bluuebunny/crossref_metadata_2025_split huggingface dataset:
Erfolgsfaktor Störungsmanagement
Authors: Brehm Nadine , Aksoy Oguzhan , Wellbrock Wanja 
Published: December 2017

Kurzfassung
Die hohe Komplexität in Organisation und Technik sowie der Abbau von Zeit- und Bestandspuffern im Rahmen einer schlanken Produktion führen zu einer steigenden Störanfälligkeit der betrieblichen Abläufe. Eine vollkommene Prozessstabilität ist daher unter ökonomischen Aspekten nicht mehr zu garantieren. Mit dem vorliegenden Reifegradmodell wird ein Analyseinstrumentarium vorgestellt, das die Erfolgsfaktoren im Störungsmanagement aus Sicht der Wissenschaft und Praxis abbildet und damit die Basis für ein branchenübergreifendes Benchmarking schafft.*)
HEK. VI. On the Dearth of Galilean Analogs in Kepler, and the Exomoon Candidate Kepler-1625b I
Authors: Teachey A. , Kipping D. M. , Schmitt A. R. 
Published: December 2017

Abstract
Exomoons represent an outstanding challenge in modern astronomy, with the potential to provide rich insights into planet formation theory and habitability. In this work, we stack the phase-folded transits of 284 viable moon hosting Kepler planetary candidates, in order to search for satellites. These planets range from Earth- to Jupiter-sized and from ∼0.1 to 1.0 au in separation—so-called “warm” planets. Our data processing includes two-pass harmonic detrending, transit timing variations, model selection, and careful data quality vetting to produce a grand light curve with an rms of 5.1 ppm. We find that the occurrence rate of Galilean analog moon systems for planets orbiting between ∼0.1 and 1.0 au can be constrained to be

to 95% confidence for the 284 KOIs considered, with a 68.3% confidence interval of

. A single-moon model of variable size and separation locates a slight preference for a population of short-period moons with radii ∼0.5 R
⊕ orbiting at 5–10 planetary radii. However, we stress that the low Bayes factor of just 2 in this region means it should be treated as no more than a hint at this time. Splitting our data into various physically motivated subsets reveals no strong signal. The dearth of Galilean analogs around warm planets places the first strong constraint on exomoon formation models to date. Finally, we report evidence for an exomoon candidate Kepler-1625b I, which we briefly describe ahead of scheduled observations of the target with the Hubble Space Telescope.
Marie de Gournay. Escritos sobre la igualdad y en defensa de las mujeres.
Authors: Padrino Pérez Aroa 
Published: December 2017

Reseña de Marie de Gournay. Escritos sobre la igualdad y en defensa de las mujeres, Monserrat Cabré i Pairet y Esther Rubio Herráez (Eds.), Centro Superior de Investigaciones Científicas, Madrid, 2014, 180 páginas, ISBN: 978-84-00-09810-0.
Transitando entre dois estados, vou enganando-me e “passando a perna” no Estado burguês
Authors: Pereira Mariana Cunha , Alves Maria José 
Published: December 2017

Este artigo pretende dialogar com as ideias do filósofo Antonio Gramsci sobre educação. A ideia é discutir, com base numa realidade concreta – a região de fronteira, elementos da contra-hegemonia presente nas relações de ensino-aprendizagem. Para tanto, este texto apresenta as experiências de duas professoras, uma como profissional da educação básica da rede estadual de ensino do Tocantins, em município limítrofe com o estado de Goiás, e a outra como professora do ensino superior, que, ao realizar um trabalho de pesquisa de campo, intuiu o quão significativo seria um recorte investigativo sobre os aspectos da educação escolar naquela fronteira interna do Brasil. Trata-se de fronteira entre municípios de dois estados: Tocantins e Goiás. A metodologia faz uso
de memória, análise de documentos e entrevistas dos pioneiros e professores mais velhos, ainda moradores daquela região. A narrativa se faz na primeira pessoa do plural para assumir um local de inserção naquele contexto e de coautoria. Trata-se, portanto, de um artigo que dialoga com autores das áreas de educação, antropologia,
sociologia, história e geografia.
Satisfação e Relacionamento B2B: Investigação da reciprocidade na relação entre Médicos e Planos de Saúde no Espírito Santo
Authors: Spalenza André Sarmento , Ronchi Felipe Andreão , Pelissari Anderson Soncini 
Published: December 2017

