bluuebunny/crossref_metadata_2025_split huggingface dataset:
PENDIDIKAN AKUNTANSI FORENSIK DAN INVESTIGASI PENIPUAN
Authors: Hanifah Hasna , Budi Yanti Harti 
Published: October 2023

Tingginya kasus kecurangan yang terjadi di Indonesia, baik dalam sektor keuangan maupun publik telah menyebabkan banyak kerugian bagi masyarakat Indonesia, juga menjadi perhatian bagi dunia global. Tingginya kasus kecurangan tersebut memerlukan akuntan forensik yang handal dalam bidangnya termasuk dalam menginvestigasi penipuan yang terjadi dalam sebuah perusahaan/organisasi di Indonesia. Penelitian ini menjelaskan beberapa perumusan masalah, diantara lain tentang apakah apakah akuntansi forensik mempengaruhi kinerja auditor forensik, apakah kemampuan investigasi penipuan mempengaruhi kinerja auditor forensik, dan yang terakhir tentang apakah pengalaman pengetahuan dan keterampilan investigasi forensik. Penelitian ini memiliki peran dan implikasi penting bagi para pembaca, terutama bagi para auditor, akuntan forensik, dan penyelidik penipuan. Teknik pengumpulan jenis data yang dipakai oleh peneiliti yaitu data primer dengan mendistribusikan kuesioner kepada para mahasiswa S1 Akuntansi yang terdaftar aktif pada universitas-universitas di Indonesia. Hasil yang didapatkan dalam penelitian ini yaitu Pendidikan Akuntansi Forensik juga Investigasi Penipuan berpengaruh terhadap Kinerja Auditor Forensik. Peneliti merekomendasikan kepada para peneliti selanjutnya untuk mengimplementasikan dan mengembangkan hasil dari penelitian ini agar hasil dari penelitian ini menjadi lebih baik.
ANALISIS KINERJA BADAN PERENCANAAN PEMBANGUNAN DAERAH DALAM PEMBANGUAN KOTA MEDAN
Authors: Panggabean Fitri Yani , Dalimunthe Muhammad Bukhori , Ramli Rafli , Magdalena Laura , Lingga Rossi Dearni 
Published: October 2023

Sesuai dengan tugas pokok dan fungsi Badan Perencanaan Pembangunan Daerah (BAPPEDA), kinerja yang telah dihasilkan BAPPEDA merupakan salah satu faktor utama dalam pencapaian pembangunan di suatu wilayah atau daerah.Maka dari itu kinerja pelayanan perangkat daerah dapat diukur dari ketercapaian tujuan dan sasaran yang telah ditetapkan seiring dengan misi yang dimiliki oleh Kepala Daerah terpilih, sebagaimana tercantum dalam dukumen perencanaan pembangunan daerah Jangka Menengah. Pembahasan dalam penelitian ini bertujuan untuk menganalisis kinerja BAPPEDA dalam pembangunan kota Medan. Analisis artikel ini menggunakan metode kualitatiftif dengan memperoleh data dari Badan Pusat Statistik kota Medan untuk memperkuat hasil penelitian. Artikel ini juga menggunakan literature review pada beberapa jurnal mengenai kinerja BAPPEDA dan bagaimana proses yang dijalankan selama beberapa tahun terakhir. Hasil analisis artikel ini menunjukkan bahwa kinerja BAPPEDA cukup baik di tahun-tahun sebelumnya, tetapi terjadi penurunan pada dua tahun terakhir akibat Pandemi Covid-19.
The 107 GHz Methanol Transition Is a Dasar in G0.253+0.016
Authors: Bulatek Alyssa , Ginsburg Adam , Darling Jeremy , Henkel Christian , Menten Karl M. 
Published: October 2023

Abstract
We present observations of population anti-inversion in the 31 − 40
A
+ transition of CH3OH (methanol) at 107.013831 GHz toward the Galactic center cloud G0.253+0.016 (“The Brick”). Anti-inversion of molecular level populations can result in absorption lines against the cosmic microwave background (CMB) in a phenomenon known as a “dasar.” We model the physical conditions under which the 107 GHz methanol transition dases and determine that dasing occurs at densities below 106 cm−3 and column densities between 1013 and 1016 cm−2. We also find that for this transition, dasing does not strongly depend on the gas kinetic temperature. We evaluate the potential of this tool for future deep galaxy surveys. We note that other works have already reported absorption in this transition (e.g., in NGC 253), but we provide the first definitive evidence that it is absorption against the CMB rather than against undetected continuum sources.
Nearby SNR: A Possible Common Origin of Multi-messenger Anomalies in the Spectra, Ratios, and Anisotropy of Cosmic Rays
Authors: Qiao Bing-Qiang , Guo Yi-Qing , Liu Wei , Bi Xiao-Jun 
Published: October 2023

