bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Intention to Use Innovative Compliance Application for Thai-Listed Companies
Authors: Chalermnon Pattarasupang , Vuthisopon Sujira , Saengnoree Amnuay , Deebhijarn Samart 
Published: October 2024

This study explores the intention to use innovative compliance applications among Thai-listed companies, focusing on a novel technology introduced to companies listed on the Stock Exchange of Thailand (SET). The research employs the Technology Acceptance Model (TAM) as its theoretical foundation, utilizing a quantitative approach. Data from 360 capital market law compliance officers in Thai public companies listed on the SET was analyzed using structural equation modeling. The study identifies four key factors impacting user satisfaction and intention to use the application: perceived ease of use, perceived usefulness, trust, and innovation quality. Results reveal significant relationships between innovation quality, user satisfaction, trust, and the intention to use the application. Findings demonstrate the connection between TAM variables and technology adoption in the legal sector, particularly for capital market law compliance officers. Innovation quality, user satisfaction, and trust emerge as the most influential factors, in that order, affecting the intention to use the application. This research contributes to understanding user perceptions and intentions regarding compliance software, potentially guiding future developments in regulatory technology for Thai-listed companies.
Chopin’s Nocture Style in the Romantic Period: A Case Study of Nocture Op.9 No.1
Authors: Pan Xiaoqing 
Published: October 2024

Nocturne had a great development in the Romantic period of the 19th century. Chopin, as a typical representative of the Romantic period, pushed the development of nocturne to a new climax. His works have a very high artistic value and are a precious artistic heritage for future generations. Chopin has made great contributions to the development of romantic music. Therefore, Chopin's works have left a lot of places worth exploring and studying, which has had a profound influence on the development of Western music. This paper will be based on the general situation of romantic music, starting from Chopin's life and creation process, through the analysis of Chopin's “Nocturnica Op.9 No.1” piano works as the theme of detailed discussion, from the music melody style, touch keys, pedal use and music emotional expression, to grasp the style of the work and processing. The performance skills in the works and rich artistic expression show. By understanding the musical style and artistic characteristics of the Romantic period, we can further grasp the style and treatment of Chopin's works, and apply his performance personality to Chopin's other music works, so as to improve the level of performers' playing skills, restore the musical emotional expression that the composer wants to convey to the audience, and improve the performance of music.
HUBUNGAN KEPATUHAN DAN KESIAPAN SISWA DENGAN DAMPAK PSIKOLOGIS PEMBELAJARAN DIMASA PANDEMI COVID 19
Authors: Rasuh Ledy , Ponamon Jolie.F , Adam Anggela 
Published: October 2024

Pandemi Covid-19 berdampak pada berbagai bidang diseluruh dunia termasuk bidang pendidikan di Indonesia. Pendidikan jarak jauh atau pendidikan dari rumah mendesak dilakukan yang sebelumnya pernah terjadi. Hal ini berdampak pula pada masalah psikologi bagi peserta didik, guru maupun orang tua. Tujuan dari penelitian ini untuk menganalisa hubungan kepatuhan dan kesiapan siswa dengan dampak psikologis pembelajaran dimasa pandemi covid 19. Desain penelitian yang digunakan adalah penelitian kuantitatif dengan model cross sectional. Sampel dalam penelitian ini sebanyak 135 orang, dari total populasi 204 orang. Pengambilan sampel menggunakan purpossive sampling. Teknik pengumpulan data menggunakan kuesioner yang telah di uji validitas dan reliabilitas dengan Cronbach alpha dampak psikologis 0,715, kepatuhan 0,726, kesiapan 0,719. Hasil uji spearman-Rho di dapatkan ρ=0,000 < α=0,05 sehingga H1 diterima, artinya ada hubungan kepatuhan, kesiapan dengan dampak psikologis siswa di SMP Kristen Kakaskasen
PENGARUH PERAWATAN PAYUDARA DAN PIJAT OKSITOSIN TERHADAP KELANCARAN PRODUKSI ASI PADA IBU NIFAS DI RUMAH SAKIT KOTA TOMOHON
Authors: Tandipajung Tinneke , Rumende Rooije , Mait Manuella 
Published: October 2024