In order to understand the satisfaction in a B2B scenery, it is necessary to have an inside look at how the exchange of values between the sides happens. When talking about satisfaction with healthcare plans, given a research within the databases of CAPES, and ANPAD SCIELO, it is possible to conclude that many studies are related to patient satisfaction with the healthcare plans, but few deals with the satisfaction of doctors, who are also clients in this business to business relationship. Thus, this article analyzes the relationship between physicians and the healthcare plans in the ES, and their perception of value in generating satisfaction. This study was divided into two phases, the first, which was a qualitative study in a focus group format, followed by a quantitative study using a closed questionnaire. The questionnaire was sent via email to all physicians registered at the Regional Council of Medicine of Espírito Santo, in a total of 8581, with a return amount of 236 questionnaire. From that amount, 230 were accredited to at least one healthcare plan. The study employed the Importance-Performance Matrix to classify the perception of accredited doctors, and analysis of GAP's T-Student test and the correlation in data interpretation. GAP's between importance and performance found in all items showed that the performance was lower than expected, however, it was found that in all these items, the process of authorization for clients is what most urgently needs to adapt.
Nisbah kelamin dan pola peletakan telur parasitoid Trichogramma chilotraeae Nagaraja & Nagarkatti (Hymenoptera: Trichogrammatidae) pada berbagai jumlah inang
Authors: Hasriyanty Hasriyanty , Buchori Damayanti , Pudjianto Pudjianto 
Published: December 2017

The objective of the research was to study sex ratio and oviposition sequence of egg parasitoid Trichogramma chilotraeae in relation with host density under laboratory condition. Parasitoid response with respect to oviposition sequence was examined by exposing five different host (egg) densities: 3, 6, 12, 24 and 48 on female parasitoids T. chilotraeae. Results showed that in general, female parasitoid laid its female progeny at the beginning of oviposition sequence. Host density was found to have a strong effect on sex ratio. Sex ratio increase with increasing of host number.
Statistika Demografi Riptortus linearis F. (Hemiptera: Alydidae) pada Kacang Panjang (Vigna sinensis L.)
Authors: Mawan Amanda , Amalia Herma 
Published: December 2017

Kepik polong kacang panjang Riptortus linearis F. (Hemiptera: Alydidae) menjadi salah satu hama penting pada pertanaman kacang panjang. Dalam upaya pengendalian hama R. linearis dibutuhkan informasi dasar seperti informasi biologi dan neraca kehidupan dari serangga tersebut. Neraca kehidupan R. linearis pada kacang panjang diamati pada kondisi laboratorium. Tujuan dari penelitian adalah untuk mengetahui biologi dan neraca kehidupan dari kepik polong R. linearis pada kacang panjang. Penelitian dilaksanakan di Laboratorium Bioekologi Parasitoid dan Predator, Departemen Proteksi Tanaman, Fakul-tas Pertanian, Institut Pertanian Bogor sejak Oktober 2009 hingga Februari 2010. Peubah yang diamati pada penelitian ini meliputi: 1) lama waktu perkembangan yang dibutuhkan nimfa pada setiap instar hingga menjadi imago, 2) lama hidup imago sejak berganti kulit hingga mati, 3) jumlah telur yang diletakkan. Data yang diperoleh dicatat dalam sebuah tabel yang dalam kajian dinamika populasi disebut neraca kehidupan (life table) tipe kohort. Hasil penelitian menunjukkan bahwa stadium telur berlangsung selama 6,37 hari, sedangkan stadium nimfa instar I, II, III, IV, V, dan VI berlangsung selama berturut-turut 2,06; 4,75; 4,55; 4,54; 6,2; dan 6,67 hari. Lama hidup imago R. linearis adalah 29,3 hari. Laju reproduksi bersih (R0) R. linearis pada tanaman kacang panjang adalah 22,07 individu per induk per generasi, laju pertumbuhan intrinstiknya (rm) sebesar 0,06 individu per induk per hari, dan rata-rata masa generasi (T) selama 49,94 hari.
STUDY OF INFLUENCE OF STABILIZERS ON BURNING OF SILICONE RUBBER WITH HELP ARTIFICIAL NEURAL NETWORKS
Authors: Abrukov Viktor S. , Efimov Konstantin V. , Tarasov Nikolai A. , Kol'tsov Nikolay I. 
Published: December 2017

