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"[ABSTRAKLapangan AAA merupakan lapangan gas yang terdapat pada lingkungan DeltaMahakam, Cekungan Kutai, Kalimantan Timur. Lapangan AAA merupakan bagiandari lapangan gas dengan produksi terbesar di Indonesia yang telah dieksplorasi dandiproduksi lebih dari 40 tahun. Salah satu tahapan penting setelah proses eksplorasiadalah mengaplikasikan metode karakterisasi reservoar untuk pengembanganlapangan. Karakterisasi reservoar dalam penentuan distribusi lithologi dan fluidasangat penting dilakukan untuk mengetahui daerah berprospek ekonomis yang belumditembus oleh sumur produksi.Pada penelitian ini karakterisasi reservoar yang digunakan adalah metode AnalisaAVO dan Extended Elastic Impedance (EEI). Analisis AVO mengunakan data prestack3D gather dan bantuan velocity cube. Data DTS yang digunakan pada penelitianini terdapat pada sumur 3A45, 3A50, dan 3A45. Metode Extended Elastic Impedance(EEI) dimulai dengan penentuan sudut Chi (X) pada nilai koeffisien korelasi yangmaksimum (mendekati nilai 1) dan analisis crossplot untuk menentukan nilai cut-offindikator lithologi dan indikator fluida pada setiap parameter fisika dari data sumur.Hasil analisis menyebutkan bahwa fluida pada daerah penelitian merupakan AVOkelas III. Indikator lihtologi (reservoar dan non reservoar) dapat dipisahkan denganparameter Gamma Ray (reservoar bernilai 20 – 60 GAPI) dan Density (reservoarbernilai 1.75 – 2.17 g/cc). Sedangkan indikator fluida (gas dan water) dapatdipisahkan dengan parameter Lambda-Rho (gas bernilai 1.5 – 9 Gpa*g/cc), Lambdaper Mu (gas bernilai 0.5 – 2.5), Vp per Vs (gas bernilai 1.5 – 2.2), dan Poisson Ratio(gas bernilai 0.16 – 0.35). Hasil inversi Extended Elastic Impedance (EEI) pada GTS3A menyebutkan bahwa inversi Lambda-Rho mempunyai akurasi 78.57% (MFA) dan85.71% (MFB), inversi Lambda per Mu mempunyai akurasi 50% (MFA) dan 85.71%(MFB), inversi Vp per Vs mempunyai akurasi 71.42% (MFA) dan 71.42% (MFB),Inversi Poisson Ratio mempunyai akurasi sebesar 71.42% (MFA) dan 78.57% (MFB).