Air susu ibu (ASI) merupakan makanan yang terbaik untuk bayi, karena ASI mengandung semua zat gizi yang berfungsi melindungi bayi dari berbagai kuman penyakit. Penelitian ini bertujuan untuk mengetahui pengaruh perawatan payudara dan pijat oksitosin terhadap kelancaran Produksi ASI pada ibu nifas di RSU GMIM Bethesda Tomohon yang dilakukan pada bulan Februari-Maret 2022. Metode penelitian adalah quasy experiment pre-post test control group design dengan purposive sampling, sebanyak 30 responden pasien nifas di ruang Maria RSU GMIM Bethesda Tomohon. Pengeluaran hormon oksitosin dapat menenangkan ibu sehingga ASI keluar secara otomatis. Hasil penelitian ada pengaruh yang signifikan pengaruh Perawatan payudara dan pijat oksitosin terhadap kelancaran Produksi ASI dengan uji Wilcoxon didapatkan hasil Z=-3,317 dengan signifikan 0.001 <  = 0.05, Kemudian untuk membandingkan kelompok eksperimen dan kelompok kontrol di lanjutkan dengan uji Mann Whitney didapatkan hasil Z=-3,121 dengan signifikan 0,002 <  = 0,05. Kesimpulan H1 diterima H0 ditolak. Dengan demikian, penelitian ini diharapkan dapat direkomendasikan kepada petugas kesehatan untuk memberikan pengetahuan tentang cara meningkatkan produksi ASI pada ibu menyusui melalui pijat oksitosin.
Psychological Correlates of Post-COVID Condition
Authors: Giertlová Mária , Misofová Claudia 
Published: October 2024

<span lang="SK">This article deals with psychological correlates of the post-COVID condition - depression, anxiety, and memory problems including remembering and forgetting. The work has a longitudinal character, while it examines the post-COVID condition in a group of participants based on infection of the disease Covid-19. At the same time, participants who never had this disease (N=86, for the 1. measure and N=38 for the 2. measure) are compared with those who were infected with COVID-19 (N=112, for the 1. measure and N=36 for the 2. measure), while participants were separated for analysis in groups based on the time from infection. Group of respondents who were infected within 3 months, from 3-9 months from infection and 9+ months since infecting with the disease. We used tests for comparison, such as the Kruskal Wallis test and multivariate procedures for within-subject and between-subject changes, using Anova for mixed experimental designs. We also determined the risk of being included in a group based on the time of infection with COVID-19 through multinominal logistic regression. We found differences in all variables in general between those infected with COVID-19 and those not. In neuropsychiatric aspects- anxiety and depression were confirmed cyclical features in those who were infected with COVID-19 in time, with the worst value of variables in the group from 3-9 months from infecting with the disease. In the current memory scale and its subscale, the act of remembering was a value that worsened over time and it was confirmed as an effect of group inclusion.</span>
Rancang Bangun Alat Monitoring Suhu dan Kualitas Udara di Taman Hutan Raya Raden Soerdjo berbasis Node RED dan Telegram
Authors: Muhammad Irsyah Zaqi , Astutik Rini Puji 
Published: October 2024

Peranan hutan sangatlah penting dalam melindungi habitat hewan, sumber mata air dan sumber oksigen bagi manusia. Kebakaran hutan sering terjadi pada musim kemarau dan sangat berbahaya jika tidak terdeksi secara dini karena bisa mempengaruhi ekosistem sekitar hutan tersebut. Salah satu hutan lindung di area Malang adalah Taman hutan Raden Soerdjo. Untuk melindungi Taman Hutan Raden Soerdjo dari kebakaran maka diperlukan alat monitoring suhu dan kualitas udara sebagai parameter kecenderungan terjadinya kebakaran hutan pada Taman Hutan Raden Soerdjo. Sistem yang dirancang menggunakan ESP32 sebagai prosesor sistem dan beberapa sensor untuk menunjang pendeteksian kebakaran seperti sensor api, sensor CO2 (MQ 135) dan DHT11 untuk mengetahui keadaan suhu serta kelembapan dari area yang di monitoring. Penggunaan Node-RED sebagai perangkat IOT (Internet Of Things) memudahkan petugas untuk memonitoring suhu dan kualitas udara area yang dimonitor serta memberi peringatan dini berupa informasi di telegram jika terjadi kebakaran di area yang dimonitoring.
Analisis Pengendalian Kualitas Pada Produk Songkok Menggunakan Metode FMEA dan FTA Pada CV. ABC
Authors: Dzikri Ahmad Fasih Hasibu , Hidayat Hidayat , Negoro Yanuar Pandu 
Published: October 2024

