bluuebunny/crossref_metadata_2025_split huggingface dataset:
The Value of Preoperative Speech-Language Pathology Counseling for Candidates for Cochlear Implants
Authors: Zombek Lindsay 
Published: August 2020

Purpose
This article identifies benefits of pre-operative counseling as part of an aural rehabilitation assessment with a speech-language pathologist as part of adult candidacy for cochlear implants. Aural rehabilitation assessment is not mandated by the Food and Drug Administration in the United States, by some insurance companies, nor consistently by cochlear implant centers as part of cochlear implant candidacy. Although these entities do not require an aural rehabilitation assessment pre-operatively, this assessment and counseling opportunity may offer benefits beyond its contributions to the actual candidacy determination. The perceived benefits of the aural rehabilitation counseling will be discussed.

Method
A retrospective review was conducted of adults who did and did not receive counseling by a speech-language pathologist as part of their candidacy determination for a cochlear implant.

Results
Benefits of pre-operative counseling were found to include realistic expectations and motivation for postoperative management, established rapport with the postoperative therapist, determination of candidates’ personal goals ahead of initiation of aural rehabilitation, and increased rates of enrollment in postoperative aural rehabilitation.

Conclusion
Pre-operative assessment and counseling by aural rehabilitation practitioners may provide benefits and warrant inclusion in pre-operative cochlear implant candidacy determination.
Metonymic construal and vehicle selection
Authors: Kowalewski Hubert 
Published: August 2020

AbstractThe article investigates the process of the selection of vehicle concepts in Polish Sign Language (PJM). Why are certain contiguity relations chosen out of many potentially available candidates as the basis for metonymies and why do some other contiguity relations not make felicitous metonymies? The process is certainly influenced by many factors, but the article focuses on several factors related to the dimensions of construal of metonymic concepts (in Langacker’s understanding), including the scope of conception and aspects of perspective (the preference for the observable entities and the distinction between subjectively and objectively construed concepts). Vehicle selection is also constrained by the effective reference requirement and the subjectively perceived vitality of contiguity relations.
Unit commitment direct current optimal power flow using mixed-integer linear programming
Authors: Azis M F , Habibuddin J , Mutmainnah  , Muchtar T , Purwanto D 
Published: August 2020

Abstract
This paper presents unit commitment direct current optimal power flow (UCDCOPF) using mixed-integer linear programming (MILP) for daily power system generation planning. This method is used to solve optimum operation in an electric power system by scheduling generator status and calculating the optimal power output of each generator in a power system. The calculation of this method considers several constraints in the power system. A modified IEEE 24 bus system is used as a test system to show the ability of the proposed approach.
The effect of boiler size of distillation to the concentration of bioethanol and yield from fermentation of sweet sorghum juice
Authors: Sarungallo Rosalia Sira , Mellolo A , Melawaty L , Djonny M 
Published: August 2020

Abstract
Bioethanol from sorghum juice can be obtained by the fermentation process involving microorganisms. The distillation process is then carried out to increase the bioethanol concentration. The purpose of this study was to determine optimal of the boiler size from a distillation device based on the concentration of bioethanol final and yield. The bioethanol production research method consists of three stages, namely preparation of raw materials covers cleaning and pressing sorghum stem to get sweet sorghum juice, removal of phenolic compounds by the adsorption method using activated charcoal. Furthermore, the fermentation of sorghum juice is carried out in a batch system. The last stage, the main process of this research is the distillation process at column temperature 70 °C, with variations in the size of boiler A (diameter 7.5; height 29 cm), B (diameter 10 cm; height 20,5 cm), C (diameter 13; height 10 cm). The bioethanol concentration parameters were analyzed using Gas chromatography. The yield calculation is based on the comparison of the volume of bioethanol distillate with the volume of sweet sorghum juice. The results of the optimum bioethanol production research on boiler size C, with final bioethanol concentration (distillate) 75%, final volume of pure bioethanol 16.5 ml, and yield 6.6%.
The development of premarital mobile learning version 3.0 with jquery technology to be learning flexibility premarital course application
Authors: Herlinah  , habibi Baso , Rochman Abd 
Published: August 2020

