bluuebunny/crossref_metadata_2025_split huggingface dataset:
Kisah Adam dalam Literatur Muslim Indonesia
Authors: Ropi Ismatu 
Published: June 2014

Buku yang ditulis oleh Steenbrink kali ini berupaya membuktikan sebuah hipotesis bahwa betapapun berasal dari sumber yang sama, Al-Qur'an dan Hadits, kisah Adam dalam tradisi Islam di Asia Tenggara mengalami proses pengkayaan orang sangat luar biasa dan tentunya dalam beberapa hal sangat berbeda dengan apa yang dipotret oleh kedua sumber ajaran Islam itu sendiri. Selain itu, sebagaimana terungkap dalam pendahuluan buku, karya ini berupaya mengklarifikasi kemungkinan adanya persamaan dan kesinambungan antara Yahudi, Kristen, dan Islam sebagai agama-agama Ibrahim (Abrahamic religions).DOI: 10.15408/sdi.v6i2.735
The Morphology of Adat: The Celebration of Islamic Holy Day in North Coast Java
Authors: AG. Muhaimin 
Published: June 2014

The main concern of this paper is to throw light on the issue as follow: what days are currently considered as Holy days, for what reason and how is the commemoration or celebration of that day performed. With special reference to Cirebon, a region in North-coast Java about 250 km East of Jakana, This article will discuss this issue at some length. The socio-religious function of these celebrations is also explored.DOI: 10.15408/sdi.v6i3.724
The Role of Islamic Student Groups in the Reformasi Struggle: KAMMI (Kesatuan Aksi Mahasiswa Muslim Indonesia)
Authors: Kraince Richard G. 
Published: June 2014

This article provides an investigation of KAMMI's role in the reformasi movement with respect to its relationship with the nation, the umat, and the larger student movement. As it explores the pressures that have confronted Islamic students throughout the period, it addresses some of the most salient topics currently being debated in Indonesian society. Most importantly, it provides an analysis of KAMMI's stance toward the legitimacy of former president B. J. Habibie's government and its right to lead reform as opposed to the positions of several "radical' student groups which demanded the formation of a transitional government; its position on the politicization of Islamic symbols vis-à-vis the activities of certain "hard-line" Islamist organizations; and its commitment to peaceful action and the rejection of the use of violence as a form of protest. In spite of its collegiality with right-wing Muslim organizations, several of which have been criticized as resistant to reform, self-interested, or politically opportunistic, KAMMI has made a critical contribution to the reform process. Most significantly, it has demonstrated that, contrary to what certain Islamic groups have urged, being a devout Muslim does not preclude struggling for democratic reform, nor voicing opposition to the government. Likewise, in spite of its solidarity with other student groups, several of which have been accused of being politically motivated, manipulated by partisan power brokers, or naively desirous of anarchy, KAMMI has shown that a student organization can apply strong pressure on national leaders, yet refrain from violent altercations which promote civil unrest and societal breakdown. The group's ongoing activities in reaction to the divisive conflicts that have erupted in the regions of Aceh, Ambon, and East Timor are also significant, yet have not been analyzed within the scope of this paper. Rather, the focus of this writing is on KAMMI's role in Indonesia's recent political transition, especially the pivotal events of. 1998, which set the stage for Indonesia's transition from an authoritarian state to the world's third largest democracy.DOI: 10.15408/sdi.v7i1.715
The Ulama in Aceh: A Brief Historical Survey
Authors: Saby Yusny 
Published: June 2014

This article is a survey primarily concerned with the social and political roles of some leading ulama in Aceh, one of the most important areas for the development of Islam in the Malay-Indonesian Archipelago. As the work of Azyumardi Azra argued, Aceh emerged as the leading center of Islamic learning in the seventeenth and eighteenth centuries Malay-Indonesia; The leading ulama originated from Aceh and Islamic thought mainly developed there. Hamzah al-Fansûrî and Nur al-Din al-Raniri-to mention but a few-were among the Acehnese ulama who contributed to the Islamic intellectual development during the periode concerned. They were responsible for the spread of, respectively, heterodox sufisme wahdat al-wujûd and neosufisme in Malay-Indonesian Islam.DOI: 10.15408/sdi.v8i1.694
Disparities in Early Exposure to Book Sharing Within Immigrant Families
Authors: Festa Natalia , Loftus Pooja D. , Cullen Mark R. , Mendoza Fernando S. 
Published: June 2014

OBJECTIVE:
This study examined the early developmental context of children in immigrant families (CIF), measured by the frequency with which parents share books with their children.

