bluuebunny/crossref_metadata_2025_split huggingface dataset:
Pengolahan Data Keuangan Pada PT. Mugan Kreasi Indonesia
Authors: Kencono Khairani Syahri Putri , Muryani Sri 
Published: November 2022

PT. Mugan Kreasi Indonesia merupakan salah satu perusahaan yang bergerak di bidang penjualan ritel. PT. Mugan Kreasi Indonesia atau yang dikenal dengan Mugan Home melakukan penjualan seperti perlengkapan rumah tangga, peralatan dapur, produk kecantikan, perlengkapan ibu dan bayi, perlengkapan medis, aksesoris handphone, suku cadang dan aksesoris kendaraan. Metode pengumpulan data yang digunakan untuk menyelesaikan penelitian ini adalah wawancara, pengamatan, dan studi pustaka. Pengelolaan data keuangan yang terjadi pada perusahaan ini dilakukan secara manual. Dari awal transaksi sampai dengan pembuatan laporan keuangan. Sehingga memungkinkan terjadi kesalahan dalam pencatatan data keuangan dan hilangnya bukti transaksi. Zahir accounting merupakan salah satu software pengolahan data keuangan yang mudah digunakan dan bisa diterapkan di PT. Mugan Kreasi Indonesia. Dengan menerapkan aplikasi Zahir Accounting telah memenuhi standar akuntansi keuangan yang terkomputerisasi merupakan solusi terbaik dalam melakukan pemecahan masalah yang terjadi di PT. Mugan Kreasi Indonesia. Dengan zahir accounting dalam pengolahan data baik pemasukan maupun pengeluaran dapat berjalan dengan baik, cepat, dan tepat. Laporan keuangan bisa disajikan tepat waktu sehingga pimpinan bisa menganalisa keuangan perusahaan
Komparasi Pengolahan Data Akuntansi Antara Pencatatan Akuntansi Manual Dengan Aplikasi Zahir Accounting
Authors: Sugesti Sugesti , Nilawati Lala 
Published: November 2022

Perkembangan teknologi saat ini memiliki pengaruh besar di berbagai sektor. Pada sektor bisnis, suatu perusahaan memerlukan teknik dalam mengelola data menjadi lebih cepat, akurat, tepat waktu serta dapat menghemat ruang penyimpanan. Salah satu pengolahan data yang paling penting adalah pengolahan data akuntansi. Pencatatan akuntansi dengan sistem yang bersifat manual menggunakan kertas atau menggunakan Microsoft Excel, masih belum sepenuhnya bisa dipercaya dan masih memungkinkan terjadinya banyak kesalahan. Selain itu, jika transaksi yang terjadi memiliki volume yang banyak akan menghambat pendataan data keuangan. CV. Zio Shoes Store merupakan perusahaan yang bergerak di bidang perdagangaan, pada proses pencatatan data keuangannya masih di lakukan secara manual. Penggunaan Komputer masih sebatas menggunakan Microsoft Excel. Pengolahan akuntansi secara manual yang diterapkan pada CV. Zio Shoes Store, memiliki lebih banyak resiko dibandingkan dengan menggunakan sistem yang terkomputerisasi. Salah satu contohnya dalam pencatatan data transaksi seringkali terjadi penggandaan, dengan nomor atau kode yang sama tetapi merupakan transaksi yang berbeda. Sehingga hal ini dapat berakibat pada tidak sesuainya laporan keuangan yang akan dihasilkan. Pada peneltian ini akan menggunakan metode pengumpulan data, pengolahan data dengan melakukan pencatatan akuntansi secara manual terlebih dahulu, dan langkah terakhir akan dilakukan migrasi data ke aplikasi Zahir Accounting Versi 5.1. Aplikasi Zahir Accounting Versi 5.1 diharapkan menjadi solusi terbaik, sehingga kinerja perusahaan dapat berjalan lebih efektif dan efisien, serta data lebih akurat dibandingkan dengan sistem yang terdahulu.
Sistem Informasi Pemesanan Unit Properti Berbasis Web Pada PT. Haakon Inti Perkasa Depok
Authors: Asiyah Mulyati Nur , Fadillah Hasan , Irfiani Eni , Dafa Muhammad 
Published: November 2022