Abstract
This research activity aims to develop premarital mobile learning applications v 2.0 to become premarital mobile learning v 3.0 based online with the app store. The focus of the application development is more on the flexibility of the application, namely the ease in the process of editing the application’s animated video and e-book content, which will be adjusted to the applicable regulations in the Ministry of Religion. The software v 3.0 premarital mobile learning application that will be designed to build will also be added to the forum feature as a means of communication between the headman, as well as the process of question and answer between the premarital interviewees with the premarital course participants. The approach method used is object-oriented methodology, by implementing UML diagrams as functional modeling, using Javascript programming language, back server database language with php, and using jquery as an interface developer. The framework of application software engineering development with software Development Life Cycle (SDLC), namely the stages of planning, analysis, design, implementation, testing, and maintenance. The result of the research achieved are (1). Developing premarital mobile learning application software v 2.0 into premarital mobile learning application v.30 with all the ease of editing the material to be adjusted to the applicable provisions, material content stored in the html tag server (2). The development of version 3.0 with the flexibility of e-book learning, multimedia animation and forums as a means of communication between the premarital interviewees and the premarital course participants.
Sustainable development impact of implementing electric taxis in Jakarta: A cost-benefit analysis
Authors: Sumasto F , Imansuri F , Agus M , Safril  , Wirandi M 
Published: August 2020

Abstract
Due to issues in global warming in the world, the application of replacing fossil fuels to electricity is important to reduce air pollution, especially in the metropolitan area. In 2016, total emissions in Indonesia increased from 11th to 10th in the world and were the highest in ASEAN, so this became the focus in order to reduce emissions. What issues make efforts to change from conventional taxis to electric taxis an important measurement to achieve targets in energy-saving and reduce emissions because electric taxi has the potential to resource savings and to improve urban air quality. This study was conducted to diagnose the potential application of electric taxis by conducting a feasibility study, social impact, and environmental analysis in the implementation of the electric taxis to measure sustainability aspects. In the calculation process, the maintenance cost is estimated to be fixed. The results of this study from the cost-benefit analysis are expected to be able to contribute to the government and the private sectors for decision making towards increasing sustainability in Indonesia.
Ergonomic risk analysis of lecture chairs at the engineering faculty, Hasanuddin University
Authors: Mulyadi  , Nurwahidah Andi , Nismar Satria Dedi 
Published: August 2020

Abstract
Uncomfortable college chairs will cause health problems such as low back pain, etc. In addition to health problems will also affect student productivity and enthusiasm for learning. This study will identify the risk of ergonomics from lecture chairs at the Faculty of Engineering UNHAS and also identify and provide recommendations for examples of lecture chairs that should be used. This research will use several ergonomics methods such as REBA and nordic body map. Nordic body maps are used to identify parts of the body that feel pain when sitting in a college chair, while the REBA method is used to identify ergonomic risks when sitting in a college chair. The results of identification using the Nordic Body Map method found that several parts of the student’s body were aching like the neck, back, waist, buttocks. The next research method is the Rapid Upper Limb Assessment, the identification results obtained all students get a RULA 7 value which indicates changes in body posture or work facilities as soon as possible. The end of this study is the design of ergonomic lecture chairs in accordance with the wishes of students
A Hybrid Firefly and Local Search Algorithms to Solve Orienteering Problems
Authors: Sitompul C , Pramudi R , Setiawan F 
Published: August 2020

