97 research outputs found
Tittle : Internalization Of Character Education Models Through Preneur Social Leadership In Basic Education To Toward Industrial Revolution 4.0 Indonesia Progress. Author : Feri Tirtoni. “International Conference and Innovation Exhibition on Global Education”, to be held on 28th - 29th November 2018 at School of Education and Modern Languages at Universiti Utara Malaysia Sintok, Kedah, Malaysia.
Get PDFThis is a complete description of scientific publications in the international conference with the titleTittle : Internalization Of Character Education Models Through Preneur Social Leadership In Basic Education To Toward Industrial Revolution 4.0 Indonesia Progress. Author : Feri Tirtoni. “International Conference and Innovation Exhibition on Global Education”, to be held on 28th - 29th November 2018 at School of Education and Modern Languages at Universiti Utara Malaysia Sintok, Kedah, Malaysia
White Wand: Ruminations, Meditations, Reflections Toward a Feri Aesthetic
Get PDFThis digital asset is a preservation copy authorized by the author given to the Valdosta State University Archives & Special Collections to be part of their of the New Age Movements, Occultism, and Spiritualism Research Library.Anaar, student of Victor Anderson, describes the Feri Tradition from an artist's’ perspective. Defining the various names used for the triplicity of Self, Anaar articulates how an individual's creativity and art melds with one’s own Godself. “God is Self, Self is God, and God is a person like Myself.” She describes “a white wand witch is a bard of the coven, the artist witch.” And so, with exercises and meditations, she instructs us in how to connect with the Fey
Development of realtime, handheld and portable flood distribution and water quality sensor based android smartphone
No full textFERI LAINŠČEK: MISLICE, DESEJT PRAVLIC: Murska Sobota: Društvo za humanistična vprašanja Argo, Digitalni tisk. 2014. 101 str.
Get PDFThe author describes the Prekmurje edition of the fairy tales Mislice by Feri Lainšček, which were translated from literary Slovene into Prekmurje by Vesna Radovanovič (2014).Avtorica opisuje prekmursko izdajo pravljic Mislice Ferija Lainščka, ki jih je iz knjižne slovenščine v prekmurščino prevedla Vesna Radovanovič (2014)
ANALYSIS OF A SOLAR PHOTOVOLTAIC SYSTEM TO SUPPORT THE ENERGY REQUIREMENTS OF LIQUID CRYSTAL DISPLAY (LCD) PROJECTORS IN THE FACULTY OF ENGINEERING BUILDING 2, UNIVERSITAS TIDAR
No full textThis study presents the analysis and design of a small-scale off-grid solar photovoltaic (PV) system to supply the electrical energy requirements of Liquid Crystal Display (LCD) projectors used in nine classrooms at Faculty of Engineering Building 2, Universitas Tidar. LCD projectors operate for approximately 10–11 hours per day, resulting in a total daily energy demand of 29.7 kWh. The objective of this research is to (1) analyze the daily load profile of projector usage, (2) determine the appropriate capacity of PV modules, batteries, and inverter, and (3) evaluate the techno-economic feasibility of the proposed system. Data collection was carried out through field observation, device power measurement, rooftop area assessment, and retrieval of solar irradiation data. The system design combines manual engineering calculations with optimization using HOMER Pro software. Results indicate that a PV capacity between 9–10.5 kWp is sufficient to fulfill daily load demand. HOMER simulation recommends an optimal configuration consisting of a 9 kWp PV array, a 3.2 kW inverter, and 17 battery units, yielding a Net Present Cost (NPC) of USD 23,874.79 and a Levelized Cost of Energy (LCOE) of USD 0.296/kWh. The system achieves 100% renewable fraction with minimal shortage. Overall, the designed PV system is technically and economically feasible and can serve as a practical applied-learning resource for engineering students studying renewable energy systems
Sifat Listrik Dan Optik Dari Lapisan Tipis ZnO:B Yang Ditumbuhkan Dengan Metode Metalorganic Chemical Vapor Deposition
Get PDFTelah ditumbuhkan lapisan tipis ZnO dengan metode metalorganic chemical vapor deposition (MOCVD) yang menggunakan gas pereaksi dimethylzinc (DMZ) dan H2O. Gas B2H6 digunakan sebagai gas doping tipe-n dan diperoleh lapisan tipis dengan sheet resistivity sebesar 2,42 ohm/sqr pada ketebalan 4,47 pm. Diperoleh bahwa penambahan laju aliran B2H6 lebih lanjut dapat menurunkan sheet resistivity. Sifat optik lapisan tipis ZnO diamati dari pengukuran data transmitansi pada panjang gelombang mulai dari daerah ultraviolet, tampak sampai daerah infra-merah dekat. Celah pita optik diperoleh sebesar 3,10 eV. Diperoleh juga bahwa dengan penambahan laju aliran B2H6,, transmitansi pada panjang gelombang di atas 1100 rim menurun karena absorpsi pembawa muatan bebas.