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ABSTRACTAAA field is a gas field that located in Delta Mahakam environment, Kutei Basin,East Kalimantan. AAA field is a part of giant gas field which has biggest productionin Indonesia already explored and produced almost over 40 years. One of importantsteps after exploration of the field is to conduct a reservoir characterization for fielddevelopment. Reservoir characterization to determine lithology distribution and fluidcontent is very important to know the prospect area which has economical values andnot penetrated yet by infill wells or production wells.Reservoir characterization method that has been used in this study are AVO analysisand Extended Elastic Impedance (EEI). Pre-stack 3D gather data and velocity cubeused for AVO analysis in this study. DTS logs only available in 3A45, 3A50, and3A55. Extended Elastic Impedance method started with determination of Chi (X)angle that has maximum correlation coefficient (near to 1 value) and cross-plotanalysis to determine cut-off value for lithology indicator and fluid indicator in eachwell data parameter.Analysis results show that fluid class in this study is AVO class III. Lithologyindicator (reservoir and non reservoir) can be separated by Gamma Ray (value ofreservoir between 20 – 60 GAPI) and Density (value of reservoir is between 1.75 –2.17 g/cc). Fluid indicator (gas and water) can be separated by Lambda-Rho (valueof gas is between 1.5 – 9 Gpa*g/cc), Lambda per Mu (value of gas is between 0.5 –2.5), Vp per Vs (value of gas is between 1.5 – 2.2), and Poisson Ratio (value of gas isbetween 0.16 – 0.35). Results of Extended Elastic Impedance inversion in GTS 3Ashow that Lambda-Rho inversion has 78.57% accuracy (in MFA) and 85.71%accuracy (in MFB), Lambda per Mu inversion has 50% accuracy (in MFA) and85.71% accuracy (in MFB), Vp per Vs inversion has 71.42% accuracy (in MFA) and71.42% (in MFB), Poisson Ration has 71.42% accuracy (in MFA) and 78.57%accuracy (in MFB).;AAA field is a gas field that located in Delta Mahakam environment, Kutei Basin,East Kalimantan. AAA field is a part of giant gas field which has biggest productionin Indonesia already explored and produced almost over 40 years. One of importantsteps after exploration of the field is to conduct a reservoir characterization for fielddevelopment. Reservoir characterization to determine lithology distribution and fluidcontent is very important to know the prospect area which has economical values andnot penetrated yet by infill wells or production wells.Reservoir characterization method that has been used in this study are AVO analysisand Extended Elastic Impedance (EEI). Pre-stack 3D gather data and velocity cubeused for AVO analysis in this study. DTS logs only available in 3A45, 3A50, and3A55. Extended Elastic Impedance method started with determination of Chi (X)angle that has maximum correlation coefficient (near to 1 value) and cross-plotanalysis to determine cut-off value for lithology indicator and fluid indicator in eachwell data parameter.Analysis results show that fluid class in this study is AVO class III. Lithologyindicator (reservoir and non reservoir) can be separated by Gamma Ray (value ofreservoir between 20 – 60 GAPI) and Density (value of reservoir is between 1.75 –2.17 g/cc). Fluid indicator (gas and water) can be separated by Lambda-Rho (valueof gas is between 1.5 – 9 Gpa*g/cc), Lambda per Mu (value of gas is between 0.5 –2.5), Vp per Vs (value of gas is between 1.5 – 2.2), and Poisson Ratio (value of gas isbetween 0.16 – 0.35). Results of Extended Elastic Impedance inversion in GTS 3Ashow that Lambda-Rho inversion has 78.57% accuracy (in MFA) and 85.71%accuracy (in MFB), Lambda per Mu inversion has 50% accuracy (in MFA) and85.71% accuracy (in MFB), Vp per Vs inversion has 71.42% accuracy (in MFA) and71.42% (in MFB), Poisson Ration has 71.42% accuracy (in MFA) and 78.57%accuracy (in MFB)., AAA field is a gas field that located in Delta Mahakam environment, Kutei Basin,East Kalimantan. AAA field is a part of giant gas field which has biggest productionin Indonesia already explored and produced almost over 40 years. One of importantsteps after exploration of the field is to conduct a reservoir characterization for fielddevelopment. Reservoir characterization to determine lithology distribution and fluidcontent is very important to know the prospect area which has economical values andnot penetrated yet by infill wells or production wells.Reservoir characterization method that has been used in this study are AVO analysisand Extended Elastic Impedance (EEI). Pre-stack 3D gather data and velocity cubeused for AVO analysis in this study. DTS logs only available in 3A45, 3A50, and3A55. Extended Elastic Impedance method started with determination of Chi (X)angle that has maximum correlation coefficient (near to 1 value) and cross-plotanalysis to determine cut-off value for lithology indicator and fluid indicator in eachwell data parameter.Analysis results show that fluid class in this study is AVO class III. Lithologyindicator (reservoir and non reservoir) can be separated by Gamma Ray (value ofreservoir between 20 – 60 GAPI) and Density (value of reservoir is between 1.75 –2.17 g/cc). Fluid indicator (gas and water) can be separated by Lambda-Rho (valueof gas is between 1.5 – 9 Gpa*g/cc), Lambda per Mu (value of gas is between 0.5 –2.5), Vp per Vs (value of gas is between 1.5 – 2.2), and Poisson Ratio (value of gas isbetween 0.16 – 0.35). Results of Extended Elastic Impedance inversion in GTS 3Ashow that Lambda-Rho inversion has 78.57% accuracy (in MFA) and 85.71%accuracy (in MFB), Lambda per Mu inversion has 50% accuracy (in MFA) and85.71% accuracy (in MFB), Vp per Vs inversion has 71.42% accuracy (in MFA) and71.42% (in MFB), Poisson Ration has 71.42% accuracy (in MFA) and 78.57%accuracy (in MFB).]"

"Startegi pendekatan rasa takut benyak digunakan untuk mempersuasi target khalayaknya dalam berbagai pesan kampanye keselamatan jalan di indonesia . namun, faktor perbedaan individual menjadi tantangan tersendiri bagi keefektifan penggunaan strategi ini. tesis ini meneliti pengaruh penerimaan pesan ras takut dalam iklan keselamatan jalan korlantas polri tergadap motivasi khalayak usia muda berdasarkan faktor resonansi yang dimiliknya. hubungan kausal tersebut dianalisis menggunakan model FPPM (extended parallel process model) melalaui analisis jalut. pengumpulan data dilakukan terhadap 85 siswa/i sekolah menegah kejuruan (SMK) dengan menggunakan desain ekperimen one-shot case study. hasil penelitian menunjukan bahwa penerimaan pesan ancaman dapat memengaruhi motivasi para siswa/i untuk mengikuti rekomendasi pesan iklan, bila dimediasi oleh pesan efikasi. hal ini hanya tejadi pada kelompok siswa/i yang tidak beresonansi hanya dapat dipengaruhi oleh pesan efikasi"

"The growing interest in bonds has created a need for a method to evaluate performance of bond portfolios. The method of evaluation is called fixed income performance attribution. This paper will present fixed income performance attribution using the Campisi Model, how to use it and how to analyze the results. PT XYZ, a professional fund managing company, will be used for the test case."

