A Monte Carlo photocurrent/photoemission computer program

A Monte Carlo computer program was developed for the computation of photocurrents and photoemission in gamma (X-ray)-irradiated materials. The program was used for computation of radiation-induced surface currents on space vehicles and the computation of radiation-induced space charge environments within space vehicles

SELF-EFFICACY AND QUALITY OF LIFE OF PROFESSIONALS CARING FOR INDIVIDUALS WITH INTELLECTUAL DISABILITY

The quality of life experienced by social and healthcare professionals is among the factors that contribute to the definition of quality of service. Other factors seemingly in relation with experienced quality of life concern one\u2019s own efficacy, beliefs, and burnout. The present study intended to verify the relations that existed between these variables and the relation between professionals\u2019 characteristics and those of the users who benefited from their professional interventions. Involved were 146 social and healthcare professionals and 68 adults with intellectual disabilities. Concerning the influence of length of service, the analyses determined that significant increments exist in emotional exhaustion and depersonalization. There were increments, albeit not generalized, also with respect to self-efficacy. Satisfaction did not actually increase over time. Results from a discriminant functional analysis showed that only confidence in one\u2019s own ability to work in a team and establish productive and collaborative relationships with colleagues and superiors was a significant predictor of quality-of-life status. Further, the social and healthcare professionals who had higher levels of confidence in their own professional abilities cared for the individuals who showed greater self-determination, higher quality of life, and social skills