated scaling‐up possibility provides another perspective for fabricating uniform high‐performance pure α‐FAPbI3 perovskite solar cells.
Upregulating HIF‐1α to Boost the Survival of Neural Stem Cells via Functional Peptides‐Complexed MRI‐Visible Nanomedicine for Stroke Therapy
Authors: Wang Zhe , Cai Yujun , Zhang Qinyuan , Li Jianing , Lin Bingling , Zhao Junya , Zhang Fang , Li Yunhua , Yang Xieqing , Lu Liejing , Shuai Xintao , Shen Jun 
Published: September 2022

AbstractNeural stem cells (NSCs) transplantation has been considered as a promising strategy for the treatment of ischemic stroke. However, the therapeutic prospect is limited by the poor control over the survival, migration, and maturation of transplanted NSCs. Upregulating hypoxia inducible factor (HIF)‐1α expression in stem cells can improve the survival and migration of NSCs grafted for stroke therapy. Functional peptide drugs, which could inhibit endogenous HIF‐1α ubiquitination, might be used to effectively upregulate the HIF‐1α expression in NSCs, thereby to improve the therapeutic effect in ischemia stroke. Herein, a magnetic resonance imaging (MRI)‐visible nanomedicine is developed to codeliver functional peptides and superparamagnetic iron oxide (SPIO) nanoparticles into NSCs. This nanomedicine not only promotes the survival and migration ability of NSCs but also allows an in vivo tracking of transplanted NSCs with MRI. The results demonstrate the great potential of the functional peptides‐complexed multifunctional nanomedicine in boosting the therapeutic effect of stem cell‐based therapy in stroke.
Dual‐Interface‐Reinforced Flexible Perovskite Solar Cells for Enhanced Performance and Mechanical Reliability
Authors: Dai Zhenghong , Li Shunran , Liu Xing , Chen Min , Athanasiou Christos E. , Sheldon Brian W. , Gao Huajian , Guo Peijun , Padture Nitin P. 
Published: September 2022

AbstractTwo key interfaces in flexible perovskite solar cells (f‐PSCs) are mechanically reinforced simultaneously: one between the electron‐transport layer (ETL) and the 3D metal‐halide perovskite (MHP) thin film using self‐assembled monolayer (SAM), and the other between the 3D‐MHP thin film and the hole‐transport layer (HTL) using an in situ grown low‐dimensional (LD) MHP capping layer. The interfacial mechanical properties are measured and modeled. This rational interface engineering results in the enhancement of not only the mechanical properties of both interfaces but also their optoelectronic properties holistically. As a result, the new class of dual‐interface‐reinforced f‐PSCs has an unprecedented combination of the following three important performance parameters: high power‐conversion efficiency (PCE) of 21.03% (with reduced hysteresis), improved operational stability of 1000 h T90 (duration at 90% initial PCE retained), and enhanced mechanical reliability of 10 000 cycles n88 (number of bending cycles at 88% initial PCE retained). The scientific underpinnings of these synergistic enhancements are elucidated.
On‐Demand Mode Conversion and Wavefront Shaping via On‐Chip Metasurfaces
Authors: Deng Lin , Xu Yihao , Jin Renchao , Cai Ziqiang , Liu Yongmin 
Published: September 2022

AbstractIn this work, mode conversion and wavefront shaping by integrating a metallic metasurface on top of a planar waveguide are proposed and demonstrated. The metasurface consists of C‐shaped nanoantennas. By controlling the orientation of each nanoantenna, mode conversion and focusing effect for the cross‐polarized electric fields inside the waveguide are achieved. The design and simulation results of 16 scenarios of wideband transverse‐magnetic to transverse‐electric mode converters with the mode purity up to 98%, and on‐chip lenses at the wavelength of 1550 nm are reported. It is worth noting that the dimension of the devices along the propagation direction is only 9.6 µm. This work manifests the potential application of mode division multiplexing systems and on‐chip optical interconnections based on metasurfaces.
Phase‐Controlled Artificial SiZnSnO/P(VDF‐TrFE) Synaptic Devices with a High Dynamic Range for Neuromorphic Computing
Authors: Lee Byeong Hyeon , Lee Ji Ye , Kumar Akash , Lee Sang Yeol 
Published: September 2022

AbstractArtificial synapses, such as ferroelectric field‐effect transistors, aspire the brain‐like computation in real life and are likely to replace conventional computing methods in the future. Amorphous SiZnSnO (a‐SZTO)‐based ferroelectric field‐effect transistor is fabricated using the organic poly(vinylidene fluoride‐trifluoroethylene) P(VDF‐TrFE) ferroelectric gate insulating layer. First, the ferroelectric properties of P(VDF‐TrFE) are analyzed depending on the crystallization temperature for artificial synaptic transistor applications. The ferroelectricity becomes prominent with the evolution of the β‐phase till 140 °C and degrades thereafter. The a‐SZTO‐based ferroelectric field‐effect transistors employing P(VDF‐TrFE) show anticlockwise hysteresis, typical for a ferroelectric field‐effect transistor. The nonlinearity for the potentiation and depression and the dynamic range is confirmed to be increased with higher β‐phase concentration. The rise in the concentration is related to the elevated thermodynamic stability of the β‐phase between curie temperature and the melting point. Utilizing the parameters obtained from the a‐SZTO‐P(VDF‐TrFE) synaptic transistor, the simulation studies exhibit a high recognition rate of 86.8%, which makes it a promising candidate for artificial intelligence applications.