METHODS:
Trends in the frequency with which parents report book sharing, defined in this analysis as reading or sharing picture books with their young children, were analyzed across immigrant and nonimmigrant households by using data from the 2005, 2007, and 2009 California Health Interview Survey. Stepwise multivariate logistic regression assessed the likelihood that CIF shared books with parents daily.

RESULTS:
In this study, 57.5% of parents in immigrant families reported daily book sharing (DBS), compared with 75.8% of native-born parents. The lowest percentage of DBS was seen in Hispanic families with 2 foreign-born parents (47.1%). When controlling for independent variables, CIF with 2 foreign-born parents had the lowest odds of sharing books daily (odds ratio [OR]: 0.61; 95% confidence interval [CI]: 0.54–0.68). When stratified by race/ethnicity, separate multivariate logistic regressions revealed CIF status to be associated with lower odds of DBS for Asian (OR: 0.56; 95% CI: 0.38–0.81) and Hispanic CIF (OR: 0.49; 95% CI: 0.42–0.58).

CONCLUSIONS:
There is an association between the lower odds of DBS and parental immigrant status, especially for Hispanic and Asian children. This relationship holds after controlling for variables thought to explain differences in literacy-related practices, such as parental education and income. Because book sharing is central to children’s development of early literacy and language skills, this disparity merits further exploration with the aim of informing future interventions.
The Transition to ICD-10-CM: Challenges for Pediatric Practice
Authors: Caskey Rachel , Zaman Jeffrey , Nam Hannah , Chae Sae-Rom , Williams Lauren , Mathew Gina , Burton Michael , Li Jiarong “John” , Lussier Yves A. , Boyd Andrew D. 
Published: June 2014

BACKGROUND AND OBJECTIVES:
Diagnostic codes are used widely within health care for billing, quality assessment, and to measure clinical outcomes. The US health care system will transition to the International Classification of Diseases, 10th Revision, Clinical Modification (ICD-10-CM), in October 2015. Little is known about how this transition will affect pediatric practices. The objective of this study was to examine how the transition to ICD-10-CM may result in ambiguity of clinical information and financial disruption for pediatricians.

METHODS:
Using a statewide data set from Illinois Medicaid specified for pediatricians, 2708 International Classification of Diseases, Ninth Revision, Clinical Modification, diagnosis codes were identified. Diagnosis codes were categorized into 1 of 5 categories: identity, class-to-subclass, subclass-to-class, convoluted, and no translation. The convoluted and high-cost diagnostic codes (n = 636) were analyzed for accuracy and categorized into “information loss,” “overlapping categories,” “inconsistent,” and “consistent.” Finally, reimbursement by Medicaid was calculated for each category.

RESULTS:
Twenty-six percent of pediatric diagnosis codes are convoluted, which represents 21% of Illinois Medicaid pediatric patient encounters and 16% of reimbursement. The diagnosis codes represented by information loss (3.6%), overlapping categories (3.2%), and inconsistent (1.2%) represent 8% of Medicaid pediatric reimbursement.