Abstract
Multi-messenger anomalies, including spectral hardening or excess of nuclei, leptons, ratios of

p

¯

/

p

and B/C, and anisotropic reversal, have been observed in past years. The AMS-02 experiment also revealed different spectral breaks for positrons and electrons at 284 GeV and beyond tera electron volts, respectively. It is natural to ask whether all those anomalies originate from one unified physical scenario. In this work, the spatially dependent propagation (SDP) with a nearby supernova remnant (SNR) source is adopted to reproduce the abovementioned anomalies. There possibly exists a dense molecular cloud (DMC) around SNRs and the secondary particles can be produced by pp collision or fragmentation between the accelerated primary cosmic rays and DMC. As a result, the spectral hardening for primary and secondary particles and ratios of B/C and

p

¯

/

p

can be well reproduced. Due to the energy loss at the source age of 330 kyr, the characteristic spectral break-off for a primary electron is at about 1 TeV as hinted at by the measurements. The secondary positrons and electrons from charged pion take up 5% of energy from their mother particles, so the positron spectrum has a break-off at ∼250 GeV. Therefore, the different spectral breaks for positrons and electrons together with other anomalies can be fulfilled in this unified physical scenario. More interesting is that we also obtain the featured structures as spectral break-offs at 5 TeV for secondary particles of Li, Be, and B, which can be used to verify our model. We hope that those tagged structures can be observed by the new generation of spaceborne experiment HERD in the future.
A Near-infrared-faint, Far-infrared-luminous Dusty Galaxy at z ∼ 5 in COSMOS-Web
Authors: McKinney Jed , Manning Sinclaire M. , Cooper Olivia R. , Long Arianna S. , Akins Hollis , Casey Caitlin M. , Faisst Andreas L. , Franco Maximilien , Hayward Christopher C. , Lambrides Erini , Magdis Georgios , Whitaker Katherine E. , Yun Min , Champagne Jaclyn B. , Drakos Nicole E. , Gentile Fabrizio , Gillman Steven , Gozaliasl Ghassem , Ilbert Olivier , Jin Shuowen , Koekemoer Anton M. , Kokorev Vasily , Liu Daizhong , Rich R. Michael , Robertson Brant E. , Valentino Francesco , Weaver John R. , Zavala Jorge A. , Allen Natalie , Kartaltepe Jeyhan S. , McCracken Henry Joy , Paquereau Louise , Rhodes Jason , Shuntov Marko , Toft Sune 
Published: October 2023

Abstract
A growing number of far-infrared (FIR) bright sources completely invisible in deep extragalactic optical surveys hint at an elusive population of z > 4 dusty, star-forming galaxies. Cycle 1 JWST surveys are now detecting their rest-frame optical light, which provides key insight into their stellar properties and statistical constraints on the population as a whole. This work presents the JWST Near Infrared Camera (NIRCam) counterpart from the COSMOS-Web survey to an FIR SCUBA-2 and Atacama Large Millimeter/submillimeter Array (ALMA) source, AzTECC71, which was previously undetected at wavelengths shorter than 850 μm. AzTECC71, among the reddest galaxies in COSMOS-Web with F277W − F444W ∼ 0.9, is undetected in NIRCam/F150W and F115W and fainter in F444W than other submillimeter galaxies identified in COSMOS-Web by 2–4 magnitudes. This is consistent with the system having both a lower stellar mass and higher redshift than the median dusty, star-forming galaxy. With deep ground- and space-based upper limits combined with detections in F277W, F444W, and the FIR including ALMA Band 6, we find a high probability (99%) that AzTECC71 is at z > 4 with