Kata-kata kunci : lapisan tipis ZnO, doping, sheet resistivity, transmitans
Prototipe Automatic Feeder dengan Monitoring IoT untuk Perikanan Bioflok Lele
Get PDFRevolusi Industri 4.0 telah banyak membawa banyak perubahan baik itu positif maupun negartif. Segi positifnya yaitu telah banyak dipakainya otomasi dan robot di dunia industri sehingga produksi bisa meningkat pesat. Sedangkan sudut negatif, semakin banyaknya pekerjaan manusia yang tergantikan oleh mesin sehingga memperkecil peluang kerja. Adanya revolusi industri 4.0 juga membawa kesenjangan antara kelompok melek teknologi dan kelompok gagap teknologi (gaptek). Warga kampung atau desa merupakan kelompok besar dari golongan gaptek. Untuk itu, suatu peluang usaha baru yang dapat dikerjakan msyarakat desa dengan tingkat pendidikan menengah sangat diperlukan. Maka dipilihlah program perikanan bioflok lele. Sentuhan teknologi otomasi dan Internet of Things (IoT) diberikan untuk meningkatkan produktivitas dan membuat masyarakat melek akan perkembangan teknologi era revolusi industry 4.0
Hydrodynamic performance of square shape textured parallel sliding contacts considering fluid-solid interfacial slip
No full textHydrodynamic lubrication performances of square shape textured parallel sliding contacts are investigated under the influence of slip at the fluid-solid interface based on a CFD (computational fluid dynamic) approach. A Navier- slip length model is adopted to formulate the fluid-solid interfacial slip. In order to model slip, the enhanced user- defined-function (UDF) in the FLUENT commercial package is developed. The slip in the fluid-solid interface is controlled by applying a hydrophobic property on a certain zone of a textured surface. Four arrangements of placement of fluid-solid interfacial slip are discussed in detail in terms of pressure, load support, friction force and friction coefficient. In addition, such performances of hydrophobic textured contact are also compared with that of optimal conventional (untextured) one. In general, the results suggest that the hydrophobicity of surface textured parallel contact enhances the load support and reduces the friction. Also, a particular care must be taken in choosing the slip placement within the textured surface to achieve an optimal improvement in the parallel textured sliding contact. The predictions show that well-chosen slip on textured zone can considerably improve the sliding contact behaviour and largely justify future numerical analysis.</p
High-Mobility Pentacene-Based Thin-Film Transistors With a Solution-Processed Barium Titanate Insulator
Get PDFAbstract—Pentacene-based organic thin-film transistors
(OTFTs) with solution-processed barium titanate (Ba1.2Ti0.8O3)
as a gate insulator are demonstrated. The electrical properties
of pentacene-based TFTs show a high field-effect mobility of
8.85 cm2 · V−1 · s−1, a low threshold voltage of −1.89 V, and a
low subthreshold slope swing of 310 mV/decade. The chemical
composition and binding energy of solution-processed barium
titanate thin films are analyzed through X-ray photoelectron
spectroscopy. The matching surface energy on the surface of
the barium titanate thin film is 43.12 mJ · m−2, which leads to
Stranski–Krastanov mode growth, and thus, high mobility is
exhibited in pentacene-based TFTs.
Index Terms—Barium titanate, high field-effect mobility, high
permittivity, organic thin-filmtransistor (OTFT), solution process
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