bluuebunny/crossref_metadata_2025_split huggingface dataset:
Implementasi Pelaporan Akuntansi Sektor Publik dan Pengendalian Intern terhadap Akuntabilitas Kinerja pada Instansi Pemerintah
Authors: Anto Hendri , Alamsyah Sakti , Indrawan Andri 
Published: August 2022

ABSTRACT This study aims to explain the effect of implementing public sector accounting reporting and internal control on performance accountability in Lembursitu District, Sukabumi City. The population in this study were all civil servants in overtimesitu sub-districts spread over five Lembursitu villages totalling 43 people. This study used multiple linear regression analysis techniques. In this study, the implementation of Public Sector Accounting Reporting Implementation (X1) affects the Performance Accountability of Government Agencies (Y). Furthermore, internal control (X2) does not affect the Performance Accountability of Government Agencies (Y). It is concluded that the results of this study indicate that the Implementation of Public Sector Accounting Reports and Internal Controls on the Performance Accountability of Government Agencies in Lembursitu District Has a Significant Influence.ABSTRAKPenelitian ini bertujuan untuk menjelaskan pengaruh implementasi pelaporan akuntansi sektor publik dan pengendalian intern terhadap akuntabilitas kinerja di Kecamatan Lembursitu Kota Sukabumi. Populasi dalam penelitian ini adalah seluruh pegawai negeri sipil di kecamatan lembursitu yang tersebar di 5 kelurahan lembursitu yang berjumlah 43 orang, penelitian ini menggunakan teknik analisis regressi linier berganda, dalam penelitian ini penerapan Implementasi Pelaporan Akuntansi Sektor Publik (X1) berpengaruh terhadap Akuntabilitas Kinerja Instansi Pemerintah (Y). Selanjutnya pengendalian Intern (X2) tidak berpengaruh terhadap Akuntabilitas Kinerja Instansi Pemerintah (Y). Disimpulkan hasil dari penelitian ini menunjukan bahwa Implementasi Pelaporan Akuntansi Sektor Publik dan Pengendalian Intern Terhadap Akuntabilitas Kinerja Instansi Pemerintah Di Kecamatan Lembursitu Berpengaruh Signifikan.
Model for estimating statistical characteristics of the pre-stroke warehouse process based on average monthly temperatures analysis
Authors: Tikhonov V.A. , Kartashov V.M. , Kartashov O.V. 
Published: August 2022

The possibilities of an improved autoregression model and an integrated moving average (ARMAS) for the analysis of non-stationary data and the identification of long-term trends in the processes under study are considered. The proposed model can be used to study the observed processes in various areas of human activity: the analysis of the observed trajectories of the movement of aircraft, in particular unmanned aerial vehicles, meteorological processes that reflect the state of the atmosphere. The mathematical apparatus developed in the article was used to analyze changes in the atmospheric temperature time series observed for a long time, the average annual temperatures were estimated, followed by sliding smoothing with a low-frequency filter.
It is shown that the removal of the seasonal component in the ARPSS model eliminates or distorts significantly the trend and has little effect on the stationary component of the ARPSS process. The operation of de-trending has little effect on the properties of the seasonal component and the stationary component of the process. To assess the trend, the mean annual temperatures were preliminarily obtained. The use of moving averaging, which removes the seasonal component from the average monthly temperatures, makes it possible to find a weak long-term trend. The results obtained in the work can be used to analyze medium-term and long-term changes in atmospheric phenomena, to refine the results obtained by traditional methods of processing results and methods of mathematical statistics, as well as in other areas of human activity.
PEMBATASAN KEGIATAN MASYARAKAT PADA MASA PANDEMI COVID-19 VARIAN OMICRON BAGI MASYARAKAT KECAMATAN SIANTAR SITALASARI
Authors: Napitu Ulung , Corry Corry , Sihaloho Bongguk , Napitu Hasian , Mardiani Mardiani , Nasution Ade Mey Lisca , Cahaya Cahaya 
Published: August 2022