CONCLUSIONS:
The potential for financial disruption and administrative errors from 8% of reimbursement diagnosis codes necessitates special attention to these codes in preparing for the transition to ICD-10-CM for pediatric practices.
Developments of SiC DioMOS (Diode Integrated SiC MOSFET)
Authors: Kitabatake Makoto 
Published: June 2014

ABSTRACTSiC power devices can handle large power and high frequency switching beyond the Si power devices. Typical full-SiC power modules are composed of both SiC-MOSFETs and SiC-SBDs to suppress the degradation of Ron of SiC-MOSFET during the bipolar reverse-current flow while there will be unfavorable consequences such as increased material cost, larger area, and larger wiring inductances. Panasonic has proposed the SiC-DioMOS which successfully integrates the unipolar reverse diode without any increase of chip size from the original DIMOS transistor. The SiC-DioMOS utilizes the highly-doped n-type epitaxial channel under the MOS gate for the FET channel and also for the reverse conduction path of the diode. Thickness and concentration of the highly-doped n-typed channel are carefully designed to achieve reasonable Vth of the MOSFET and Vf0 barrier constituting the diode current. The MOSFET and also the MOS-channel diode completely operate under unipolar mode. The SiC-DioMOS with BVds=1700V, Ron=20mΩ、Vth=4.5V, Vf0=0.8V is successively fabricated using the state-of-the-art epitaxial-growth technique. Fast switching of tr=58ns and tf=13ns is confirmed. The SiC-DioMOS meets practical standards for safety operation of high-power fast switching without SiC-SBD.
A Novel Fluid-Loss Control Pill That Works Without Filter-Cake Formation: Applications in High-Rate Gas Subsea Frac-Pack Completions in Indonesia
Authors: Gunawan I. , Bailey M. , Huffman C. , Simancas R. G. , Sanchez M. , Choudhary S. , Samuel M. 
Published: June 2014

AbstractLoss of completion fluid during a completion or work over operation not only increases the chance of losing control of the well, but also can severely damage the formation. The best industry recognized method to stop fluid losses into the formation is to use mechanical fluid loss control devices. However, sometimes, the use of mechanical fluid loss control device is not applicable. Two examples where fluid loss control devices are not applicable are (1) Shoot and Pull Tubing Conveyed Perforating (TCP) before a gravel pack or a frac pack, and (2) Single trip perforating and gravel pack or frac pack completions. In these cases the use of fluid loss control pills is necessary. Traditional fluid loss control pills are associated with formation damage, clean up trips and annular pack plugging. This paper presents the application of a Viscoelastic Surfactantbased non-damaging lost circulation pill (VES-PILL) during the completion of sub-sea gas wells in the South China Sea for ConocoPhillips.This novel solids-free fluidloss control pill was applied to insure well control after perforating and before frac packing. This paper describes the cases from the two wells of which one was completed as a single trip multi-zone frac and pack completion and the other as commingled stack frac packs. These commingled stack frac packs consisted of multi-zone frac packs and gravel pack on bottom and a conventional frac pack on top. Both single trip completions considerably exceeded the world record for the longest single trip gravel packed completion. In the first well, well control was achieved and the losses were controlled from 322 bph to 8 bph. In the second application, during a traditional shoot and pull, the losses were controlled from 60 bph to 0 bph. After completion, the wells were tested at 87 and 55 MMSCFD at 400 psi WHP, and were found to exceed pre-drilling production estimates by about 17-24%. This further confirms the non-damaging property of this VES-PILL.
Constrained LWD Resistivity Modeling for Improved Formation Evaluation of Horizontal Water Injectors
Authors: Al-Hajari A. A. , Ma S. M. , Geier R. , Butt P. , Hibler A. P. , Crary S. F. 
Published: June 2014

Abstract
Formation evaluation in horizontal wells is always a challenge because factors affecting resistivity measurements are difficult to identify and evaluate. These factors include shoulder beds, anisotropy, borehole size, and mud-filtrate invasion. In thick carbonate reservoirs, uncertainties in resistivity have only a minor effect on the formation water saturation of producers due to high formation resistivity which dominate the saturation calculation. Formation evaluation of water injectors drilled in water swept areas of thick carbonate reservoir is different due to low formation resistivity; errors in formation resistivity directly translate to errors in calculation of formation water saturation. Therefore, accurate formation evaluation of water injectors requires an accurate estimate of formation resistivity.
In this study, 1D and 2D resistivity modeling was performed on two horizontal water injectors each drilled between two vertical water injectors. The 1D modeling was used to identify the dominant factors affecting resistivity measurement and correct for environmental effects. These results, along with logs from the two vertical wells were used to construct a local geological model as input to 2D modeling. This geological model was refined by using logging while drilling density images of the two horizontal wells. Both 1D and 2D modeling results were constrained with the two vertical wells. Without modeling, formation water saturation calculated in the horizontal wells was too low. With the modeled formation resistivity, a more accurate water saturation was obtained in the horizontal injectors when compared to the vertical wells. This study demonstrated the power and usefulness of resistivity modeling in formation evaluation of water swept areas.
Effect of Gas Recycling on the Enhancement of Condensate Recovery, Case Study: Hassi R'Mel South Field, Algeria
Authors: Adel H. , Tiab D. , Zhu T. 
Published: June 2014