Silicone rubbers are used for manufacturing fireproof insulating sheaths for cables and high voltage insulators. Highly oil-resistant silicone rubber of brand IRP 1338 of JSC “Kazan plant of synthetic caoutchouc” production should be singled out among silicone rubbers. This rubber is made from synthetic caoutchouc SKTV and contains Aerosil A-300, titanium oxide, fumed silica U-333 curing agent Perkadox BC-FF and anti-structuring agent ND-8 - α,ω-polydimethyl-siloxanediol. Previously we investigated the kinetics of combustion process of this rubber containing anti-structuring agent ND-8 as well as Ca/Zn-stabilizer Kompanoks (2,6-bis((3,5-di-tert-butyl-4-hydroxyphenyl)methyl)cyclohexane-1-one) and their combination which are used to enhance the thermal stability of the rubbers on the basis of carbon-chain caoutchoucs. In given paper using artificial neural networks (ANN) the computational multifactor model of combustion of rubber IRP 1338 has been obtained. The influence of selected stabilizers on the combustion rate of silicone rubber IRP 1338 has been studied. The combustion process was investigated by measuring at different points in time the relative height of the unburned portion of the rubber samples in the form of standard rectangular bars with a size of 10x2x2 mm. Combustion occurred under the action of the infrared beam (wavelength 10.6 μm) of laser LG-25 at three temperatures radiation (800, 900, 1000°C). As the main factors influencing the combustion of rubber, the laser radiation temperature was chosen, under which the forced combustion of rubber occurred. The nature of the stabilizers introduced into the rubber and the combustion temperature of the rubber was measured by a thermocouple placed on the surface of combustion rubber. The objective function of ANN-model was the relative height of the unburned portion of the rubber samples. Moreover, it was believed, the greater the relative height of the unburned portion of the rubber samples, the lower the burning rate and the higher the efficiency of the stabilizer. The received ANN-model has allowed to reveal three stages of combustion of rubber and to investigate features of influence of stabilizers on process of combustion. It was established that from the three stabilizers studied, the Ca/Zn stabilizer most effectively slows down the combustion of rubber due to the interaction of calcium oleates and zinc of this stabilizer with caoutchouc molecules. Thus, the possibility of increasing the fire resistance of rubber based on the silicone rubber SKTV by replacing the anti-structuring agent ND-8 on the Ca/Zn stabilizer has been established.Forcitation:Abrukov V.S., Efimov K.V., Tarasov N.A., Koltsov N.I. Study of influence of stabilizers on burning of silicone rubber with help artificial neural networks. Izv. Vyssh. Uchebn. Zaved. Khim. Khim. Tekhnol. 2018. V. 61. N 1. P. 84-88
USCG Sector Delaware Bay Response to Rail Risks Planning Project
Authors: Nielsen Eric , Plank Terry , Schneider Michael 
Published: December 2017