Pengabdian masyarakat ini bertujuan untuk memberikan pemahaman yang mendalam tentang bahaya penyebaran Covid-19, khususnya varian B1.1.529 (Omicron), dan meningkatkan kesadaran masyarakat untuk mematuhi protokol kesehatan, social distancing, dan pelaksanaan pembatasan kegiatan bagi seluruh masyarakat, perkantoran, dunia usaha, dunia industri, aktivitas keagamaan, sosial budaya dan berbagai aktivitas kemasyarakatan lainnya sampai pada tingkat kelurahan di kecamatan Siantar Sitalasari. Covid-19 varian Omicron ini dapat meningkatkan angka kematian dan mempengaruhi efektivitas vaksin. Masalah yang ditemukan ditengah masyarakat sampai saat ini adalah masih tingginya masyarakat yang terpapar Covid-19 varian Omicron yang menjadi salah satu varian Covid-19 yang sedang berkembang, padahal pemerintah telah melaksanakan berbagai kebijakan mulai dari pemberlakuan lock down, pembatasan skala besar, social distancing, protokol kesehatan, pembatasan kegiatan masyarakat, dan vaksin Booster bagi seluruh warga masyarakat, namun hasilnya belum dapat menurunkan secara signifikan penyebaran Covid-19 varian Omicron. Untuk mensosialisasikan materi pengabdian masyarakat tersebut kepada masyarakat digunakan metode ceramah dan tanya-jawab kepada seluruh warga masyarakat kelurahan Bah Kapul Kecamatan Siantar Sitalasari yang berlangsung selama 90 menit. Hasil dari sosialisasi tersebut semakin meningkatkan pemahaman masyarakat tentang bahaya dari penyebaran Covid-19 khususnya varian Omicron serta kesadaran untuk melindungi dirinya dalam melakukan berbagai aktivitas sehari-hari di kantor, pasar, rumah ibadah, dan berbagai kegiatan lainnya.
MAKANAN PENDAMPING ASI (MP-ASI)
Authors: Sundari Dona Tri 
Published: August 2022

Makanan pendamping ASI (MP-ASI) merupakan makanan lain yang selain ASI. makanan tambahan mulai diberikan pada balita usia 6 bulan- 24 bulan, Pada usia ini MP-ASI sangat penting untuk menambah energi dan zat gizi yang diperlukan. Kenyataannnya di lapangan msih banyak ibu yang memberikan MP-ASI pada bayinya meskipun umurnya masih belum mencapai 6 bulan. Padahal apabila memberikan MP-ASI terlalu dini, bayi akan minum ASI lebih sedikit dan ibupun memproduksi lebih sedikit, hingga akan lebih sulit untuk memenuhi kebutuhan nutrisi bayi. Disamping itu risiko infeksi dan diare kemungkinan bisa terjadi. Apabila pemberian MP-ASI terlalu lambat maka anak tidak akan mendapatkan makanan ekstra yang dibutuhkan untuk mengisi kesenjangan energi dan nutrien. Tujuan pengabdian masyarakat ini untuk Memberikan informasi tentang MP-ASI dan menumbuhkan kesadaran orangtua bayi di daerah binaan untuk mengetahui MP-ASI yang baik. Media yang digunakan dalam penyululuhan yaitu berupa leaflet MP-ASI, sedangkan metode yang digunakan adalah metode diskusi dan Tanya jawab. Kesimpulan dalam kegiatan ini yaitu sasaran objek MP-ASI pada balita usia 6 bulan -24 bulan. Berdasarkan hasil dari kegiatan diatas diharapkan menumbuhkan kesadaran orangtua balita di daerah binaan untuk mengetahui MP-ASI yang baik.
PEMBEKALAN PERENCANAAN KARIR BAGI CALON WISUDAWAN DI BIDANG PSIKOLOGI INDUSTRI DAN ORGANISASI
Authors: Kurniawan Hari , Dewinda Herio Rizki , Irdam Irdam 
Published: August 2022

