bluuebunny/crossref_metadata_2025_split huggingface dataset:
Justification of windward and leeward carbonate geometry using experimental approach
Authors: Andrean F , Prasojo O A , Indra T L 
Published: July 2020

Abstract
Windward and leeward positioning on carbonate system gives significant effect on structure formation. Since the location of oil and gas reserve is affected by the position, it is important to establish the relation between surface and subsurface carbonate geometry. An experimental approach using flume tank modelling was performed to replicate the natural process which formed the windward and leeward geometry. The model was based on actual recent atoll with ideal characteristics, scaled down spatially and temporally to lab-sized experiment. The effect of windward and leeward positioning was replicated successfully and the density difference between the sediments used in the experiment was proven not to give any observable effects on geometry formation. Given the same ocean condition between the present and the past, the model gives insight to the shape of subsurface carbonate geometry found by seismic imagery.
2D source rock maturity model with integrated geology, geophysics and geochemistry data in HL field Jambi Sub Basin, South Sumatra Basin
Authors: Lazuardi H , Supriyanto  , Praditiyo  , Julikah  
Published: July 2020

Abstract
South Sumatra basin is one of the back arc tertiary basin in western part of Indonesia. It consists of 31 grabens and 2 grabens complexes which are divided into three general basin systems. Modeling of maturity generation has been performed in Jambi sub basin with Talang Akar formation as source rock target from 5 well along in HL field. This study aims to examine their hydrocarbon generation and expulsion history. Geochemical evaluation showed that Talang Akar formation is very potential as a source rock, with an average TOC value of around 1–8 wt %. The reconstruction of 2D modeling and thermal show that HL field evolved initially as a rift basin in Miocene with uplift in the Oligocene. The present-day calculation of heat flow in HL Field shows 7.27 HFU. The differences in the present-day heat flow with paleo heat flow have been corrected using vitrinite reflectance to know validate the paleo heat flow. In Paleo heat flow increased since the main rifting form late Oligocene until early Miocene. rifting finished, paleo heat flow will indirectly reduce the heat. During Middle Miocene there was a post rift phase which considered as influence on source rock maturation and hydrocarbon generation as quite Talang Akar formation is currently passing oil generation window. Thermal maturation model indicated that Talang Akar formation ware passed late oil generation stage and generated with oils to convert dry gas with the result % Ro is 2 %. The hydrocarbon explosion got result from transformation ratio model that source rock unit have probably completed all potential hydrocarbon since Pleistocene that in regional Sumatra has even inversion stage.
Liquefaction potential identification in the Central Sulawesi using gravity inversion model
Authors: Fauzik D , Haris A , Martha A A , Riyanto A 
Published: July 2020

Abstract
Liquefaction is one of the effects following an earthquake, it is the soil strength loss due to the vibration of an earthquake. The earthquake which struck with a 7.7 magnitude on September 28th 2018 in Donggala and Palu, Sulawesi caused a series of disastrous events including a tsunami and aftershock liquefaction in Balaroa and Petobo, causing many casualties. The liquefaction can be investigated and possibly predicted by identifying and interpreting the subsurface structures. This paper identifies the geological structures in the subsurface using the gravity method. The study was carried out by 3D inversion modelling at locations 119.6–120.2 BT and 0.6–1.2 LS based on gravity data. The gravity data was gained from Global Gravity Model plus (GGMplus). The study from satellite and the Bouguer anomaly in the Central Sulawesi shows that it has gravity of -50 to 130 mGal. The 3D inversion model of the subsurface shows low density contrast around the areas of Palu, Balaroa, and Petobo with values of -0.055 to -0.05 gram/cm3 where these low density depths have been identified from 0–125 meters below the surface and even deeper to the southern part of the study area. This low density contrast is in accordance with the geological conditions of the Palu which is dominated by porous sediment layers which are capable of storing fluids that are the main factor in causing the liquefaction.
Syn-Rift sequence and depositional environment analysis using spectral decomposition in field “G” North West Java Basin
Authors: Putri G E , Riyanto A , Putra P R 
Published: July 2020