Abstract
A satisfied customer is a goal for every tourism agency who put efforts designing a tour route for its customers. The resulting problem often called an orienteering problem attempts to design a route that maximizes customer’s value for all destinations. We propose a firefly algorithm combined with a hybrid of local search algorithms to solve the problem. Our finding however suggests that firefly algorithms cannot outperform Ant Colony (AC) and Genetic Algorithm (GA).
Logistic regression model for user preference of online parking: A study case of Sidoarjo
Authors: Widodo E , Harnaningrum R N , Suparno  , Santoso A 
Published: August 2020

Abstract
This paper investigated the factors affecting user preference of online parking in Sidoarjo Regency of Indonesia, using a binary logistic regression model approach. This model could predict user preference between online and offline parking system. Through a nonprobability convenience sampling technique, structured questionnaire was used to collect primary data from 384 respondents in three different parking location of Sidoarjo. The result of the binary logistic regression model revealed that gender, age, parking frequency, and parking duration are the four main factors that are significantly affect user parking decision. This will be definitely helpful to the government of transportation department as parking policy maker to evolve strategies in encouraging people to use online parking.
Recommendations of ergonomic checkpoints and total ergonomics intervention in the pempek kemplang palembang industry
Authors: Setiawan H , Rinamurti M 
Published: August 2020

Abstract
This study evaluates the potential industrial working environment of the Pempek & Kemplang Palembang. Observation of the work environment found a lot of un-ergonomics impact that has not optimal productivity and exceeds the threshold value of aspects of human health. In order to optimize productivity, the production line is required to work quickly in an ECSHE (Effective, Comfortable, Safety, Health, Efficient) ergonomics for workers. Evaluate the work environment by implementing Ergonomics Checkpoints to see whether the working environment has been running well or not. Ergonomics Checkpoints used in this study include material handling aspects, safety, workstation design, lighting, development of human resources and sources of danger contribute to the value of most incompatibility which becomes the top priority in determining suggestions for improvement. While the Total Ergonomics intervention study includes; work posture, un-ergonomics design tools, un-physiological work, classification of subjectivity level of musculoskeletal system is 55-76 (high risk), classification of subjectivity level of fatigue is 66-79 (high category), physical workload at workload level is 125-150 bpm (weight category), and the %CVL category is 78-85% (rather heavy). To be more holistic the 5S method and participatory training in human resources are also used as a method of evaluating the work environment in this industry.
International Joint Venture (IJV) in emerging economies: Case Study of Automotive Industry
Authors: Nadiyah K , Vojisavljevic V , Amar K 
Published: August 2020

Abstract
International Joint Venture (IJV), a popular form of Foreign Direct Investment (FDI), is a favourite mode for automobiles multinational companies (MNCs) to expand into new markets, especially emerging economies. However, many things are considered by MNCs in selecting investment destinations, including industry growth and the quality of destination countries. Therefore, emerging economies need to show their attractiveness to attract MNCs to invest there. This research has analysed the growth of the automotive industry in two emerging economies, India and Indonesia, and its economic impacts, and provides information on the contribution of the IJV to the host country and explains the attractiveness of the two countries, particularly in the automotive field. The findings on the research are useful in giving consideration to MNCs to invest in both countries, especially in the automotive field. Furthermore, it also provides information to emerging economies about the contribution of the IJV company to the host country.
Exploring Mars at the nanoscale: Applications of transmission electron microscopy and atom probe tomography in planetary exploration
Authors: Daly L , Lee M R , Bagot P , Halpin J , Smith W , Mcfadzean S , O’Brien A C , Griffin S , Hallis L J , Cohen B E 
Published: August 2020