Perencanaan karir menjadi hal yang penting untuk dibahas karena berkaitan dengan masa depan lulusan setelah wisuda dan masuk dunia kerja. Perencanaan karir berkaitan dengan bagaimana setiap karakteristik dan dari pekerjaan dinilai dan ditetapkan apakan sesuai dengan apa yang dimiliki. Dalam melakukan perencanaan karir maka akan dimulai dari adanya usaha secara sadar untuk menggali lebih dalam mengenai karakteristik diri yang dimiliki. Sebagai upaya persiapan individu memilih dan merencanakan karir secara tepat, dibutuhkan pencapaian kematangan karir yang terdiri atas pengetahuan tentang diri, pengetahuan tentang pekerjaan, serta kemampuan untuk merancang rencana dan langkah menuju karir yang diharapkan. Survey menjelaskan menjelaskan bahwa 91% kalangan dunia usaha memiliki anggapan bahwa lulusan perguruan tinggi belum siap untuk bekerja setelah lulus dari perkuliahan. Disamping itu survey lain menjelaskan masih banyaknya persentase penggangguran yang terjadi terutama di kalangan sarjana. Adanya ketidak matangan karir dan masih tingginya angka pengangguran terutama pada lulusan perguruan tinggi ini menandakan masih dibutuhkannya strategi khusus untuk mengurangi jumlah angka tersebut. Hal inilah yang melatar belakangi tim PKM untuk bisa ikut berpartisipasi dalam menyiapkan calon lulusan khususnya Psikologi terutama yang berminat di bidang Psikologi Industri dan Organisasi agar lebih siap dalam menyiapkan diri dalam menghadapi dunia kerja nantinya.
Asian Citrus Psyllid Diaphorina citri (Kuwayama) (Hemiptera: Liviidae) and its Detection Survey in Citrus Orchards of Sindhuli, Nepal
Authors: Dhakal N , Adhikari D , Subedi K , Subedi A , Tiwari D B , Bajracharya A S R , Humagain S P 
Published: August 2022

Citrus greening, also known as Huanglongbing (HLB), is one of the world's most devastating citrus diseases. In Asia, including Nepal, the disease is vectored by Asian citrus psyllid (Diaphorina citri (Kuwayama)) that transmits the pathogen Candidatus Liberibacter asiaticus, which is a fastidious, phloem-limited bacterium. Recently, the Sindhuli district of Nepal, well-known for sweet orange production, has been suspected of this destructive disease. Therefore, a detection survey on the vector was conducted by Plant Quarantine and Pesticide Management Centre, Lalitpur, in coordination with Prime Minister Agriculture Modernization Project, Project Implementation Unit, Sindhuli, during the second week of April 2021. The survey carried out on six major citrus growing pockets in the Sindhuli district revealed the presence of D. citri in the citrus orchards of Golanjor rural municipality ward no. 3, Sindhuli. Also, it was found that 2.96 percent and 20 percent of the surveyed citrus orchards of Sindhuli and Golanjor-3 were infested by D. citri, respectively. The existence of the vector in the orchards has increased the chances of citrus greening occurrence; however, tests like Polymerase Chain Reaction (PCR) can be helpful for the further confirmation of the disease in the region. In addition, the government should organize campaigns to make the citrus growers familiar with its vector insect-citrus psyllid, HLB, and its preventive and curative management measures as soon as possible to minimize the losses from the disease.
लोकवार्ताको अध्ययनक्षेत्र {The Area of Folklore Studies}
Authors: घर्ती Ghartee दुर्गाबहादुर Durgabahadur 
Published: August 2022

