| 초록 |
Chemical Warfare agent is very dangerous weapon which can extremely harmful to humankind. Therefore, Gas mask should be filtered through adsorbent in the gas mask. Although optimal adsorbents that adsorb harmful substances should be developed, Chemical Warfare agent has not been generalized in real-time analysis devices that can analyze quantified signals. Therefore, the analysis data were extracted and collected using In-situ FT-IR for breathing resistance and adsorption behavior according to design variables of single-volume adsorption layer, such as material, thickness, filling density, gas inflow velocity, etc. In this study, we can present a data guide for platform optimal design by conducting experiments on various forms of planar adsorption layers and all input variables related to the adsorption layer and breathing conditions on various platforms, including them, in numerical simulation for data stride under optimal design. |