Seiring dengan semakin majunya dunia indusri persaingan antar perusahaan semakin ketat. Untuk meningkatkan kepuasan pelanggan, perusahaan harus dapat memberikan kualitas yang terbaik. CV. ABC merupakan sebuah perusahaan manufaktur yang berfokus pada pembuatan songkok. Namun dalam proses produksinya banyak mengalami kendala yaitu sejumlah produk masih cacat. Tujuan dari penelitian ini adalah untuk melakukan pengendalian kualitas dengan metode yang digunakan yaitu Failure Mode And Effect Analysis dan Fault Tree Analysis. Hasil dari perhitungan FMEA diperoleh sebagai berikut: pada mesin jahit yang mengalami kendala jarum patah dengan nilai RPN 448, alat potong yang tumpul dan kurang terawat pada saat proses peinjahitan dengan nilai RPN 576, bahan baku tidak berkualitas dengan nilai RPN 504, serta alat sablon yang kurang bagus dengan nilai RPN 648. Dan pada metode FTA penyebab terjadinya kegagalan diantaranya adalah manusia, mesin, dan bahan baku yang tidak berkualitas.
Biometrics-Based Generation of Diffie-Hellman Key Exchange Parameters
Authors: Kovačević Aldin , Saračević Muzafer , Hasic Amor 
Published: October 2024

When two parties need to securely communicate over an insecure channel, Diffie-Hellman is often employed as the key exchange algorithm. This paper presents two novel approaches to generating Diffie-Hellman parameters for key exchange based on user biometrics, namely their fingerprint data. Fingerprint templates are extracted as bit strings via a fingerprint scanner and later used as inputs. In one approach, the whole fingerprint template is utilized as a user’s private key. In the second approach, fingerprint data is scrambled into smaller chunks and rearranged into two strings that serve as the user’s private key and the basis for prime p. Both approaches were implemented and tested experimentally. After analysis, the second approach that uses scrambled fingerprint data shows better execution times and improved security and usability considerations.
Phytochemical Profiling and Nutraceutical Benefits of Methanol Leaf Extracts from Datura alba ness
Authors: Ovili-Odili Blessing Zeinab , Adienbo Olaghaguo Macstephen , Daubry Tarela Melish Elias , Chinko Bruno Chukwuemeka 
Published: October 2024

Introduction: Species of the Datura plant have demonstrated significant pharmacological benefits in combating various diseases over the past decade. However, little information is available on Datura alba ness (DAN), and no studies have yet reported its proximate composition or characterized its phytochemical components. This study aims to investigate the nutritional, phytochemical and bioactive properties of Datura alba ness.
Materials and Methods: Fresh leaves of Datura alba ness were collected from Abua Odua local government area of Rivers State, Nigeria and properly identified and authenticated. The fresh leaves were subjected to proximate analysis using standard protocols while the dried leaves were extracted using methanol by the method of cold maceration to obtain methanolic extract of Datura alba ness (MEDAN). The MEDAN was further subjected to phytochemical screening to obtain the various phytochemicals and Gas chromatography and mass spectrometry (GC-MS) analysis for detailed identification and characterization of the various bioactive compounds.
Results: Proximate analysis of fresh leaves of DAN showed the presence of moisture (60.4%), crude protein (21.9%), carbohydrate (7.6%), crude fibre (4.77%), ash (4.17%) and fat (1.19%) while the phytochemical screening revealed the presence of flavonoids (49.14%), alkaloids (19.16%), tannins 1(12.19%), saponins (11.72%), phenols (5.33%), cardiac glycosides (1.91%), oxalates (0.43%) and phytates (0.43%). Also, the GC-MS analysis of MEDAN identified twenty-nine (29) active compounds with four (4) observed as the most abundant (with area concentration >10%). They include Bis (2-ethylhexyl) phthalate (15.97%), 13-hexyloxacyclotridec-10-en-2-one (14.26%), n-hexadecanoic acid (12.87%) and Gamma.-Sitosterol (10.77).
Conclusion: The identification of various nutrients, compounds, and bioactive substances through proximate, phytochemical, and GC-MS analysis of fresh leaves and methanol extract of Datura alba ness highlights its potential as a supplement and therapeutic agent. These findings suggest that Datura alba ness contains numerous bioactive compounds that may offer effective treatments for conditions related to oxidative stress, nervous system disorders, tissue damage, inflammation, and bacterial infections.
Relationship between electron field‐aligned anisotropy and dawn‐dusk magnetic field: Nine years of Cluster observations in the Earth magnetotail
Authors: Yushkov E. , Petrukovich A. , Artemyev A. , Nakamura R. 
Published: August 2017