बलम लोकवार्ता अहिले अध्ययनको एउटा महत्वपूर्ण विषयका रूपमा स्थापित भएको छ । यसको क्षेत्रअन्तर्गत लोकमा परम्परागत एवं मौखिक रूपमा प्रचलित कला, सिप र ज्ञानका यावत् कुराहरू पर्दछन् । लोकवार्ताको क्षेत्रलाई कतिपयले लोकसाहित्यमा मात्र सीमित गर्न खोजे पनि अहिले यो लोकसाहित्यका साथै लोकमानस, लोकसंस्कृति, लोककला, परम्परागत ज्ञान र सिपका सबै कुरा समेटिने विषय बनेको छ । त्यसैले यसका विषय विविध प्रकारका देखिन्छन् । लोकवार्ताका विषय, माध्यम र विधि भिन्न हुने भए पनि तिनका साझा विशेषताका आधारमा लोकवार्ताको वर्गीकरण गर्न सकिन्छ । यस विषयमा सङ्क्षेपमा वर्णन गरिएको पाइने भए पनि विस्तृत र गहन अध्ययन हुन सकेको पाइँदैन । त्यही रिक्तताको परिपूर्तिका लागि अध्ययन गर्नु यस लेखको मुख्य उद्देश्य हो । त्यसका लागि लोकवार्ता सिद्धान्तलाई आधार बनाइएको छ । पुस्तकालयीय कार्यद्वारा सामग्री सङ्कलन गरिएको छ र तिनको विश्लेषण व्याख्यात्मक एवं विवेचनात्मक विधिमा गरिएको छ । समाजका प्रचलित मूर्त र अमूर्त संस्कृति अन्तर्गत पर्ने सबै कुरा लोकवार्ताको अध्ययन क्षेत्रभित्र पर्दछन् । अमूर्त लोकवार्ता अन्तर्गत मौखिक लोकवार्ता, प्रदर्शनकारी लोककला, प्रथागत लोकवार्ता र भौतिक लोकवार्ता पर्दछन् र मूर्त लोकवार्तामा हस्तकला, वास्तुकला र भौतिक सामग्रीको निर्माण पर्दछन् भन्ने अध्ययनको निष्कर्ष रहेको छ ।
{Folklore has now been established itself as an important subject of study. Its scope includes all traditional and oral art, skills, and knowledge. Although some have tried to limit the field of folklore to folk literature, it has now become a subject of folklore as well as folk literature, folk psychology, folk culture, folk art, traditional knowledge, and skills. So there is a variety of its subject matter. Although this subject is briefly described, no detailed and in-depth study has been done. The main purpose of this article is to study to fill that gap although the subject, medium, and method of folklore differ, folklore can be classified on the basis of its common characteristics. The main objective of the present study isto identifies and classifies the field of folklore studies. For that, folklore theory is based. Data have been collected through library work and analyzed in an explanatory and critical method. Everything that falls under the prevailing tangible and intangible culture of the society falls within the field of folklore studies. The study concludes that intangible folklore includes oral folklore, performing folk art, customary folklore, and material folklore, and tangible folklore includes handicrafts, and folk crafts.}
Advanced Microscopic Study of Suspension Plasma Sprayed Zirconia Coatings with Different Microstructures
Authors: Sokołowski Paweł , Pawłowski Lech , Dietrich Dagmar , Lampke Thomas , Jech David 
Published: August 2022

Abstract
The main purposes of applying the coatings on the surface of different components include the improvement of their functional and decorative properties. The functional properties of coating are strongly dependent on its microstructure. The main goal of the paper is to show the differences of two microstructures that can be obtained using suspension plasma spraying technology: (i) columnar one; and, (ii) lamellar, two-zone microstructure. Initially, the optimization of spray parameters was made and then the microstructural studies were performed. The work was focused on zirconia stabilized by yttria (YSZ) and both by yttria and ceria (YCSZ) which are most frequently used as thermal barrier coatings (TBC). Moreover, two types of microstructure were achieved using two different plasma torches, namely SG-100 of Praxair and Triplex of Sulzer Metco. After optimizing the spray parameters the microstructure of prepared coatings was analyzed using electron microscopy (SEM). The conventional SEM microscopy with secondary electrons detector (SE) and back scattered electrons one (BSE) were used. The energy dispersive spectroscopy (EDS) was performed to analyze the chemical composition. Finally, by electron backscatter diffraction (EBSD) grain shape, size and texture were determined for discussion of the coatings growth mechanism.
Cold Spray and Reaction Sintering of Ti-TiAl3 Composite Coatings
Authors: Leshchynsky Volf , Bielousova Oleksandra , Papyrin Anatoli 
Published: August 2022