z

phot

=

5.7

−
0.7

+
0.8

. This galaxy is massive (

log

M

*

/

M

⊙

∼
10.7

) and infrared-luminous (

log

L

IR

/

L

⊙

∼
12.7

), comparable to other optically undetected but FIR-bright dusty, star-forming galaxies at z > 4. This population of luminous, infrared galaxies at z > 4 is largely unconstrained but comprises an important bridge between the most extreme dust-obscured galaxies and more typical high-redshift star-forming galaxies. If further FIR-selected galaxies that drop out of the F150W filter in COSMOS-Web have redshifts z > 4 like AzTECC71, then the volume density of such sources may be ∼3–10 × greater than previously estimated.
Stabilization of organic extra virgin olive oil using maceration and ultrasound-assisted extraction of natural antioxidants from Artemisia absinthium leaves
Authors: Bezzezi A. , Boulares M. , Arfaoui M. , Ben Moussa O. , Hassouna M. 
Published: October 2023

Olive oil is the most popular product derived from Olea europaea L. due to its organoleptic characteristics and its beneficial effects on human health. Nowadays, there is a growing interest in olive oil enrichment with medicinal plants. In this regard, Artemisia absinthium L. is an edible source of antioxidants. The aim of the present study was to improve the oxidative stability and the nutritional value of Organic Tunisian Chetoui Olive oil by its enrichment with the phenolic compounds in Artemisia absinthium. The enrichment carried out by maceration and ultrasound-assisted extraction did not affect the organic criteria of olive oil. The comparative study, performed during one year of storage, showed that ultrasound-assisted extraction led to the lowest final peroxide and extinction coefficient values. At the end of storage, this method increased oleic acid content and biophenol contents. Furthermore, the anti-radical activities of enriched samples were higher than the control.
Optimization and evaluation of a hydration method for producing high quality oil and defatted meal from hemp seed kernels
Authors: Wang S. , Wu W. 
Published: October 2023

A green and efficient method for producing high quality oil and defatted meal is in high demand, which has promoted the development of a hydration method for extracting oils from hem seed kernels. The hydration method optimized in this study recovered > 96% oil, which was further proved by infrared spectra, and extracted > 91% tocopherols, vitamin A, carotenoids, coenzyme Q10, phytosterols and squalene into the oil phase; while only small portions of flavonoids, other phenolic compounds and free fatty acids were extracted. The defatted meal was rich in water-soluble vitamins (including thiamin, riboflavin, niacin, pyridoxine, folate and vitamin C), proteins, dietary carbohydrates and phospholipids. The hydration method produced oils with lower AV or PV compared to solvent extraction, supercritical CO2 and cold-pressing methods and a defatted meal with a protein content (52.69%) which was significantly higher than that obtained by supercritical CO2 and cold-pressing methods. The hydration method is a type of green technology for sustainablly processing hempseeds.
Blockchain Technology Research and Application: A Literature Review and Future Trends
Authors: An Min , Fan Qiyuan , Yu Hao , An Bo , Wu Nannan , Zhao Haiyang , Wan Xinhao , Li Jiaxuan , Wang Rui , Zhen Jingyu , Zou Qinyan , Zhao Bin 
Published: October 2023

Blockchain, as the foundation for cryptocurrencies, has recently garnered significant attention. It serves as an immutable distributed ledger technology, which allows transactions to be carried out reliably in a decentralized environment. Blockchain-based applications are emerging, covering numerous fields, including financial services, reputation systems, the Internet of Things, and more. However, blockchain technology still faces several challenges, such as scalability, security, and other unresolved issues that need to be overcome. This article provides a comprehensive overview of blockchain technology and its applications. We commence with a summary of the development of blockchain, followed by an examination of the blockchain architecture and a systematic review of the research and application of blockchain technology in different fields from the perspectives of academic research and industry technology. Additionally, we briefly outline the technical challenges and recent developments. We also explore possible future trends in blockchain.

Received: 24 July 2023 | Revised: 15 September 2023 | Accepted: 10 October 2023

Conflicts of Interest
The authors declare that they have no conflicts of interest to this work.

Data Availability Statement
Data sharing is not applicable to this article as no new data were created or analyzed in this study.