Abstract
Study about depositional environments is one of the purposes of many researches which is done for academic and economic purposes in oil and gas exploration. This study needs enough comprehensive analysis to generate more detail interpretation. In this case we analyze syn-rift sequence framework, syn-rift depositional architecture, and its depositional system in Field “G” Talang Akar Formation (TAF), Ciputat, North West Java Basin. The ability to analyze seismic data in the frequency domain through spectral decomposition allows the user to extract additional geological information that may be missed by using more traditional methods, for instance amplitude extraction and attribute analysis. By using spectral decomposition as an enhanced seismic attribute, in correlation with more conventional interpretation methods through log data and seismic sections, it is possible to identify distributary channels that have previously been inferred from seismic reflection data. It is found that the best frequencies which can help well in interpreting the seismic is 25 Hz, 35 Hz and 45 Hz.
Submarine channel initiation using realistic computational fluid dynamic simulation
Authors: Mujiyanto A A , Prasojo O A , Indra T L 
Published: July 2020

AbstractSubmarine channel initiation is the process that involved turbulence fluid flow and sculpting submarine channels. The fundamental factor that affects this process is fluid flow velocity and grain-size deposit that the fluid itself carry. This study presents a realistic computational fluid dynamic simulation to simulate the process of submarine channel initiation in a time-dependent equation. This study uses a standard slope model but with the novel approach of adjusted parameters of the actual condition of the submarine channel initiation such as depth hydrostatic pressure, fluid density, and fluid velocity. The result of the simulation showed the correlation between fluid flow velocity and deposited grain-size distribution, which resulting bigger grain size are deposited along with higher fluid flow velocity at the highest activity of 14 m/s and smaller grain size are deposited at lower fluid flow velocity at the lowest activity of 0 m/s among the geometry of the submarine fan.
A fully integrated approach through petrophysical analysis, hydraulic flow units and seismic inversion to map good quality flow unit of globigerina limestone gas reservoir in C field, Madura Straits
Authors: Himawan H , Haris A , Riyanto A 
Published: July 2020

Abstract
The common problem for reservoir characterization usually related to understanding of vertical and lateral heterogeneity of reservoir. Understanding the vertical reservoir heterogeneity generally can be solved based on petrophysical analysis combined with hydraulic flow unit analysis result. HFU’s analysis based on indicator of flow zone which reflect to rock quality that influenced by the mineralogical composition and texture of lithology. Whereas to understand the lateral heterogeneity, generally solve based on the quantitative seismic analysis as results from model based seismic inversion. The purpose of this study is to determine the lateral good flow unit distribution so that the development well placement and targets can be optimized. The petrophysical results obtain 370.5ftMD gross thickness with net pay = 346.0 ftMD, NtG = 93.4 %, Vclay = 6.9 %, Phie = 38.7 %, permeability = 22.6 mD and Sw = 46.6 %. From hydraulic flow units results obtain five flow units with the fifth flow unit has best quality. Characteristics of the fifth flow unit has FZI = 0.727, Vclay = 3.9 %, Phie = 45.1 %, Permeability = 229.6 mD and Sw = 31.1 %, with grainstone as dominant lithology. The good flow units have AI value 3600–4300 gr/cc*m/s and have lateral distribution relatively Northwest–Southeast. Going to the crest of structure, the thickness of good flow unit will be thinner because it is truncated by the fault.
Jeans instability for an inert binary mixture: a kinetic theory approach in the Euler regime
Authors: Sandoval-Villalbazo A , Sagaceta-Mejía A R 
Published: July 2020

Abstract
The Jeans stability criterion for gravitational collapse is examined for the case of an inert binary mixture in local equilibrium, neglecting dissipative effects. The corresponding transport equations are established using kinetic theory within the Euler regime approximation. It is shown that the corresponding dispersion relation is modified; yielding corrections to the Jeans wave number that can be generalized for several interesting cases involving positive entropy production such as matter- antimatter systems and ordinary matter-dark matter dynamics.
Stoichiometric redox reaction-controlled, combustion assisted spray pyrolyzed zirconia films on stainless steel
Authors: Vardhan Robbi Vivek , M Manjunatha , Mandal Saumen 
Published: July 2020