Kebutuhan akan tempat tinggal menjadi kebutuhan utama bagi setiap orang Untuk membangun perumahan atau properti pada umumnya dibangun dan dirancang oleh pengembang (developer) perumahan, namun salah satu faktor penentuan rumah tersebut dapat laku terjual atau tidaknya tergantung dari proses pemasaran. Suatu upaya untuk memudahkan pengembang perumahan dalam menyelesaikan masalah yaitu dengan membutuhkan penggunaan teknologi informasi agar perusahaan dapat mengembangkan proses pemasaran perumahan. Dalam kegiatan operasionalnya, sistem masih manual konsumen kesulitan pada saat proses pengajuan pemesanan unit rumah dimana informasi dan pemesanan unit rumah melalui media whatsapp. Marketing juga membutuhkan waktu lama untuk melihat data unit rumah yang belum terjual dikarenakan pencatatan rumah yang sudah terjual masih dilakukan secara manual, untuk pengumpulan berkas pengajuan Kredit Pemilikan Rumah (KPR) sering terjadi kehilangan berkas dikarenakan penempatan berkas yang masih tercecer dari konsumen yang mengirimkannya secara bertahap. Untuk itu perlu adanya sebuah sistem informasi ini mempermudah pengguna pada saat pemesanan properti dan pengumpulan dokumen pengajuan KPR dalam bentuk softfile agar tidak terjadi kehilangan berkas. Dalam merancang sistem Informasi pemesanan unit properti menggunakan metode SLDC dengan model Waterfall dengan menggunakan UML sebagai analisa dan desain. Bahasa pemograman yang digunakan dalam pembuatan aplikasi yaitu Mysql, PHP, CSS, Javascript dan framework Codeigniter. Dengan adanya aplikasi ini memudahkan kinerja staff marketing dalam melakukan pemesanan unit properti serta menghindari terjadinya kehilangan dokumen pada saat pengajuan KPR.
Perancangan Sistem Informasi Akademik Berbasis Web Pada TKIT Riyadhul Jannah Jakarta
Authors: Mulyadi Yudy , Yusuf Lestari 
Published: November 2022

Abstrak - Website merupakan salah satu layanan yang dapat dipakai oleh pengguna komputer yang terhubung dengan internet. Website memudahkan pengguna untuk berinteraksi dengan pengguna lainnya dan menelusuri informasi yang ada di jaringan internet. TKIT Riyadhul Jannah Jakarta merupakan salah satu lembaga yang bergerak dalam bidang pendidikan untuk anak usia dini. Tujuan dari pembuatan ini adalah untuk membuat website informasi akademik untuk para orang tua peserta didik di TKIT Riyadhul Jannah Jakarta. Untuk membuat website TKIT Riyadhul Jannah Jakarta dibutuhkan beberapa metode. Metode yang digunakan antara lain studi pustaka, observasi dan wawancara. Website ini dikembangkan dengan bahasa pemrograman PHP dan database yang digunakan adalah database MySQL. Sistem memiliki fasilitas seperti data anak didik, data guru, data kelas, data prestasi anak, data nilai anak, data raport anak, data pengumuman, dan kegiatan di TKIT Riyadhul Jannah Jakarta.
PENGARUH PAJAK DAERAH TERHADAP PERTUMBUHAN EKONOMI DI KABUPATEN GORONTALO PERIODE 2015-2019
Authors: Alkatiri Ramlah , Mokodompit Nur Eng , Kilo Mochtar N. 
Published: November 2022