The recent increase in domestic petrochemical industries coupled with the transportation of domestic crude oil by rail (specifically Bakken, Bitumen, and Diluted Bitumen (Dilbit)) in the U.S. has dramatically impacted the way that Coast Guard Sector Delaware Bay plans for and responds to rail incidents within their Area of Responsibility (AOR). Their AOR has historically seen one Million Barrels Per Day (BPD) transported within their port; but currently, 588,000 BPD Bakken and 103,000 BPD Bitumen/Dilbit is refined each day at five nearby refineries which is transported via three different Class I rail companies throughout the AOR, calling for the area's new energy renaissance to be joined with proper contingency planning and updated response strategies. Increased investigation into these response strategies is critical in maintaining an effective and safe response posture throughout the eastern corridor through which this oil travels. To address this risk, Sector Delaware Bay completed a first of its kind, “Response to Rail Incidents Planning Project” to include a modified Comprehensive Ecological Risk Assessment (CERA) that is designed to articulate a process which incorporates rail incident planning into their most current Area Contingency Plan.
The Sector's Incident Management Division and Contingency Preparedness staffs leveraged support from their port partners and Area Committee to discuss, plan for, and respond to, these emerging threats. The project included the prioritization of critical rail/water nexus areas, and incorporating them into the Geographic Response Plan (GRP), by conducting site survey visits throughout the AOR, and then designating response strategies to be approved by the local Area Committee. This project, in conjunction with the CERA focused on identifying the major threat from the new domestic crude oil products and documenting best practices and response strategies with input from a very complex and extremely active tri-state region. This initiative has the potential to be the model for rail risk planning Coast Guard-wide, and the aim is to share the work and participate in the dialogue among the entire response community at the International Oil Spill Conference.
OIL SPILL TRAJECTORY AND FATE FORECASTING, RESPONSE AND CLEANUP OPTIONS FOR A COASTAL ENVIRONMENT: A GREEN FIELD MODEL OFFSHORE INDONESIA
Authors: Bassey B.O. , Ajare T.O. , Ozurumba D. C. , Baroni A.S. 
Published: December 2017

The environmental impacts of an oil spill and the attendant response applied for ecological restoration would mostly depend on the conditions of the spill, nature of the area, quantity and type of oil released, meteorological and climatological factors, as well as the effectiveness of response techniques. The Indonesian government and operators have been considering best ways of shielding the environment and their reputation from spill hazards, in cognizance of the region's high sensitivity and vulnerability.
This paper thus undertakes a risk assessment for the potential environmental effects of possible spillage of medium light crude pumped to the Floating Storage and Offloading (FSO) terminal installed to handle production and bulk distribution of oil produced from a green oilfield offshore Indonesia. GNOME and ADIOS were deployed to forecast the trajectory and fate of oil spilled from the FSO during loading operations to ocean-going tankers, respectively. Key environmental data obtained from ESI maps were built into the models to yield desired results.
The likely trajectory of oil released from the FSO as depicted by GNOME results for nine days after the spill and the contact probabilities show that 5,200 barrels of the oil would beach on the ninth day. Response efforts must thus be effected before this occurs. The results from ADIOS were captured for both winter and summer conditions; indicating that more spilled oil would remain after a 5-day period, if it occurs during winter, than would be obtained for a spill during summer. This implies less complicated cleanup operations in summer than in winter. However, since the oil is medium light, the lighter fractions would readily evaporate out, leaving behind heavier oily residues that may form tar balls with the submarine sediments and sink to the sea bottom or arrive at the beach, as shown by GNOME.
Subsequent Net Environmental Benefits Analysis suggests that dispersants would not be a good response option due to their toxicity to the ecologically sensitive ecosystem. It is thus recommended to contain imminent spills using dykes and booms within a few hours of occurrence, before further dispersion and beaching. Subsequent in-situ burning would then enable all the hydrocarbons and most other contaminants present to burn off, thus protecting the shoreline and submarine resources. The study will guide spill responders and serve as a basis for future oil spill contingency plans (OSCPs) in the field and others within the Southeast Asian hydrocarbon provinces.
Evaluating Oil Spill Risks through Stochastic and Deterministic Trajectory Modeling
Authors:   Chevron ETC
Published: December 2017