Abstract
The upcoming Mars Sample Return (MSR) mission aims to deliver small quantities of Martian rocks to the Earth. Investigating these precious samples requires the development and application of techniques that can extract the greatest amount of high quality data from the minimum sample volume, thereby maximising science return from MSR. Atom probe tomography (APT) and transmission electron microscopy (TEM) are two complementary techniques that can obtain nanoscale structural, geochemical and, in the case of atom probe, isotopic information from small sample volumes. Here we describe how both techniques operate, as well as review recent developments in sample preparation protocols. We also outline how APT has been successfully applied to extraterrestrial materials in the recent past. Finally, we describe how we have studied Martian meteorites using TEM and APT in close coordination in order to characterise the products of water/rock interactions in t h e cru st of Ma r s – a k ey sc ie n ce goal of MSR. Our results provide new insights into the Martian hydrosphere and the mechanisms of anhydrous-hydrous mineral replacement. In light of the unique results provided by these tools, APT and TEM should form a crucial part at the culmination of a correlative analytical pipeline for MSR mission materials.
A dictionary indexing approach for EBSD
Authors: De Graef M 
Published: August 2020

Abstract
Dictionary indexing is a new approach to the indexing of electron backscatter diffraction (EBSD) patterns. In this contribution, we will describe the underlying forward model as well as the indexing approach that uses a similarity metric between experimental and simulated patterns instead of feature extraction. Then we provide a number of example applications drawn from the materials and geological communities.
Analysis of oxide scales on oxidised EN 1.4509 ferritic stainless steel catalyst support by scanning electron microscopy
Authors: Navarro Vicente P , Nuñez Galindo A , Almagro Bello J F , Odriozola J A 
Published: August 2020

Abstract
This study aims to investigate the oxidation behaviour at high temperature of a commercial ferritic stainless steel EN 1.4509. Tests of high temperature oxidation in air were carried out under isothermal condition (950 ºC) with different exposure times in order to obtain the oxidation kinetics law associated to this material. The surface and cross-section were analysed by scanning electron microscopy and energy-dispersive X-ray spectrometry (SEM/EDS), where the oxide scales proved to be formed by an external Mn-Cr spinel and an inner chromia layer. These oxides were generated by the migration of metallic cations from the stainless steel to the atmosphere. The size of the generated spinel crystals increased when increasing the exposure time as well as the cross-section thickness did. Moreover, the surface modification of ferritic stainless steel EN1.4509 was studied when platinum is deposited on its surface. The feature of this surface-modified ferritic stainless steel against oxidative atmosphere was evaluated by SEM/EDS. This platinum deposition led to reach a different surface morphology in terms of crystal size and nature.
About the reliability of EBSD measurements: Data enhancement
Authors: Nolze G , Winkelmann A 
Published: August 2020

Abstract
An extensive set of information about the diffracting volume is carried by EBSD patterns: the crystal lattice, the reciprocal lattice, the crystal structure, the crystal symmetry, the mean periodic number of the diffracting phase, the source point from where it has been projected (projection centre), the crystal orientation, the sample topography (local tilt), the (preparation) quality or defect density of the crystal, and possible pattern overlaps. Some of this information is used regularly in conventional EBSD analyses software while others are still waiting for a more widespread application. Despite the wealth of information available, the accuracy and precision of the data that are presently extracted from conventional EBSD patterns are often well below the actual physical limits. Using a selection of example applications, we will demonstrate the gain in angular resolution possible using relatively low-resolution patterns of approximately 20k pixels in combination with pattern matching (PM) approaches. In this way, fine details in a microstructure can be revealed which would otherwise be hidden in the orientation noise.
Fission product distribution in irradiated safety-tested and non-safety-tested AGR-2 TRISO particles
Authors: Wright K E , van Rooyen I J 
Published: August 2020