Abstract
Gas condensate reservoirs suffer losses in well productivity due to near wellbore condensate dropout when the flowing bottom-hole pressure declines below the dew point pressure. Pressure maintenance and gas cycling are the common practices used in the oil and gas field to alleviate this problem and develop gas condensate reservoirs. The injection of dry gas into a retrograde gas condensate reservoir helps in vaporizing the condensate and increases its dew point. This paper discusses a case study done on Hassi R'Mel South (HRS) field, Algeria to demonstrate the effect of gas recycling on condensate recovery. This study provides an insight into the effect of gas injection process in reducing gas-well productivity losses due to condensate blocking in the near wellbore region. This study also outlines some of the techniques for predicting the performance of gas-condensate reservoirs where gas-cycling is employed. An equation of state (EOS) with 6 pseudo components was used to characterize the complexity of hydrocarbon column. The model uses a grid system comprising of 22560 cells (94×120×2), and was historically matched with pressure and production data. The simulation study showed that recycling 100% of the gas produced is the best development scheme for HRS field. A total of 24% of gain in the condensate was obtained when 100% of the produced gas was recycled during the production. The condensate recovery was appeared to increase as the volume of gas injection increased. Based on an economic analysis, the simulation study indicates that recycling at 100% of the produced gas is the best development plan for HRS field.
Optimization of the Prediction of Hydrocarbon-Producing Zones Through Integration of Petrophysical Evaluation Methodologies in the Estancia Cholita Field, Gulf of San Jorge Basin
Authors: Vittore Franco , Pompei Javier , Ortiz Oscar , Pol Anthony 
Published: June 2014

Abstract
Up to now, different petrophysical methodologies have been developed to improve the success rate in selecting oil intervals in the Gulf of San Jorge Basin oilfields. These methodologies have been successful only in a limited number of cases and a solution that has field-wide applicability has been lacking. This project attempts to optimize previous results using an integrated petrophysical characterization workflow.
The geological complexity of the Estancia Cholita Field which is mostly due to limited lateral continuity and small reservoir bed thickness, particularly in the Castillo Formation, makes layer-by-layer correlation difficult. Several other factors add to the complexity of petrophysical evaluations, these include: alteration of petrophysical properties in certain zones near faults, variation of tuffaceous material content, formation damage, invasion of drilling fluids, zones with viscous oil, low and variable formation water salinity.
During this study, a two step petrophysical evaluation workflow was developed. The first step considers the application of quick-look log analysis techniques, specially the "Ratio" methodology, and the free fluid and permeability indexes (NMR), with the aim to evaluate those intervals of major potential in the well. The following step consists of a detailed analysis, in the zones where water production forecast has been identified, to calculate a formation water resistivity profile along the well.
Preliminary results of the study confirm that combining this methodology with local experience, layer-by-layer correlations, formation pressures data, log analysis, and supplementary information helps improve predictions of oil bearing zones in the Estancia Cholita Field.
Improving Oil Displacement Efficiency by Wettability Adjustment
Authors: Wagner O.R. , Leach R.O. 
Published: June 2014

