SY-YUAN KANG2026-10-162026-10-162014-01-01Pure ID: 43366974Pure UUID: f6377c74-7302-4113-b2e8-8d1c25c30b97https://www.scopus.com/pages/publications/84924667401https://scholars.csmu.edu.tw/handle/123456789/23963The purpose of this study is to establish an assessment of the contribution of indoor air quality using measures of actual improvement. The main concept to construct a receptor model of indoor air quality improvement measures to optimize the evaluation model, in which the mass balance model to estimate the background of the experimental results of the characteristic parameters of the experimental sites. Include: increasing the amount of ventilation (VE), HEPA Filter (HE), activated carbon filter (AC) and photocatalyst filter (PC) of the air cleaner) and so on. Contribution of each measure was VE: 55.9% ∼ 79.1%, HE: 20.9% ∼ 43.4%, AC: 0.0% ∼ 0.0%, PC: 0.0% ∼ 0.7%. Improvement measures in order to increase the total heat exchanger ventilation is the best improvement measures (55.9% ∼ 79.1%); alone air purifiers according to place staff may be, when you place more staff in HE filter the best place staff fewer best when activated carbon filter.8enjournal article