Author Contribution Statement
Min An: Conceptualization, Methodology, Software, Formal analysis, Writing - original fraft, Writing - review & editing, Visualization, Supervision, Project administration, Funding acquisition. Qiyuan Fan: Methodology, Resources, Supervision. Hao Yu: Methodology. Bo An: Conceptualization, Software, Data curation. Nannan Wu: Conceptualization, Data curation, Visualization, Project administration. Haiyang Zhao: Methodology, Validation, Resources. Xinhao Wan: Validation, Investigation. Jiaxuan Li: Validation, Investigation. Rui Wang: Validation, Investigation. Jingyu Zhen: Software, Formal analysis. Qinyan Zou: Software, Formal analysis. Bin Zhao: Software, Formal analysis.
Techniques Using Slips
Authors: Mathieson John 
Published: October 2023

An essential guide to the techniques of making and using slips.
In this book, explore the many techniques for making and using slips - liquid clay which can be used for decoration on its own or covered with glaze - such as brushing, dipping, trailing and sgraffito amongst others. You can also find out how to make up slips and use them at higher temperatures, both with and without glazes.
As well as examples of techniques, discover what can be achieved with many images of beautiful finished pieces from contemporary potters, and find inspiration through illustrations of potters in action, showing their own personal styles and how they have adapted traditional methods to suit their work today in a modern context.
Paperclay
Authors: Gault Rosette 
Published: October 2023

Discover the world of possibilities offered by paperclay with basic and more advanced techniques.
Now firmly established in the ceramics world, paperclay is a vital part of the modern clay artist and potter's repertoire. The workability of this material allows expressive freedom and imagination at every stage in the creative process, from wet to dry. Paperclay, made with new or recycled paper, is remarkable for its flexibility, unfired strength, and the ease with which it can be repaired, and allows the creation of beautiful finished forms.
In this book, pioneering artist, researcher and teacher Rosette Gault (M.F.A.) explains how you can make, fire and use paperclay. In addition to the basics such as ingredients, mixing and slips, she introduces you to more advanced techniques for building armatures, sculpting figures and making works for the wall.
Packed throughout with photographs of inspiring works by a new generation of paperclay artists, Paperclay is an essential introduction to the medium.
Slipcasting
Authors: Wardell Sasha 
Published: October 2023

Learn new slipcasting techniques to create a wide range of beautiful and individualised pieces.
In the past, slipcasting was primarily considered an industrial method. Today, however, ceramic artists are adapting its techniques to create a wide range of beautiful and highly individualised pieces. Sasha Wardell clearly explains and demonstrates the techniques involved and shows you how they can be adapted for the studio workshop.
Full of colourful images, this book gives you a thorough grounding in all aspects of mould making and slipcasting. Get inspired by the work of an international group of artists which illustrate the breadth and versatility of the work that can be created. This second edition also contains a revised chapter on individual approaches by well-known contemporary artists.
Special Effect Glazes
Authors: Bloomfield Linda 
Published: October 2023

A complete guide to fantastic special effects glazes for studio potters.
From drippy and crackle to ash and lichen glazes, experienced ceramicist Linda Bloomfield guides you through the world of special effect glazes. Beautifully illustrated with pieces from both emerging and established potters that showcase stunning copper oxide-blues, metallic bronzes and manganese-pink crystal glazes, Special Effect Glazes is packed full of recipes to try out: from functional oilspot glazes using iron oxide, to explosive lava glazes.
In this informative handbook discover how you can create these fantastic effects and learn the basic chemistry behind glazes in order to adjust and experiment with your unique pieces. Discussed are materials and stains, how to find them and how they affect the colour and texture of the glaze, alongside practical fixes to familiar glaze-making problems.
Special Effect Glazes is essential if you are interested in creating eye-catching glazes and wanting to develop your knowledge of glaze-making, or experiment with your own formulas to achieve the perfect finish.
Wild Clay
Authors: Levy Matt , Shibata Takuro , Shibata Hitomi 
Published: October 2023

The ultimate illustrated guide for sourcing, processing and using wild clay.
Potters around the world are taking to the local landscape to dig their own wild clay, discover its unique properties, and apply it to their craft. This guide is the ideal starting point for anyone – from novices, improvers and experts to educators and students – who wants to forge a closer bond between their art and their surroundings.
Testing and trial and error are key to finding a material's best use, so the authors’ tips, drawn from long experience in the US and Japan (but which can be applied to clays anywhere) provide an enviable head-start on this rewarding journey. A clay might be best suited to sculpture and tile bodies, throwing clay bodies, handbuilding and slab bodies, or simply be applied as a glaze or slip. The specific properties of found materials can create a diverse range of effects and surfaces, or, even when not fired, can be adapted for use as colorful pastels or pigments.
Beautiful illustrations and helpful technical descriptions explain the formation of various clays; how to locate, collect and assess them; how to test their properties of shrinkage, water absorption, texture and plasticity; the best ways to test-fire them; and how to adapt a clay's characteristics by blending appropriate materials. From prospecting in the field to holding your finished product, there is helpful advice through every stage, and a gallery of work by international potters who have embraced the clays found around them.
Design and Create Contemporary Tableware
Authors: Bloomfield Linda , Pryke Sue 
Published: October 2023