The objective of research were: 1) to determine that the Local Taxes ia influenced on Economic Growth at Gorontalo Regency in 2015-2019 and 2) to determine, how much the influence value between local taxes and the economic growth of Gorontalo Regency for the period 2015-2019. The method used quantitative research approach with the type of research was an explanatory research. The result of research obtained that 1). There ia the influence of Local Taxes on Economic Growth at Gorontalo Regency in periode of 2015-2019, this is proven through statisical test which is obtained significance value 0.006 small than α 0.05, and 2) The coefficient of determination obtained is 0.921, this explains that the level of influence of the local tax variable on economic growth is very strong and has a positive value. Keywords: Local Taxes, Economic Growth
FAKTOR-FAKTOR YANG MEMPENGARUHI PENGANGGURAN (Studi Kasus Di Kecamatan Suwawa Timur Kabupaten Bone Bolango)
Authors: Machmud Joice , Suleman Arfan 
Published: November 2022

The problem of unemployment in Indonesia has always been a challenge, especially in the regions to find a solution approach. Therefore, this study aims to see what factors affect unemployment by taking the research location in East Suwawa District, Bone Bolango Regency. This study uses a descriptive quantitative approach using secondary data sources, namely time series data for the five years 2016-2021. The equipment used in problem solving analysis is multiple linear regression involving three variables, namely Y (Unemployed), X1 (Provincial Drinking Wage) and X2 (Education Level). The results of the study concluded that the minimum wage variable (X1) had a negative and significant effect on the unemployment rate (Y) in East Suwawa District. The education level variable (X2) has a significant and positive direction on the unemployment rate (Y) in East Suwawa District. The independent variables, namely the minimum wage and education level, were able to explain the variation in the dependent variable or the unemployment rate of 5.56 percent, while the remaining 44.4 percent was explained by other variables not included in the estimate. Simultaneously the minimum wage and education level have a significant effect on unemployment in East Suwawa District. In other words, the independent variables jointly affect the unemployment rate significantly.
Experimental Analysis of Impact Behavior of Ultra-High Molecular Weight Polyethylene-Nano Ceramics Composite Particles by Isolated Particle Deposition Method Using Downstream Injection Cold Spray Technique
Authors: Ravi K. , Ogawa K. , Lame O. , Cavaillé J.-Y. 
Published: November 2022

Abstract
Recent advances has made possible to obtain Ultra High Molecular Weight Polyethylene (UHMWPE) coatings by cold spray technique with nano-ceramic additives with the feedstock. However, the exact role of nano particles is largely not understood. In this work, isolated depositions of UHMWPE particles with 0%, 2%, 4%, 10% of fumed nano alumina (FNA) on Al surface were performed at different gas/particle temperatures. Particle velocities and particle temperatures were controlled by varying the carrier gas pressure and temperature. The impact behavior of UHMWPE was analyzed using SEM, FIB and high-speed camera. Increase in gas temperature and percentage of FNA showed a significant variation in the deposition volume. FIB analysis showed that successful depositions were influenced by degree of deformation of particle. Further, addition of FNA helped in deposition of particles that have required a lesser degree of deformation. Finally, high speed camera showed that particles are moving at an incidence velocity of 180-200m/s and rebound velocity of 40-50m/s. This suggests that particles lose a significant amount of their kinetic energy during the impact.
Essential Factors Influencing the Bonding Strength of Cold Sprayed Aluminum Coatings on Ceramic Substrates
Authors: Drehmann R. , Grund T. , Lampke T. , Wielage B. , Wüstefeld C. , Motylenko M. , Rafaja D. 
Published: November 2022