Oil spill risks associated with oil and gas exploration and production are changing as industry moves to deeper water. Computer-based modeling is typically used to quantify the fate and trajectory of sub sea releases (e.g., well blowouts). Stochastic modeling has become common as computational resources have grown, allowing for a large number of combinations of met ocean parameters to be evaluated. Simulating many potential realizations of a single discharge event allows for the calculation of spatially varying probabilities of oiling due to natural variability in the prevailing wind and current, but this needs to be treated separately from the likelihood of the sub sea release occurring to appropriately evaluate the oil spill risks of the offshore activity. Some industry guidance explicitly recognizes that the likelihood of a discharge event occurring is independent of the natural variability of the environmental setting and correctly treat these items as statistically independent; however, this distinction is sometimes lost in practice. In these instances, the resulting oil spill risk assessments may inadvertently be based on highly improbable combinations of release conditions and met ocean forcing.
A transparent and robust risk-based oil spill risk assessment needs to explicitly communicate the differences between the likelihood of a release event occurring and the probabilities of the potential trajectories that could result under different combinations of met ocean parameters. This poster uses a hypothetical deepwater blowout to illustrate how stochastic and deterministic modeling can be combined to characterize the probability distribution associated with the (variable) potential consequence of a discharge event. The proposed modeling strategy allows for the set of trajectories generated by stochastic modeling to be ranked based on various metrics of interest (e.g., volume of water column swept, area of surface slick, or volume of oil ashore) so the distribution of potential consequence can be evaluated. Following recently industry guidance (IPECA-OGP), it is suggested that the most probably deterministic trajectory be paired with statistical analysis, although the strategy allows for an identifiable amount of conservatism to be incorporated into the analyses by selecting one or more other trajectories for detailed impacts assessment.
Development of the Cold Weather Training Courses
Authors: Fraser-Smith Kate , Nevin Andrew 
Published: December 2017

With the increasing interest to drill in extreme cold environments and the existing drilling and production of oil in extreme cold weather locations, the extent of cold regions operations are expected to increase. OSRL tasked its Cold Weather Working Group to assess and build on its capability to maintain a suitable level of competence to deliver the response services required by its members.
The subsequent action was the design and delivery of a five day cold weather Standard Course and Continuation Course to OSRL staff, Global Response Network (GRN) members and industry. The courses were designed using the cold weather knowledge and experience that OSRL staff gained through their secondments in Sakhalin, Kazakhstan and Alaska. GRN members, in particular Eastern Canada Response Centre (ECRC) and Alaska Clean Seas (ACS), were also instrumental in the design and delivery of the courses.
The paper will seek to present how knowledge collaboration and impartation has been integrated throughout the full training cycle which includes the preparation phase of the courses, the delivery phase in Canada with the delegates from GRN members and industry, and the evaluation phase with a view for future development courses. Much research has been conducted on theory and methods of response to oil spills in extreme cold weather environments and the challenges that can arise such as the safety elements of working on ice and in remote locations.
In conclusion, the paper will highlight the elements of the Standard and Continuation Courses that are implemented into the training cycle in order to increase, and thereafter, maintain OSRL's competence and industry's preparedness.
The Direct Quantitative Measurement of In-Situ Burn (ISB) Rate and Efficiency
Authors: Panetta Paul D. , Byrne Richard , Du Hualong 
Published: December 2017

ABSTRACT
In-situ burning (ISB) is an important tool to remove oil from the environment. During ISB, it is important to know the volume reduction of oil for the overall accounting of the spilled oil, as a metric for operational decisions, and to account for the ISB portion of the oil budget. The burn rate depends on the type of oil, degree of emulsification and weathering, estimated thickness, weather conditions, and size of the burn area. Furthermore, each spill has a unique physical environment and oil properties that affect burn efficiency and rate. The volume of oil consumed during ISB is typically computed using a manual, coarse, time integration of the instantaneous burn area based on visual observations and a characteristic burn rate. The area is typically estimated in the field using known boom geometry and visual inspection of the fire-water interface, and recorded manually.
We have developed methods to measure the instantaneous consumption of burning oil and thus the oil burn rate by integrating direct measurements of thickness using acoustics sensors in the water under the slick with direct measurements of the area of the burning oil using infrared and visible light images from cameras above the burning oil. Data were collected during the burning of several oils and petroleum products including ANS, rock, diesel, and hexane. The acoustic thickness measurement took into account the high temperature gradient in the oil and combined with multi camera automated burn area estimates yielded an instantaneous measurement of the volume of oil consumed while burning.
We were able to identify the buildup of the burn, the active burning phase, and in the case of confined burns the vigorous burning phase. Knowing the instantaneous thickness and surface area during burning allowed us to directly calculate the burn rate and to study the dynamics of ISB. We are working on validating the burn rate and efficiency with direct measurements of the weight of the oil and residue before, during, and after burning. The authors believe these are the first direct measurements of slick thickness using acoustics during ISB.