Abstract
In this contribution, an efficient aqueous solution combustion technique was implemented to achieve zirconia films on stainless steel substrates at 400 °C, by low capital and facile spray pyrolysis of a combustible precursor comprising stoichiometric amounts of zirconium oxynitrate hydrate and glycine. Detailed derivation of stoichiometric redox reaction is emphasized in the present work. Thermal behaviour of combustible precursor revealed the combustion temperature at ∼220 °C. Crystalline tetragonal zirconia film was deposited at 400 °C with a wavy morphological surface inferred from diffraction patterns and microstructural studies, respectively. Besides, an approach to fabricate spray pyrolysed YSZ films through combustion at 400 °C was successfully accomplished. These films can have a potential impact on biomedical and thermal barrier applications.
Pharmacist-driven medication reconciliation reduces oral oncolytic medication errors during transitions of care
Authors: Heffner Colleen , Dillaman Megan , Hill Jordan 
Published: July 2020

Abstract

Purpose
The purpose of this study was to characterize medication errors associated with oral oncolytics as patients with cancer were admitted to the inpatient setting and identify contributing factors that lead to errors.

Methods
A review of patients prescribed a cyclic oral oncolytic who were then admitted to the inpatient setting at a large, academic medical center from July 1, 2013, to June 30, 2018, was conducted.

Results
Eighty-one patients were included in the analysis. Thirty-five errors (43%) related to transcription of the oral oncolytic regimen from the outpatient to the inpatient setting were identified. Categorization of errors revealed that 46% were due to delays in treatment. Within this error subset, 75% of the delays were related to unavailability of nonformulary oral oncolytics. There was a significant decrease in error for patients who received medication reconciliation by a pharmacist (P = 0.032) after admission. There were no other significant differences observed among variables that may have led to increased error rates. Three percent of errors were reported to the internal medication safety reporting system at our institution.

Conclusion
The inability to fully confirm patients’ home regimen via chart review poses great risk to accurate medication ordering upon hospital admission. Completion of medication reconciliations by pharmacists serves to decrease rates of errors that may occur during hospital admission in cancer patients undergoing treatment with oral oncolytic therapies.
Best practices for safe use of SGLT-2 inhibitors developed from an expert panel Delphi consensus process
Authors: Pamulapati Lauren G , Rochester-Eyeguokan Charmaine D , Pincus Kathleen J 
Published: July 2020

Abstract

Purpose
Sodium-glucose cotransporter 2 (SGLT-2) inhibitors have demonstrated glycemic efficacy and cardiovascular and renal benefits in people with type 2 diabetes mellitus (T2DM). However, they are also associated with serious adverse events (AEs), but little consensus exists for clinicians regarding AE management. This study aimed to develop a list of best practices for the safe use and monitoring of SGLT-2 inhibitors in people with T2DM.

Methods
A 15-member interprofessional panel was surveyed in a four-round Delphi process. Panelists were asked to comment on and rank statements regarding initial prescribing considerations and actions for minimizing and managing eight specific AEs and a broad category for other AEs. In the final round, panelists selected if the statements should be considered a best practice specific to SGLT-2 inhibitors, a best practice for general safe medication use in T2DM, or if the statement should not be considered as a best practice for safe medication use.

Results
Consensus was achieved for 36 best practice statements specific to SGLT-2 inhibitors and 24 statements as general best practices for safe medication use. Fifty-six percent of the best practice statements for SGLT-2 inhibitors related to managing and/or preventing hypotension, urinary tract infections, and genital infections. The general best practices for safe medication use primarily focused on medication histories, past medical history considerations, physical exam components, and patient education.