Abstract
Recently a Ti–TiAl3 metal–intermetallic laminate (MIL) composite attracts growing attention because they have potential application in honeycomb or sandwich components of airplanes and as biomaterial with good bio-compatibility. Of the available processing techniques, diffusion bonding of elemental titanium and aluminum foils is an effective low-temperature method to synthesize the composite, allowing growth of the intermetallic layer. However, application of assembling and multi-pass cold rolling operations leads to fact that this technology is complex and expensive. The use of Cold Spray technology instead of aluminum foils utilization and multi-pass cold rolling to produce the Ti–TiAl3 MIL composites is believed to be more effective. However, reaction diffusion kinetics of Ti-Al particulate composite differs from that of classical MIL composite and needs to be studied. The task of this paper is to define microstructural changes of Tl-TiAl3 composite coating during cold spraying and reaction sintering. The optical microscopy, SEM, EDS, X-ray and microhardness examinations are presented and discussed.
Eliminating Hexavalent Cr Emissions in Thermal Spray Alloys
Authors: Cheney Justin , Gansert Daren 
Published: August 2022

Abstract
Chromium containing metals are an industry staple due to unparalleled corrosion resistance and durability. Unfortunately, many if not all Cr-containing alloys can produce Hexavalent Chromium (Cr6+), a known carcinogen. Studies conducted by the California Air Resources Board (CARB) showed that 30-60 percent of chromium emissions produced in thermal spray processing can contain Cr6+. In addition, several independent studies found that Cr6+ emissions produced from Twin Wire Arc Spray (TWAS) can be up to 3,000 times greater than the legal limits established by the CARB. This study details efforts to develop the next generation of high performance thermal spray alloys which are Chromium free, thereby resulting in zero Cr6+ emissions. In order to meet these objectives high throughput computational metallurgy was employed. The initial results have shown that next generation alloys can be developed to meet or exceed the performance of incumbent Cr-bearing alloys currently in service, and that the future of Cr-free alloys is on the horizon.
Formation of a Continuous β-NiAl Layer Near the Interface in a γ+β MCrAlY
Authors: Yuan Kang , Peng Ru Lin , Li Xin-Hai 
Published: August 2022

Abstract
A thermal cycling test was carried out in an EB-PVD MCrAlY – superalloy system, the result of which showed that a continuous β-NiAl layer formed in the MCrAlY coating near the coating–superalloy interface. Since β phase can be as a reservoir of Al, the formation of the β layer, in which much Al is reserved, is probably beneficial to the coating’s life. An oxidation-diffusion model was adapted to simulate the development of the microstructures in the coating-superalloy system. The simulation results indicate that the formation of the β layer was strongly related to the high Al activity in the substrate; if the Al activity of the substrate was high enough, a β layer could be built up in the coating near the coating-substrate interface.
High Temperature Oxidation of Cold Gas Sprayed Bond Coats for TBC Application
Authors: Lima C.R.C. , Belém M.J.X. , Crespo V. , Cano I.G. , Dosta S. , Guilemany J.M. 
Published: August 2022

Abstract
Plasma sprayed thermal barrier coatings (TBCs) have been extensively employed in most aerospace and land based turbine engines, permitting gas temperatures to be raised substantially above those for uncoated systems. Traditional TBC systems are composed of a metallic bond coat and a ceramic top coat both applied by plasma spraying. New deposition techniques have been proposed mainly for the metallic bond coat, like high-velocity oxy-fuel (HVOF) and more recently cold gas spray (CGS). CGS is an attractive technology that generates very dense coatings, without oxidation and maintaining the initial powder microstructure, characteristics that are potentially interesting for bond coat application. In the current study, TBCs with two sets of cold gas sprayed bond coatings were prepared and evaluated in high temperature isothermal oxidation tests. Measurements of sample mass as well as microstructure observations were carried out on the as sprayed and oxidized samples to compare the behavior of different bond coat chemical compositions. As sprayed oxidation degree, structural changes and bonding strength of the samples were also determined.
HVOF and HVAF Coatings of Nano-Agglomerated Tungsten Carbide–Cobalt Powders for Water Droplet Erosion Application
Authors: Tarasi F. , Mahdipoor M.S. , Dolatabadi A. , Medraj M. , Moreau C. 
Published: August 2022