Abstract
Because of unfavorable wetting conditions much residual oil is left when a porous material is flushed by water. Methods suggested to change reservoir wetting to improve oil displacement efficiency are generally expensive. The present laboratory study was undertaken to gain all understanding of the factors which determine reservoir wettability, and to find out if oil displacement efficiency might be improved by a wettability change accomplished at low cost in an oil reservoir.
Contact angle measurements were made on mineral surfaces using several sets of reservoir oil and water samples. Results of the contact angle studies suggest that reservoir wettability may be primarily determined by natural surface-active substances present in the reservoir fluids. The effect of changing salinity and pH of the water phase was studied. The results suggest that gross changes in preferential wettability might be accomplished by injection of water containing simple chemicals to alter pH or salinity in the reservoir. Such treatment could be much less expensive than injection of commercial surface-active agents.
Waterflood tests have also been made using synthetic cores and oil and water having wetting characteristics similar to those of reservoir fluids. Cores initially oil-wet were flooded in such a way that they were made preferentially water-wet by the advancing flood water. This reversal in preferential wettability achieved greater oil displacement efficiency than when either oil-wet or waterwet conditions were maintained throughout the flood. For the systems studied, the higher the oil viscosity the greater the percentage improvement obtained over conventional waterflood recovery. This suggests that a flooding process making use of wettability-reversal may extend the oil viscosity range over which water flooding is attractive.
Because a precise adjustment of reservoir wettability does not seem to be required, and because altering the pH or salinity in some reservoirs may be inexpensive, it appears that a waterflooding process employing wettability- reversal could find successful field application.
Identification, Characterization and Modeling of Naturally Fractured Reservoir Validated by Simulation Model
Authors: Bachiri Salim , Dahroug Ahmed , Belharache Mouloud 
Published: June 2014

Abstract
Hassi Messaoud field heterogeneous and tight reservoir modeling has for decades been a challenge.
While the matrix contains most of the fluid and the fractures contribute most to the fluid flow, conductivity is the result a complex network of fissures and fractures. The challenge here is to simulate naturally fractured reservoirs from both a reservoir description and numerical computation standpoint.
Current commercial numerical simulators are capable of handling flow in such complex reservoirs; the correct application of those simulators for representative reservoir models is yet another challenge.
The capability of numerical simulators to model reservoir performance is dependent on the quality of reservoir description. Thus the main task of any reservoir description technique is to divide the reservoir into subunits such as layers and grid block and to assign representative values of all petrophysical parameters to each unit.
This paper discusses parametric ways to improve construction of representative reservoir models of a sector of the largest field in North Africa. Discussion will focus on transition from single porosity representation to dual porosity models and the process employed in between. The study is categorized within the following three segments First, the petrophysical model construction for zone fourteen of the Hassi Messaoud field. Here an effective technique is used to uniquely describe all the petrophysical properties of naturally fractured reservoirs in terms of matrix porosity, fracture porosity, and cementation exponent at formation in-situ.
Secondly the identification and characterization of the reservoir via through integration of core analysis, well log interpretation, and pressure transient analysis.
Thirdly the validation of the generated model after up scaling of calculated reservoir properties, then the simulation and history matching of each well individually.
A Numerical Simulation Study on Surfactant Flooding and it's Field Application in Daqing Oilfield
Authors: Yin Daiyin , Pu Hui 
Published: June 2014

Abstract
Based on the non-Darcy flow characteristics of surfactant flooding, considering the changes of threshold pressure and influence of surfactant on convection, diffusion, adsorption and retention, a surfactant flooding mathematical model of three-dimensional, two-phase, three-component was established. A new method for the treatement of relative permeability curve and theoretical calculation equation for adsorption quantity of surfactant were derived, which enhances the matching degree between mathematical model and field practice. The method of implicit pressure, explicit saturation, and implicit concentration was used to solve equations and a simulator was developed. This simulator was used to perform the numerical simulation study for the pilot test of surfactant flooding in Chao 522 Block of Daqing oilfield, the optimal injection scheme was selected. After the optimized plan was carried out in oilfield, the desirable effects, like pressure-reducing, injection rate increase, and oil recovery increase, were achieved. The average oil increase for single well reaches 30%, the ratio of cost to revenue is above 1:3, so the very good development effect and economic effect were obtained.