“This Life is Normal for Me” : A Study of Everyday Life Experiences and Coping Strategies of Live-in Carers in Taiwan

Recruiting migrant live-in carers has become the main strategy to address the rapid increase in the number of older persons with intensive care needs in many parts of the developed world. This is also the case in northern Taiwan, where this study took place. Thirteen live-in carers from Indonesia and the Philippines were interviewed in the fall of 2019. In this article, we discuss their two main coping strategies: a) “accepting destiny”, which refers to carers accepting their life and viewing their role as a live-in carer as a job that allowed them to meet their parents’ expectations of financial support; and b) “connecting to significant others”, which is the most important way carers found motivation to keep going. However, despite their coping strategies, working as a live-in carer was experienced as a challenging and precarious lifestyle. In the conclusion, we discuss how professional social workers in collaboration with decision-makers and non-governmental organizations in Taiwan could contribute to fostering a system that would support live-in carers in ways that allow them, and the older persons they care for, to thrive.Peer reviewe

We are All Interdependent : A Study of Relationships Between Migrant Live-In Carers and Employers in Taiwan

For the past three decades, to meet the increasing need for long-term care, the Taiwanese government’s primary approach has been to import migrant care workers. In this article, we analyse qualitative interview data produced in an Indigenous community. Drawing on Kittay’s feminist dependency theory, we explore the interrelationships and collaborative efforts between live-in carers and their employers. Three types of relationships were identified: ‘unsupportive relationships’, where the live-in carer was treated as a servant; ‘supportive relationships’, where the live-in carer was treated as a care worker; and ‘semi-supportive relationships’, where the live-in carer was treated as a carer-servant. In conclusion, the article sheds light on how the live-in carer arrangement could be practised in ways that allow live-in carers and thereby their care recipients to thrive.Peer reviewe

Thermodynamic interpolation for the simulation of two-phase flow of non-ideal mixtures

This paper describes the development and application of a technique for the rapid interpolation of thermodynamic properties of mixtures for the purposes of simulating two-phase flow. The technique is based on adaptive inverse interpolation and can be applied to any Equation of State and multicomponent mixture. Following analysis of its accuracy, the method is coupled with a two-phase flow model, based on the homogeneous equilibrium mixture assumption, and applied to the simulation of flows of carbon dioxide (CO2) rich mixtures. This coupled flow model is used to simulate the experimental decompression of binary and quinternary mixtures. It is found that the predictions are in good agreement with the experimental data and that the interpolation approach provides a flexible, robust means of obtaining thermodynamic properties for use in flow models

The ALICE TPC, a large 3-dimensional tracking device with fast readout for ultra-high multiplicity events

The design, construction, and commissioning of the ALICE Time-Projection Chamber (TPC) is described. It is the main device for pattern recognition, tracking, and identification of charged particles in the ALICE experiment at the CERN LHC. The TPC is cylindrical in shape with a volume close to 90 m^3 and is operated in a 0.5 T solenoidal magnetic field parallel to its axis. In this paper we describe in detail the design considerations for this detector for operation in the extreme multiplicity environment of central Pb--Pb collisions at LHC energy. The implementation of the resulting requirements into hardware (field cage, read-out chambers, electronics), infrastructure (gas and cooling system, laser-calibration system), and software led to many technical innovations which are described along with a presentation of all the major components of the detector, as currently realized. We also report on the performance achieved after completion of the first round of stand-alone calibration runs and demonstrate results close to those specified in the TPC Technical Design Report.Comment: 55 pages, 82 figure

Process Simulation of Impurity Impacts on CO2 Fluids Flowing in Pipelines

YesCaptured carbon dioxide flowing in pipelines is impure. The impurities contained in the carbon dioxide fluid impact on the properties of the fluid. The impact of each impurity has not been adequately studied and fully understood. In this study, binary mixtures containing carbon dioxide and one impurity, at the maximum permitted concentration, flowing in pipelines are studied to understand their impact on pipeline performance. A hypothetical 70 km uninsulated pipeline is assumed and simulated using Aspen HYSYS (v.10) and gPROMS (v.5.1.1). The mass flow rate is 2,200,600 kg/h; the internal and external diameters are 0.711 m and 0.785 m. 15 MPa and 9 MPa were assumed as inlet and minimum pressures and 33 oC as the inlet temperature, to ensure that the fluid remain in the dense (subcritical or supercritical) phase. Each binary fluid is studied at the maximum allowable concentration and deviations from pure carbon dioxide at the same conditions is determined. These deviations were graded to rank the impurities in order of the degree of impact on each parameter. All impurities had at least one negative impact on carbon dioxide fluid flow. Nitrogen with the highest concentration (10-mol %) had the worst impact on pressure loss (in horizontal pipeline), density, and critical pressure. Hydrogen sulphide (with 1.5-mol %) had the least impact, hardly changing the thermodynamic properties of pure carbon dioxide

The ALICE TPC, a large 3-dimensional tracking device with fast readout for ultra-high multiplicity events

The design, construction, and commissioning of the ALICE Time-Projection Chamber (TPC) is described. It is the main device for pattern recognition, tracking, and identification of charged particles in the ALICE experiment at the CERN LHC. The TPC is cylindrical in shape with a volume close to 90 m3 and is operated in a 0.5 T solenoidal magnetic field parallel to its axis. In this paper we describe in detail the design considerations for this detector for operation in the extreme multiplicity environment of central Pb–Pb collisions at LHC energy. The implementation of the resulting requirements into hardware (field cage, read-out chambers, electronics), infrastructure (gas and cooling system, laser-calibration system), and software led to many technical innovations which are described along with a presentation of all the major components of the detector, as currently realized. We also report on the performance achieved after completion of the first round of stand-alone calibration runs and demonstrate results close to those specified in the TPC Technical Design Report.publishedVersio

Mot en ny introduksjonsordning for flyktninger

Denne rapporten handler om etableringen av Kvinnesporet, en utprøving av en ny modell for introduksjonsordningen for flyktninger i regi av Meland kommune. I prosjektperioden har Meland jobbet med å utvikle og prøve ut Kvinnesporet som har kvinner med lav formalkompetanse som sin hovedmålgruppe.RFF-Ves

Kvinnesporet i Meland

Denne rapporten handler om etableringen av Kvinnesporet, en utprøving av en ny modell for introduksjonsordningen for flyktninger i regi av Meland kommune. I prosjektperioden har Meland jobbet med å utvikle og prøve ut Kvinnesporet som har kvinner med lav formalkompetanse som sin hovedmålgruppe