Abstract
Water droplet erosion (WDE) is a well-known phenomenon. This type of erosion is due to the impingement of water droplets of several hundred microns to a few millimeters size at velocities of hundreds of meters per second on the edges and surfaces of components. The solution to this problem is in high demand especially for the moving blades of gas turbines’ compressors and those operating at the low-pressure (LP) end of steam turbines. Thermal sprayed tungsten carbide based coatings have been the focus of many studies and are industrially accepted for a multitude of wear and erosion resistance applications. The present work studies the microstructural, phase analysis and mechanical properties and their effects on water droplet erosion resistance of such coatings deposited with high velocity oxygen fuel (HVOF) and high velocity air fuel (HVAF) processes. The feed nano-agglomerated tungsten carbide-cobalt powders are in either sintered or non-sintered conditions. The WDE tests were performed using 0.4 mm water droplets at 300 m/s impact velocity. The study shows promising results for this cermet (better than the Ti6Al4V bulk material) as WDE resistant coatings when deposited using HVOF or HVAF processes under optimum conditions.
Laser Surface Patterning Pretreatment before Thermal Spraying—A Way to Adapt and Control the Surface Topography to the Considered Materials and the Stresses Imposed
Authors: Kromer Robin , Costil Sophie , Cormier Jonathan , Berthe Laurent , Peyre Patrice , Courapied Damien 
Published: August 2022

Abstract
Coating characteristics are very dependent on the substrate preparation and spray parameters. That’s why the surface must be adapted mechanically and physico-chemically to favor coating/substrate adhesion. Conventional surface preparation method as Grit-Blasting is limited by surface embrittlement and produces large plastic deformations throughout the surface resulting compressive stresses. Among all, Laser Surface Patterning is suitable to prepare the surface of sensitive material. It leads to several benefits such as surface free of Grit-Particle inclusions and improves directly the quality of coating bond strength so life-span. Finally, Laser Surface Patterning adapts impacted surface creating a large anchoring area. The essential idea here is to compare adhesion for two surface preparation methods Grit-Blasting and Laser Surface Patterning for two couples of materials used in aeronautic: Ni- Al and YSZ powder sprayed on 2017 aluminum alloy and AISI 304L stainless steel respectively. Optimized surface topographies can then be designed according to the materials as well as their applications.
Mechanism of Calcareous Deposit Formation on TSA-Coated Steel Structures at Elevated Temperatures
Authors: Paul S. , Harvey M.D.F. , Zulkfli N.S. , Yunus K. , Fisher A.C. 
Published: August 2022

Abstract
Thermally sprayed aluminum (TSA) has been used to protect offshore structures for many years at ambient temperatures. However, the melting point of aluminum, and the limited corrosion rate data indicate that they are likely to perform well in high temperature seawater as they tend to form calcareous deposits. Nonetheless, not much is known regarding the protection mechanism offered by TSA at elevated temperatures. This paper reports micro-scale surface characterization data on damaged TSA-coated carbon steel exposed to boiling synthetic seawater. The corrosion rate, calculated using linear polarization resistance (LPR) technique of TSA was ~10µm/year. This is very similar to the TSA corrosion rate observed at room temperature. The formation of a calcareous deposit which covers the exposed steel seems to reduce the corrosion rate. Detailed microstructural characterization of the calcareous was also carried out and the kinetic information regarding the rate of formation of calcareous deposits is also presented.
Microstructure and Tribological Properties of Liquid-Fuel HVOF Sprayed Fine WC-Co-Cr Coating
Authors: Upadhyaya Rohit , Shrivastava Sharad , Modi S.C. , Modi A. 
Published: August 2022

Abstract
This study compares high-velocity oxygen fuel spray MJP5000 and MJP 6000 (Patented by Metallizing Equipment Company Pvt Ltd.) using powder WC-Co-Cr. The microstructure and phase composition of powders and coatings will be analyzed by scanning electron microscopy and X-ray diffraction. Coatings were also characterized by their hardness, bond strength, roughness, deposition efficiency. Therefore, coating of high hardness and wear resistance can be produced with all HVOF spray system when the proper spray powder and process parameters are chosen. The results demonstrate that the powder exhibits various phase transformation during the spray process depending on type of powder, spray system and spray parameters.