Abstract
The present work summarizes the most important results of a research project dealing with the comprehensive!! investigation of the bonding mechanisms between cold sprayed Al coatings and various poly- and monocrystalline ceramic substrates (Al2O3, AlN, Si3N4, SiC, MgF2). Due to their exceptional combination of properties, metallized ceramics are gaining more and more importance for a wide variety of applications, especially in electronic engineering. Cold spraying provides a quick, flexible and cost-effective one-step process to apply metallic coatings on ceramic surfaces. However, since most of the existing cold spray-related publications focus on metallic substrates, only very little is known about the bonding mechanisms acting between cold sprayed metals and ceramic substrates. In this paper, the essential factors influencing the bonding strength in such composites are identified. Besides mechanical tensile strength testing, a thorough analysis of the coatings and especially the metal/ceramic interfaces was conducted by means of HRTEM, FFT, STEM, EDX, EELS, XRD and EBSD. The influence of substrate material, substrate temperature and particle size is evaluated with regard to the observed bonding behavior. The results suggest that, apart from mechanical interlocking, the adhesion of cold sprayed metallic coatings on ceramics is based on a complex interplay of different mechanisms such as quasi-adiabatic shearing, static recrystallization as well as heteroepitaxial growth.
Microstructure and Mechanical Properties of Cold Sprayed Titanium Coatings
Authors: Żórawski W. , Madry J. , Sienicki J. , Makrenek M. , Góral A. , Kowalski S. 
Published: November 2022

Abstract
The work concerns a study of the properties of cold sprayed Ti coatings. This material is an attractive choice for many applications because it exhibits high strength-to-weight ratios, very good oxidation resistance, corrosion resistance and biocompatibility. Cold spraying is applied to deposit Ti coatings and elements as additive manufacturing process, however it needs higher critical velocity for deposition than other, more ductile metals. Nowadays nitrogen as cheap gas is used as working gas in cold spray process, however application helium as accelerating gas allows to obtain elements with higher strength. It allows to understand the mechanism of cohesion between sprayed particles. In carried out experiment Ti powder with angular shape was applied in the cold spraying process. The coatings were sprayed by means of Impact Innovations 5/8 system with nitrogen and addition of helium onto 7075 Al alloy. The investigations revealed that the cold sprayed Ti coatings with addition of helium as working gas exhibit better mechanical properties, lower porosity and roughness.
Development of Wear-Resistant High-Entropy Alloy Coatings Produced by Thermal Spray Technology
Authors: Löbel M. , Lindner T. , Lampke T. , Kohrt C. 
Published: November 2022

Abstract
The alloying concept of High-Entropy Alloys (HEA) has attracted much scientific interest due to an interesting combination of properties. Previous investigations have shown that high hardness and strength, comparable to bulk metallic glasses, can be achieved. Furthermore, HEAs show distinct ductility and good high-temperature resistance. First investigations on tribological properties are indicating high wear resistance. Previous investigations of the alloy system AlCoCrFeNiTi in bulk state have shown promising properties. Therefore, the alloy AlCoCrFeNiTi with equimolar composition was selected for transferring bulk properties to thermally sprayed coatings. The focus of this contribution is on studying tribological properties of thermally sprayed HEA coatings to enlarge the field of possible applications. Feedstock material production was carried out by high-energy ball milling (HEM) and inert gas atomization. Subsequently, coatings were deposited by Atmospheric Plasma Spray (APS). Tribological properties of the coatings under different wear regimes were investigated in ball-on-disk wear tests, oscillating wear tests and scratch tests. The tribological properties are compared with a conventional hard chrome plating and correlated with microstructure.
The Effects of Substrate Preheating Temperature and Torch Power on Crystallization and Microstructure of ZnO Films Via SPPS
Authors: Yu Z. , Zhao Y. , Moliere M. , Liao H. , Feng Z. , Wang W. 
Published: November 2022