AbstractWe investigate the distribution and possible origins of thermal anisotropic electrons in the Earth's magnetotail, using 9 years of Cluster observations. We mainly focus on relation between electron anisotropy and Bz and By magnetic field components (in GSM coordinates). The anisotropy of electron population is characterized by temperature ratio T∥/T⊥ and by the maximum of phase space density ratio F∥/F⊥ (∥ and ⊥ are relative to the background magnetic field). The population identified by large F∥/F⊥ is organized as short‐time (dozens of seconds) bursts with enhanced F∥ and can be observed even in the plasma sheet with small T∥/T⊥. The thermal anisotropy T∥/T⊥ is larger for time intervals characterized by stronger Bz and By: the strong By corresponds to the T∥/T⊥ peak around the magnetotail neutral plane Bx=0, whereas the strong Bz corresponds to larger T∥/T⊥ with a flat profile across the magnetotail. There is a dawn‐dusk asymmetry: large T∥/T⊥ corresponds mostly to strong Bz at the dusk flank and to strong By at the dawn flank. Using these differences of the electron anisotropy dependence on By and Bz, we discuss two possible mechanisms responsible for the anisotropy formation.
Plasma Transport Driven by the Three‐Dimensional Kelvin‐Helmholtz Instability
Authors: Ma Xuanye , Delamere Peter , Otto Antonius , Burkholder Brandon 
Published: August 2017

AbstractIt has been well demonstrated that the nonlinear Kelvin‐Helmholtz (KH) instability plays a critical role for the solar wind interaction with the Earth's magnetosphere. Although the two‐dimensional KH instability has been fully explored during the past decades, more and more studies show the fundamental difference between the two‐ and three‐dimensional KH instability. For northward interplanetary magnetic field (IMF) conditions, the nonlinear KH wave that is localized in the vicinity of the equatorial plane can dramatically bend the magnetic field line, generating strong antiparallel magnetic field components at high latitudes in both North and South Hemispheres, which satisfy the onset condition for magnetic reconnection. This high‐latitude double reconnection process can exchange the portion of magnetosheath and magnetospheric flux tubes between those two reconnection sites. This study used a high‐resolution 3‐D magnetohydrodynamic simulation to demonstrate that nonlinear KH waves can generate a large amount of double‐reconnected flux during the northward IMF condition, which can efficiently transport the plasma with a high diffusion coefficient of 1 × 1010 m2 s−1 for typical magnetopause conditions at the Earth. The presence of the magnetic field component along the shear flow direction not only decreases the KH growth rate but also causes north‐south asymmetry, which generates more open flux and reduces the efficiency of the plasma transport process.
Energy budget and mechanisms of cold ion heating in asymmetric magnetic reconnection
Authors: Toledo‐Redondo Sergio , André Mats , Khotyaintsev Yuri V. , Lavraud Benoit , Vaivads Andris , Graham Daniel B. , Li Wenya , Perrone Denise , Fuselier Stephen , Gershman Daniel J. , Aunai Nicolas , Dargent Jérémy , Giles Barbara , Le Contel Olivier , Lindqvist Per‐Arne , Ergun Robert E. , Russell Christopher T. , Burch James L. 
Published: August 2017