Conclusion
A list of best practice statements was developed using the Delphi method, which can be utilized by clinicians to guide the safe use and monitoring of SGLT-2 inhibitors in people with T2DM.
The distinctive status of international arbitration agreements in English private international law?
Authors: Phua Myron , Chan Matthew 
Published: July 2020

Abstract
This Case Note critically discusses the Court of Appeal’s recent decision in Enka v Chubb [2020] EWCA Civ 574, where it held that (i) the doctrine of forum non conveniens (FNC) can never apply where an English court is asked to determine if a London arbitration agreement should be enforced by injunction, and that (ii) the ‘separability’ of an arbitration clause from the contract containing it entailed that, absent an express choice of law for it, there was a ‘strong presumption’ that the parties implicitly chose the seat law as its proper law. In doing so, the Court abandoned its previous approach in Sulamérica v Enesa, and indirectly cast doubt on its recent suggestion in Kabab-ji v KFG that ‘implied choices’ of law arguably involved the implication of a term into the arbitration agreement on ‘business efficacy’ grounds. Further, the Court appeared not to acknowledge that, outwith the arbitration context, (i) ‘FNC waiver’ clauses and exclusive jurisdiction agreements do not categorically foreclose FNC, and that (ii) ‘implied choices’ of law should not be casually inferred nowadays. The Court’s analysis in Enka was distinctly arbitration-centric: it was minded to emphasize the non-derogability of the seat courts’ supervisory role, and the ‘separability’ of an arbitration agreement from the contractual document containing it. Enka is an intriguing example of how international arbitration doctrine, particularly as regards arbitration agreements, can materially diverge from cognate principles of private international law. Nevertheless, we question whether international arbitration agreements are truly distinctive enough to justify such differences in treatment. Our assessment is that the answer is probably ‘no’.
To Trade, or not to Trade, that is the Question: New Roles for Incomplete Contracts in Dynamic Settings
Authors: Che Yeon-Koo , Sákovics József 
Published: July 2020

AbstractWe reexamine the role of incomplete contracts in a dynamic model of renegotiation that endogenizes the timing of investments and trade. The interaction between bargaining and investment significantly alters the lessons learned from static models. When the opportunity to trade is expected to be long lasting, contracts that exacerbate the parties’ absolute vulnerability to hold-up—especially following under-investment—are desirable. For example, joint ownership of complementary assets can be optimal, an exclusivity agreement can protect the investments of its recipient, and trade contracts can facilitate purely cooperative investment.
Dietary Effects on the Development of Calliphora dubia and Chrysomya rufifacies (Diptera: Calliphoridae): Implications for Postmortem Interval
Authors: Rogers Ella K B , Franklin Daniel , Voss Sasha C 
Published: July 2020

Abstract
Forensic entomology relies on insect development data generated within a laboratory setting in the estimation of minimum postmortem interval (mPMI). The methodologies used to produce these data vary considerably within the field and there is no accepted standard approach to laboratory rearing of forensically relevant species. A wide range of rearing media are used across published studies, including different species of animal and types of tissue (e.g., muscle and liver). Differing methodologies, particularly rearing diet, can introduce considerable variation into the baseline data upon which forensic estimates of the mPMI are calculated. Consequently, research establishing a widely available, standard and/or optimal, rearing medium for blow fly development for forensic application is desirable. This study examined dietary effects on the development of two forensically relevant blow fly species: Calliphora dubia Macquart, 1855, and Chrysomya rufifacies Macquart 1842 (Diptera: Calliphoridae). Larvae of both species were reared on pork liver, pork mince, pork loin, beef liver, beef mince, and guinea pig carcass under two constant temperature regimes (24 ± 1°C and 30 ± 1°C; 70 ± 10% humidity; 12-h/12-h photoperiod) to assess the influence of temperature on developmental response to diet. Fundamental developmental data pertaining to both species are reported. Developmental response to diet was species-specific and influenced by temperature with indication that the optimal temperature for C. dubia development is below 30°C. Pork mince was the most appropriate dietary standard of the rearing media investigated for the formulation of forensic development data for both species investigated.
Feasibility of Igniting Prescribed Fires in Bottomland Hardwood Forests
Authors: Cash James S , Anderson Christopher J 
Published: July 2020

