55 research outputs found
Stressors in the multicultural construction working environment
Due to the dynamic and complex nature of the construction industry, construction workers are often exposed to a range of stressors which are causative factors for mental health problems. Simultaneously, intercultural contact between workers in a multicultural working environment may aggravate mental health issues. A better understanding of stressors can contribute to the development of targeted measures for mental health prevention and promotion. Therefore, this study aims to investigate the correlation between stressors and mental health for construction workers in a culturally diverse working environment. Data were collected using questionnaires from 252 construction workers in Australia. The Pearson correlation analysis was used to analyse the collected data. The results revealed the significant correlations between stressors and mental health outcomes and indicated the most significant stressors from work, personal and cultural domains. The findings provide valuable insights for practitioners and policymakers on the development of mental health interventions for construction workforce in a multicultural context. Researchers could also benefit from an in-depth comprehension on the causative factors of psychological issues in the construction industry
Coping strategies for work and cultural stressors in multicultural construction workplaces : a study in Australia
Existing coping theories typically position coping as a reactive approach to managing mental health. Intercultural coping was proposed to positively deal with stressors and alleviate the negative impacts of stressors on mental health outcomes in multicultural workplaces. This study aims to investigate the role of intercultural coping strategies in influencing the relationships between stressors and mental health outcomes in multicultural construction workplaces. Data were collected from 252 construction workers in Australia using online questionnaire survey. Data were analysed using the structural equation modelling (SEM) technique. The results revealed the moderating effect of positive coping strategies on the stressor-psychological outcome relationship. A worker who is open to cultural dissimilarity tends to suffer less the adverse effect of cultural stressors on mental health. A worker with cognitive complexity is less susceptible to the adverse impact of work stressors on mental health. Whereas, a worker who is performance-oriented is more vulnerable to the impact of work stressors on mental health. This study may contribute to the existing body of work by uncovering the moderating role of positive coping strategies and providing targeted and effective coping strategies in multicultural construction workplaces
Distinct Fermi Surface Topology and Nodeless Superconducting Gap in (Tl0.58Rb0.42)Fe1.72Se2 Superconductor
High resolution angle-resolved photoemission measurements have been carried
out to study the electronic structure and superconducting gap of the
(TlRb)FeSe superconductor with a T=32 K. The
Fermi surface topology consists of two electron-like Fermi surface sheets
around point which is distinct from that in all other iron-based
compounds reported so far. The Fermi surface around the M point shows a nearly
isotropic superconducting gap of 12 meV. The large Fermi surface near the
point also shows a nearly isotropic superconducting gap of 15
meV while no superconducting gap opening is clearly observed for the inner tiny
Fermi surface. Our observed new Fermi surface topology and its associated
superconducting gap will provide key insights and constraints in understanding
superconductivity mechanism in the iron-based superconductors.Comment: 4 pages, 4 figure
Tunable Dirac Fermion Dynamics in Topological Insulators
Three-dimensional topological insulators are characterized by insulating bulk
state and metallic surface state involving Dirac fermions that behave as
massless relativistic particles. These Dirac fermions are responsible for
achieving a number of novel and exotic quantum phenomena in the topological
insulators and for their potential applications in spintronics and quantum
computations. It is thus essential to understand the electron dynamics of the
Dirac fermions, i.e., how they interact with other electrons, phonons and
disorders. Here we report super-high resolution angle-resolved photoemission
studies on the Dirac fermion dynamics in the prototypical Bi2(Te,Se)3
topological insulators. We have directly revealed signatures of the
electron-phonon coupling in these topological insulators and found that the
electron-disorder interaction is the dominant factor in the scattering process.
The Dirac fermion dynamics in Bi2(Te3-xSex) topological insulators can be tuned
by varying the composition, x, or by controlling the charge carriers. Our
findings provide crucial information in understanding the electron dynamics of
the Dirac fermions in topological insulators and in engineering their surface
state for fundamental studies and potential applications.Comment: 14 Pages, 4 Figure
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