AbstractCold ions (few tens of eV) of ionospheric origin are commonly observed on the magnetospheric side of the Earth's dayside magnetopause. As a result, they can participate in magnetic reconnection, changing locally the reconnection rate and being accelerated and heated. We present four events where cold ion heating was observed by the Magnetospheric Multiscale mission, associated with the magnetospheric Hall E field region of magnetic reconnection. For two of the events the cold ion density was small compared to the magnetosheath density, and the cold ions were heated roughly to the same temperature as magnetosheath ions inside the exhaust. On the other hand, for the other two events the cold ion density was comparable to the magnetosheath density and the cold ion heating observed was significantly smaller. Magnetic reconnection converts magnetic energy into particle energy, and ion heating is known to dominate the energy partition. We find that at least 10–25% of the energy spent by reconnection into ion heating went into magnetospheric cold ion heating. The total energy budget for cold ions may be even higher when properly accounting for the heavier species, namely helium and oxygen. Large E field fluctuations are observed in this cold ion heating region, i.e., gradients and waves, that are likely the source of particle energization.
Crustal Structure Beneath India and Tibet: New Constraints From Inversion of Receiver Functions
Authors: Singh Arun , Ravi Kumar M. , Mohanty Debasis D. , Singh Chandrani , Biswas Rahul , Srinagesh D. 
Published: August 2017

AbstractThe Indian subcontinent comprises geological terranes of varied age and structural character. In this study, we provide new constraints to existing crustal models by inverting the P‐to‐s receiver functions (RFs) at 317 broadband seismic stations. Inversion results fill crucial gaps in existing velocity models (CRUST1.0 and SEAPS) by capturing regions which are less represented. The final model produced is much more heterogeneous and is able to capture the structural variations between closely spaced seismic stations. In comparison to the global models, major differences are seen for seismic stations located over various rift zones (e.g., Godavari, Narmada, and Cambay) and those close to the coastal regions where transition from oceanic to continental crust is expected to create drastic changes in the crustal configuration. Seismic images are produced along various profiles using 49,682 individual RFs recorded at 442 seismic stations. Lateral variations captured using migrated images across the Himalayan collisional front revealed the hitherto elusive southern extent of the Moho and intracrustal features south of the Main Central Thrust (MCT). Poisson's ratio and crustal thickness estimates obtained using H‐k stacking technique and inversion of RFs are grossly similar lending credence to the robustness of inversions. An updated crustal thickness map produced using 1,525 individual data points from controlled source seismics and RFs reveals a (a) thickened crust (>55 km) at the boundary of Dharwar Craton and Southern Granulite Terrain, (b) clear difference in crustal thickness estimates between Eastern Dharwar Craton and Western Dharwar Craton, (c) thinner crust beneath Cambay Basin between southwest Deccan Volcanic Province and Delhi‐Aravalli Fold Belt, (d) thinner crust (<35 km) beneath Bengal Basin, (e) thicker crust (>40 km) beneath paleorift zones like Narmada Son Lineament and Godavari Graben, and (f) very thick crust beneath central Tibet (>65 km) with maximum lateral variations along the Himalayan collision front.
Stratigraphy and provenance of forearc sequences in the Lichi Mélange, Coastal Range: Geological records of the active Taiwan arc‐continent collision
Authors: Chen Wen‐Huang , Huang Chi‐Yue , Yan Yi , Dilek Yildirim , Chen Duofu , Wang Ming‐Huei , Zhang Xinchang , Lan Qing , Yu Mengming 
Published: August 2017

AbstractThe Lichi Mélange in the Coastal Range, eastern Taiwan, is considered as sheared forearc sequences. However, the age of these sequences is still uncertain, and their significance for the arc‐continent collision has been overlooked. Based on field surveys and micropaleontological analysis, four independent biostratigraphic units ranging from <8.5 to 3.0 Ma are discerned in the Lichi Mélange. These units are obviously older than the remnant forearc sequences in the east (3.4–1.2 Ma), supporting the interpretation that the Lichi Mélange arose from the shearing of the lower forearc basin sequences. The stratigraphy also suggests that the older forearc strata (<8.5–3.4 Ma) were deformed and uplifted as a bathymetric high similar to the Huatung Ridge in the western North Luzon Trough by arcward back thrusting before 3.4 Ma, while sedimentation continued in the remnant forearc basin in the east during 3.4–1.2 Ma. The older forearc strata possess vitrinite reflectance values even lower than those of the remnant forearc sequences, which also supports that they were uplifted by back thrusting and therefore did not experience significant burial. Neodymium isotope analysis shows that the <8.5–6.4 Ma forearc sediments were sourced from both the volcanic arc and the accretionary prism, indicating the emergence of the accretionary prism within <8.5–6.4 Ma. It might have resulted from the underplating of thinned continental crust and provides a good time constraint for the onset of arc‐continent collision. The post 6.4 Ma forearc sediments were mainly derived from the accretionary prism, reflecting its constant uplift and large‐scale exposure.