AbstractThere is emerging interest in using prescribed fire to manage bottomlands for wildlife habitat, invasive species control, and overall forest function. We evaluated the feasibility of conducting prescribed fires in bottomland hardwood forests in west-central Alabama as part of a broader strategy to control the invasive shrub Chinese privet (Ligustrum sinense). We used 22 small-scale plots (0.04 hectares) in areas with residual slash from privet cutting operations and initiated prescribed fires on each to assess the overall feasibility and the relation of in-stand weather (i.e., microclimate), stand composition, and litter measurements to fire behavior. Overall, prescribed fire ignition was difficult, and only half the trials successfully burned &gt;10 percent of the plot. We found that stand composition was most correlated with percent plot burned, and plots with higher proportions of tree species with flammable leaf traits (e.g., Quercus spp.) tended to burn best. Although further investigation is warranted, managers interested in using prescribed fire for bottomland hardwoods likely face short time windows and limited forest conditions in which fires can be reliably set.Study ImplicationsThere is increasing interest in using prescribed fires in bottomland hardwood forests. This exploratory study evaluated whether prescribed fires could be reliably set in bottomlands. Prescribed fires were difficult to establish and tended to be very patchy with fire spread related to tree canopy composition (because of differences in leaf litter flammability) and litter loads. Results suggest that it would be difficult to apply fire on a large scale in bottomland hardwood forests and that small-scale fires could only be set under certain conditions.
Improving the College-Going Process of Nursing Education for African American Students
Authors: Bundy Jawanza 
Published: July 2020

Abstract
The lack of diversity in the nursing workforce is concerning. Because schools of nursing play an important role in diversifying the nursing workforce, effective strategies must be developed to feed the pipeline. One such strategy is mentoring. The Diversity in Nursing Awareness Project was a mentoring program developed to assist African American students and their parents through the college-going process of nursing education. The aim of the program was not only to bring awareness of nursing as viable career option but also to increase acceptance and enrollment rates of African Americans into baccalaureate degree nursing programs.
MYB Translocations in Both Myoepithelial and Ductoglandular Epithelial Cells in Adenoid Cystic Carcinoma: A Histopathologic and Genetic Reappraisal in Six Primary Cutaneous Cases
Authors: Goto Keisuke , Kajimoto Kazuyoshi , Sugino Takashi , Nakatsuka Shin-ichi , Yoshida Makoto , Noto Mai , Kono Michihiro , Takai Toshihiro 
Published: July 2020

Abstract:
Adenoid cystic carcinoma (ACC) is an infiltrating carcinoma composed of 2 cell types, myoepithelial and ductoglandular epithelial cells. Although approximately 70% of ACC exhibit translocations of the MYB proto-oncogene or MYB proto-oncogene like 1 (MYBL1), expression of MYB is known to be limited in myoepithelial cells. We investigated the histopathologic and genetic characteristics of ACC in 6 primary cutaneous cases. Histopathologically, 3 cases (50%) exhibited well-demarcated nodules composed of large nests, easily misdiagnosed as polymorphous sweat gland carcinoma. Two cases (33%) harbored large cystic structures resembling spiradenoma, hidradenoma, and digital papillary adenocarcinoma. A papillary pattern was focally observed in 2 cases (33%). A melting phenomenon within the myxoid stroma was seen in one case (17%). Fluorescence in situ hybridization (FISH) revealed MYB break-apart in 3 cases (50%). A combined FISH and immunohistochemical method revealed MYB break-apart signals in both p63-positive myoepithelial and p63-negative ductoglandular epithelial cells, suggesting that both cell types constitute elements of the tumor in ACC. Moreover, we established a well-circumscribed variant of ACC and proposed 3 new patterns of cystic, papillary, and melting in addition to the 3 patterns of cribriform, tubular, and solid growth.