A highly illustrated step-by-step guide to designing and making contemporary tableware in clay, featuring inspirational pieces by leading designers.
'This book is a go to book for the art of creating tableware… The level of experience between the pages of this book from Sue and Linda is unquestionably invaluable to the reader.’ Keith Brymer Jones, Master Potter and judge on The Great Pottery Throw Down
The tableware we use is very important in our everyday lives, whether plates, bowls, mugs, cups or teapots. This stylishly illustrated guide helps budding and established ceramicists alike to create practical and attractive ranges, starting with design principles, working through appropriate construction techniques, and leading on to decoration and finishes.
Leading designers Sue Pryke and Linda Bloomfield explain the importance of inspiration and consistency in design, providing step-by-step guides to the main making methods, which include hand building, pinching, coiling, throwing and slipcasting. They also offer advice on using various clay materials – such as recycled and reused clay bodies – and the combination of clay with other materials including wood, metal, textiles and synthetics. Tips are provided on glaze fit, dishwasher- and microwave-safe glazes, firing and finishing.
Featuring beautiful photographs of the work of such prominent tableware makers as Sasha Wardell, James and Tilla Waters, Reiko Kaneko and Nico Conti, there are many sources of inspiration for those wishing to further their tableware ambitions.
A dense station-based, long-term and high-accuracy dataset of daily surface solar radiation in China
Authors: Tang Wenjun , He Junmei , Qi Jingwen , Yang Kun 
Published: October 2023

Abstract. The lack of long-term and high-quality solar radiation data has
been an obstacle for scientific and industrial fields. In this study, a
dense station-based, long-term and high-accuracy dataset of daily surface
solar radiation was developed using two surface radiation models. One is the
model developed by Yang et al. (2006) for global radiation estimation, and
the other is the model developed by Tang et al. (2018) for direct radiation
estimation. The main inputs for the development of the dataset are surface
pressure, air temperature, relative humidity, horizontal visibility and
sunshine duration, which are the routine meteorological variables observed
at the 2743 China Meteorological Administration (CMA) weather stations.
Validation against in situ observations and comparisons with two
satellite-based radiation products shows that our station-based radiation
dataset clearly outperforms the satellite-based radiation products at both
daily and monthly scales. In addition, our dataset is available for more
than 60 years and includes three radiation components of global, direct and
diffuse radiation, which is not possible with satellite products. This
station-based radiation dataset will contribute to the climate change
research and solar energy engineering applications in the future. The
station-based dataset is now available at
https://doi.org/10.11888/Atmos.tpdc.300461
(Tang, 2023).
Seismic background noise levels in the Italian strong-motion network
Authors: Fornasari Simone Francesco , Ertuncay Deniz , Costa Giovanni 
Published: October 2023

Abstract. The Italian strong-motion network monitors the seismic activity in the region, with more than 585 stations with continuous data acquisition.
In this study, we determine the background seismic noise characteristics of the network by using the data collected in 2022.
We analyse the spatial and temporal characteristics of the background noise.
It is found that most of the stations suffer from anthropogenic noises, since the strong-motion network is designed to capture the peak ground motions in populated areas.
Hence, human activities enrich the low periods of noise.
Therefore, land usage of the area where the stations are located affects the background noise levels.
Stations can be noisier during the day, up to 12 dB, and during the weekday, up to 5 dB, in short periods.
In long periods (≥ 5 s), accelerometric stations converge to similar noise levels and there are no significant daily or weekly changes.
It is found that more than half of the stations exceed the background noise model designed for strong-motion stations in Switzerland by Cauzzi and Clinton (2013) in at least one of the calculated periods.
We also develop an accelerometric seismic background noise model for periods between 0.0124 and 100 s for Italy by using the power spectral densities of the network.
The model is in agreement with the background noise model developed by D’Alessandro et al. (2021) using broadband data for Italy in short periods, but in long periods there is no correlation among studies.