Abstract
ZnO films were deposited by solution precursor plasma spray (SPPS) process with different substrate preheating temperatures and torch powers, which were used to study the effects on crystallizations and microstructures. With increasing substrate preheating temperature from 0 °C to 400 °C, ZnO films were always preferential orientation along (002) plane with much higher crystallinity. And more apparent crystallized particles appeared with higher agglomeration degree forming cauliflower-like microstructure under higher preheating temperature. For adjusting hydrogen flow rate, the moderate hydrogen flow rate was the suitable condition for obtaining oriented growth along (002). Besides, all ZnO films under different hydrogen flow rates with a constant preheating temperature as 400 °C were always combined with crystallized particles. Moreover, the increment of torch power makes microstructure becomes denser with less interspace between neighbouring particles. Moreover, it is found that crystallinity and crystallized particles is more dependent on preheating temperature and torch power plays a more important role on densification by two staggered experiments. Taking applications of metal oxides films via SPPS into consideration, choosing moderate substrate preheating temperature and hydrogen flow rate will obtain crystallized particles, unusual preferentially oriented planes and high specific surface area, which is very favourable for optical, electrical, electrochemical properties.
On the Determination of Delamination Toughness in Multi-Layer Thermal Barrier Coating Systems
Authors: Adam M. , Elsaß M. , Frommherz M. , Scholz A. , Oechsner M. 
Published: November 2022

Abstract
A Vickers indentation method has been applied to determine the interfacial fracture toughness of modern multilayer thermal barrier coatings. The delamination behavior of four types of coating systems will be discussed and compared with results based on modified four-point bending (4PB) tests. The investigated multi-layer coating system consists of a CoNiCrAlY-bond coat applied via low-pressure plasma spray (LPPS) on a nickel-based superalloy and an atmospheric-plasma sprayed (APS) top layer of type gadolinium zirconate (GZO) and yttria-stabilized zirconia (YSZ). A conventional YSZ mono-layer system is used for reference. The effects of GZO and YSZ microstructure were investigated using top coats with low and high porosities for both (multi- and single-layer) coating systems. Isothermal oxidation tests at 1100 °C up to 500 hours were performed to study the interaction between thermal aging and fracture behavior. Investigations of microstructure and sintering behavior show a significant influence of the annealing conditions on fracture toughness. It has been observed, that with increasing annealing time, the stiffness and thus the crack driving force of the GZO layer is increased due to sintering effects and healing of submicron defects. The lower stiffness and higher defect density of GZO seem to be the main reason for the reduced fracture toughness of the YSZ / GZO interface compared to the YSZ / CoNiCrAlY interface. As a result, the delamination of the top coat is observed to shift from the top coat / bond coat interface into the top coat double-layer.
Hybrid Powder-Suspension Al2O3-ZrO2 Coatings by Axial Plasma Spraying: Processing, Characteristics, and Tribological Behavior
Authors: Goel S. , Björklund S. , Wiklund U. , Joshia SV. 
Published: November 2022

Abstract
The ability of suspension plasma spraying (SPS) to overcome difficulties associated with feeding of fine (submicron or nano-sized) powders and achieve more refined microstructures than possible in atmospheric plasma spraying (APS) is well established. In recent times, the use of axial injection plasma spray systems has yielded substantial enhancement in deposition rates/efficiencies due to improved thermal exchange between the plasma plume and injected feedstock. The present paper describes utilization of both the above advances in plasma spraying to create various function-dependent coating architectures through simultaneous and/or sequential spraying of hybrid powder-suspension feedstock. A specific variant of such hybrid axial plasma spraying that enables deposition of composite coatings by simultaneous injection of a powder and a suspension is discussed in particular detail. Results obtained using an Al2O3-ZrO2 material system as a case study reveal that composite coatings combining the micron-size features arising from the spray-grade Al2O3 powder and submicron or nano-sized features attributable to the ZrO2 suspension can be conveniently realized. The surface morphology, microstructure, and composition of these coatings, as well as their tribological behaviour determined using scratch and ball-on-disc tests, are presented herein. The utility of this method to develop a wide array of composite coatings is also discussed.
Comparing the Microstructures and Properties of YSZ TBCs Manufactured Via Air Plasma Spray (APS), Suspension Plasma Spray (SPS) and Finely-Dispersed-Particle Air Plasma Spray (FAPS)
Authors: Lima R. , Guerreiro B. , Marple B. 
Published: November 2022

