Purpose: This study was done to develop and test a home-based discharge program. Methods: The study design was a pretest-posttest nonequivalent nonsynchronized quasi-experimental design. Participants were mothers of premature infants on oxygen therapy at home. The participants, 49 mothers, were assigned to either the experimental group (24) or control group (25). Data collection was conducted from September, 2008 through February, 2009. Maternal confidence and anxiety were measured using a questionnaire. Chi-square test, t-test and Repeated Measures ANOVA were used to analysis the data. Results: Two hypotheses, "Maternal confidence in the experimental group will be higher than that of the control group" and "Perceived anxiety level in the experimental group will be lower than that of the control group", were set up and both hypotheses were supported as there was a statistically significant difference between the two groups. Conclusion: It suggests that the discharge program developed in this study is an efficient intervention method to boost maternal confidence of the mothers with premature infants and to decrease their anxiety; therefore, this program is expected to be of use in nursing interventions.

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The present study has been conducted for evaluating and comparing the performance of the underfloor air distribution system(UFAD) and the ceiling based air distribution system(CBAD) under cooling condition. Simulations and experiments were carried out for verifying the model by TRNSYS program about UFAD and CBAD. The results of simulation for various conditions of thermal load are summarized as followings. UFAD had an advantage for making thermal comfort because of lower temperature of the floor surface. Moreover, UFAD showed lower fan power about 30～50% than CBAD under the same conditions of thermal load. The energy saving rates of UFAD were increased to 17.7% in proportion to the thermal load on unoccupied zone(lighting). Ultimately, additional investigations should be done for analyzing optimized operating conditions of UFAD with considering the thermal performance of building envelop and the thermal load.

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