"Lokasi jembatan pada daerah rawan gempa dan penurunan mutu beton secara signifikan menyebabkan perlunya studi lebih mendetail mengenai perilaku inelastik pier jembatan tersebut. Perilaku inelastik jembatan dapat diidentifikasi melalui analisa nonlinear time history pada sendi plastis yang terjadi pada kolom pier. Untuk mendapatkan perbandingan perilaku sendi plastis, maka pier dimodelkan menjadi dua, yaitu model desain (mutu rencana) dan model eksisting (mutu rendah). Kondisi akhir penampang pasca eksitasi gempa dapat diketahui dengan menggunakan elemen fiber pada program MIDAS CIVIL. Hasil simulasi yang dilakukan menunjukkan bahwa hampir semua penampang model eksisting mengalami crushing beton, sementara penampang model desain hanya mengalami cracking. Selain itu, juga terjadi perubahan tipe kegagalan struktur dari kegagalan daktail pada model desain menjadi kegagalan getas pada model eksisting.

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Bridge located at seismic zone and the concrete strength deterioration lead to a more detailed investigation of the inelastic behaviour of the bridge. The inelastic behaviour can be identified by nonlinear time history analysis on the plastic hinge, which occur at the column. For results comparation, two models are used for the pier which are deign model (initial design compressive strength) and existing model (low compressive strength). Final condition of the column section after lateral excitation can be obtained by assigning fiber element on MIDAS CIVIL. Simulation results show that concrete crushing occur at the existing model section overall, while on design model section only concrete cracking exist. Furthermore, change of failure mode develops from ductile failure (design model) to brittle failure (existing model)."

"Indonesia merupakan negara dengan wilayah maritim terbesar. Diperlukan kekuatan dan jumlah armada laut yang besar untuk mencegah masuknya kapal asing dan mempertahankan kedaulatan negeri. Kapal selam merupakan salah satu aset untuk tujuan tersebut. Saat ini Indonesia hanya mempunyai 2 kapal selam yang beroperasi. Hal ini sangat memprihatinkan. Oleh karena itu, sebagai mahasiswa yang bertanggung jawab dan berdedikasi tinggi pada bangsa dan negara maka dilakukan perancangan kapal selam dan pengujian kapal selam tersebut dengan menggunakan model berskala. Pada skripsi ini akan dibahas pembuatan lambung kapal selam model dan pengujian yang dilakukan terhadap model yang disertakan dengan table perhitungan dan grafik yang menunjukkan besar hambatan total pada kapal selam rancangan.

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Indonesia is a world biggest maritime country. It is necessary to has enough strength and big armada to protect and prevent foreign ships to enter the territory. Submarine is a key and asset for that purpose. Nowadays, Indonesia just has two submarines that operates. This is very worrying. Therefore, a submarine concept design and model’s experiment must be done which reflects a student who has responsibility and dedication to the nation. In this final assignment, will discuss about making a hull of submarin’s model and experiment that be done to this model include estimation’s table and chart that determine ship model’ resistance."

"ABSTRACTOne of the simple models to address quantum many body effects in materials with impurities is Anderson Impurity Model. It describes a system consisting of non interacting conduction electrons having hybridization with a localized orbital with strong electron electron interaction at a particular site. This model has been proven successful to explain the phenomenon of metal insulator transition through Anderson localization. Despite the well understood behaviors of the model, little has been explored theoretically on how the model properties gradually evolve as functions of hybridization parameter, impurity concentration, and temperature. Here, we propose to do a theoretical study on those aspects of a single impurity Anderson model using the distributional exact diagonalization method. We solve the model Hamiltonian by randomly generating sampling distribution of a few energy levels of conduction electrons with various number of occupying electrons, starting from zero to the maximum number allowed by the available single orbital states. The resulting energy eigenvalues and eigenstates are then used to define the local single particle Green function for each sampled electron energy distribution using Lehmann representation. Later, we extract the corresponding self energy of each distribution, then average over all the distributions to obtain the final self energy of the system and construct the local Green function of the system to calculate the density of states. We repeat this procedure for various values of hybridization parameters, impurity concentrations, and temperatures. We discuss our results in connection with the criteria of the occurrence of metal insulator transition in this system.