Abstract
ZrO2-Y2O3 (YSZ) thermal barrier coatings (TBCs) were manufactured via conventional Air Plasma Spray (APS), Suspension Plasma Spray (SPS) and an additional technology hereby termed Finely-dispersed-particle Air Plasma Spray (FAPS). The FAPS processing employs the exact same classification of finely dispersed particles as used in SPS; however, whereas SPS uses a liquid medium, in the case of FAPS the particles are fed conventionally via a carrier gas into the plasma spray torch by using a newly developed powder feeder for fine (suspension-like) particles (NRC patented technology). These finely dispersed YSZ particles consist of irregularly shaped (fluffy-like) agglomerates made from individual nano-sized particles. The conventional APS YSZ TBC was sprayed via a Metco 3MB torch, whereas, both SPS and FAPS YSZ TBCs were sprayed using the Mettech Axial III torch (using the same set of spray parameters). Both SPS and FAPS YSZ TBCs exhibited porous and vertically-cracked microstructures. The conventional APS YSZ TBC microstructure exhibited the traditional lamellar morphology. Elastic modulus, hardness and thermal conductivity values were evaluated for all YSZ TBCs. Microstructures and phase analysis were investigated via SEM and XRD.
Microstructural Evolution and Mechanical Property Enhancement of a Cold Sprayed Cu-Zn Alloy Coating by Post-Spray Friction Stir Processing
Authors: Huang C. , Xie Y. , Verdy C. , Planche M. , Liao H. , Montavon G. , Li W. , Feng Y. 
Published: November 2022

Abstract
An innovative hybrid process which combines the two very effective solid-state techniques of cold spraying (CS) and friction stir processing (FSP), was proposed to fabricate a high-strength ultrafine-grained Cu-Zn coating. Results show that the CS coating had an elongated microstructure with 78.42% of low-angle grain boundaries. Following FSP, there appear ultrafine grains with 90.47% of high-angle grain boundaries and a composition of α, β' and γ phases while the CS coatings was mainly α. Significant mechanical properties enhancement is achieved, i.e. with the ultimate tensile strength increasing from 87.2 MPa to 257.5 MPa and fracture elongation increasing from 0.17% to 0.81%. The precipitates have a significant effect on the fracture behavior of FSP coatings.
Development and Application of Binary Suspensions in the Ternary System Cr2O3-TiO2-Al2O3 for S-HVOF Spraying
Authors: Kratzsch R. , Potthoff A. , Barbosa M. , Kulissa N. , Kunze O. , Toma F. 
Published: November 2022

Abstract
Next to ZrO2, compositions in the system Cr2O3-TiO2-Al2O3 are the most used ceramic materials for thermally sprayed coating solutions. Cr2O3 coatings present good sliding wear resistance, Al2O3 coatings show excellent insulation behaviour and TiO2 striking corrosion properties. In order to combine these properties, coatings containing more than one oxide are highly interesting. The conventional spraying process is limited to the availability of binary feedstock powders with defined compositions. The use of suspensions offers the opportunity for tailor-made compositions: within the triangle of Cr2O3-TiO2-Al2O3 each mixture of oxides can be created. The formulation of binary or ternary suspensions is based on the preparation of stable single-oxide suspensions, which will later be mixed to achieve the desired composition. This procedure requires the development of water-based suspensions with suitable behavior, otherwise the ceramic particles and dissolved organic additives may interact and form agglomerates, which are prejudicial to the thermal spray process. This work presents criteria for the selection of raw materials as well as relevant aspects for the development of binary suspensions to be used in thermal spray. For procedure validation, coatings sprayed using Cr2O3-TiO2 suspensions and S-HVOF will be shortly presented and analysed in terms of their microstructure and microhardness.