Abstract
Two similarly-irradiated TRISO nuclear fuel particles, one safety-tested and one not-safety-tested, were examined by electron probe microanalysis (EPMA) as part of the advanced gas reactor (AGR) fuel development and qualification programme. The primary objective of this study was to determine the effect of high temperature safety testing on the fission product quantification and distribution. Concentration profiles for fission products were collected along two radii in each particle. Fission product mass balance distribution for both particles was determined by computing the material mass per traverse step-size and multiplying by the weight fraction analysis at that position. Results of these analyses suggest that the non-safety-tested particle contains more fission product mass in the centre 300 µm of the kernel than the safety-tested particle; however, for mobile fission products such as Cs, Xe, Te, Sr, Ba, and Pd, the mass moves out further from the particle centre in the safety-tested particle than the non-safety-tested particle. This mass balance approach to TRISO particle analysis is beneficial at elucidating fission product migration in irradiated and safety-tested particles and will be beneficial in applying to other particles to determine potential irradiation damage effects on the fission product distribution and mobility.
Mechanical Properties and Sustainability of Palm Kernel Shell Powder (PKSP) as a Partial Replacement of Cement
Authors: Vasudevan Gunalaan , Subramaniam Maneswaran 
Published: August 2020

Abstract
This research showed the results of experiments evaluating the use of palm kernel shell powder from palm oil refinery waste production as partial replacement of Ordinary Portland Cement (OPC). Many researchers have studied the use of agro-waste as constituents in concrete but not as a partial replacement of cement specifically. Therefore, the objective of this research is to identify the performance of palm kernel shell powder as partial replacement of cement in the production of concrete. Palm kernel shell powder in various amounts, namely 5%,10%,15% and 20 % by volume was added as a replacement for Ordinary Portland Cement (OPC). The results showed that palm kernel shell powder concrete greatly improved the workability, compressive and flexural strength of concrete. All of the testing were followed the American Society for Testing and Materials (ASTM). The workability of concrete was tested by using slump test to check the consistency of freshly made concrete. For compressive strength, a total of 27 cubes with size 150mm × 150mm × 150mm were used to determine the compressive strength of concrete when replace with 5%, 10%,15% and 20% of palm kernel shell powder as a replacement of cement in concrete. The results showed that palm kernel shell powder concrete greatly improved the compressive and flexural strength of concrete. The rate of water absorption of palm kernel shell powder reduced as palm kernel shell powder filled up the existing voids while making it impermeable. However, the compressive strength of the palm kernel shell powder decreases gradually when the amount increased. It can be concluded that the optimum amount of palm kernel shell powder as partial cement replacement is 15%. In the correction, an experimental investigation of ultrasonic pulse velocity(UPV), carbonation test and rebound hammer test was undertaken to palm kernel shell powder and admixtures as partial replacement cement in concrete.
Evaluating critical criteria for green hospital buildings
Authors: Huang Hsiang-Hsun , Huang Yu-Ying , Perng Yeng-Horng 
Published: August 2020

Abstract
Greening building is an increasingly important concern and a challenge in construction industry. The purpose of this paper is to evaluate the weights of criteria for green hospital buildings that provides decision-makers the priorities strategy in greening process. AHP was applied in this study to establish the hierarchy structure and evaluate the weight of criteria for green hospital buildings. The result indicated that sustainable site, energy saving, and water efficiency are the top three criteria. In the overall ranking, the top three significant sub-criteria are design of layout, greening of site, and energy saving for façade. The contribution of this study is to help decision-makers understand the relatively important of criteria to make decision for green hospital projects for sustainable development.
Implementation of Design and Build Contract in Government Building Construction Project Practice
Authors: Putro Anggoro , Latief Yusuf 
Published: August 2020

Abstract
The Development of government infrastructure projects, which has grown rapidly in recent years, require the Indonesian Government, through the Ministry of Public Work and Housing, to socialize the breakthrough of the national construction procurement system with design and build contract. This breakthrough on construction projects is expected to accelerate the achievement of government infrastructure targets, thus supporting national economic growth. The purpose of this research is to identify DB characteristics, implementation, the advantages and disadvantages in Indonesian construction projects, and to analyze the obstacles, conflicts and problems emerging on the construction project implementation. In the construction project implementation, all participants involved hopes that the project can be completed within the objectives. The expected objectives are that the project is completed in time, does not exceed the budget and meets the quality requirements.