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ABSTRACTSalah satu model sederhana yang menunjukkan efek kuantum sistem banyak partikel pada material yang memiliki impuritas adalah Anderson Impurity Model. Model tersebut mendeskripsikan sebuah sistem yang memiliki elektron konduksi yang tidak saling berinteraksi namun mengalami hibridisasi dengan orbital yang terlokalisasi, dimana terjadi interaksi yang cukup kuat antar elektron pada orbital tersebut. Model ini terbukti berhasil menjelaskan fenomena metal-insulator transition melalui Anderson localization. Meskipun secara umum model ini telah dipahami, masih sedikit penjelasan teoretis terkait bagaimana model impuritas ini bergantung terhadap parameter hibridisasi, konsentrasi impuritas, dan suhu. Pada penelitian ini, kami mengusulkan studi teoretik mengenai pengaruh aspek-aspek tersebut terhadap single impurity Anderson model dengan menggunakan metode distributional exact diagonalization. Kami mengkontruksi Hamiltonian model ini dengan distribusi energi elektron konduksi yang acak dengan berbagai variasi jumlah elektron yang mengisi orbital sistem, berawal dari kondisi orbital kosong tidak terisi elektron sama sekali sampai jumlah maksimum yang diperbolehkan. Eigenvalue dan eigenvector yang dihasilkan dari setiap sampling digunakan untuk mendefinisikan fungsi Green orbital impuritas melalui Lehmann representation. Kemudian kami mengekstrak self-energy untuk setiap distribusi dan merata-ratakannya. Self-energy rata-rata yang diperoleh inilah yang diperlukan untuk mengkonstruksi fungsi Green total bagi elektron konduksi maupun elektron impuritas, dimana masing-masing fungsi Green tersebut digunakan untuk menghitung densitas keadaan. Kami mengulangi prosedur ini untuk berbagai variasi nilai parameter hibridisasi, konsentrasi impuritas, dan suhu. Diskusi terkait hasil penelitian yang diperoleh mengacu pada kriteria terjadinya fenomena metal-insulator transition pada sistem ini."

"Partisipasi masyarakat merupakan aspek penting dalam mendukung keberhasilan program Kota Layak Anak. Pentingnya partisipasi masyarakat ini ditunjukkan oleh ditetapkannya masyarakat sebagai salah satu pihak yang berperan dalam pendekatan yang dipakai pemerintah kota Depok dalam mengembangkan kebijakan kota layak anak. Kota Depok adalah salah satu kota di Jabodetabek yang menduduki peringkat pertama dalam penghargaan Kota Layak Anak (KLA). Dalam waktu yang bersamaan angka kasus perlindungan anak di kota Depok menduduki peringkat ketiga se-Jabodetabek. Kelurahan Abadijaya adalah kelurahan dengan angka kasus perlindungan anak paling tinggi di kota Depok. Berdasarkan permasalahan tersebut, penelitian ini mencoba meneliti mengenai kecenderungan partisipasi masyarakat dalam program Kota Layak Anak di Kelurahan Abadijaya Kecamatan Sukmajaya Kota Depok dengan menggunakan model partisipasi CLEAR dari Lowndes, Pratchett, dan Stocker. Penelitian ini tergolong penelitian kualitatif dengan metode campuran. Data diperoleh melalui survei dan wawancara dengan pihak-pihak terkait yang dapat memperkaya hasil penelitian. Secara umum, hasil penelitian mengenai kecenderungan partisipasi masyarakat di kelurahan Abadijaya, Kecamatan Sukmajaya, Kota Depok, Provinsi Jawa barat dalam penyelenggaraan program kota layak anak dengan menggunakan model CLEAR dan nilai batas kecenderungan sebesar 50% atas penggunaan skala Likert pada analisis menunjukkan hasil yang rendah yakni sebesar 41,30% masyarakat berpartisipasi aktif dalam program kota layak anak.

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Public participation is an important aspect in supporting the success of the Child Friendly City program. The importance of public participation is indicated by the establishment of the community as one of the parties who play a role in the approach used by the city government of Depok in developing the city's decent child policy. Depok City is one of the cities in Jabodetabek which ranked first in the award of the Children's Worthy Town (KLA). At the same time the number of child protection cases in the city of Depok was ranked third in Jabodetabek. Kelurahan Abadijaya is the village with the highest number of child protection cases in Depok city. Based on these problems, this research tries to examine the tendency of community participation in the program of Child Friendly City in kelurahan Abadijaya, kecamatan Sukmajaya, Depok City by using CLEAR participation model from Lowndes, Pratchett and Stocker. This research belongs to qualitative research with mixed method. Data is obtained through surveys and interviews with relevant parties that can enrich the results of the study.In general, the results of research on the tendency of public participation in Kelurahan Abadijaya, Kecamatan Sukmajaya, Depok city, West Java province in the implementation of child friendly city program using CLEAR model and the trend limit value of 50% on Likert scale use in the analysis showed low result 41.30% of the people participate actively in child friendly city program."