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목차
<ppt 구성>
1. Introduction
2. Theory
3. Modeling
4. Result
5. Conclusion
<레포트 구성>
1. abstract
2. Introduction
3. Theoretical backgrounds
4. Method
5. Result analysis
6. conclusion
7. reference
1. Introduction
2. Theory
3. Modeling
4. Result
5. Conclusion
<레포트 구성>
1. abstract
2. Introduction
3. Theoretical backgrounds
4. Method
5. Result analysis
6. conclusion
7. reference
본문내용
In these unprecedented times, it is critical that hospital ventilation systems are in
proper working order. The COVID-19 coronavirus has heightened this importance more
than ever. Particularly in a hospital setting, certain populations are more vulnerable to
airborne infections than others, including immune-compromised patients, newborns and
the elderly. Of course, hospital personnel and visitors can also be at risk of contracting
airborne diseases as well. The so-called “Negative Pressure Room” is a rising issue in
many countries. This room is for isolating infected patients from healthy ones. For this
study, we pointed out a problem that the negative pressure room has. What is more, we
came up with an ideal solution that not only solve the current problem, but also ultimately resolve the problem of lack of supply.
proper working order. The COVID-19 coronavirus has heightened this importance more
than ever. Particularly in a hospital setting, certain populations are more vulnerable to
airborne infections than others, including immune-compromised patients, newborns and
the elderly. Of course, hospital personnel and visitors can also be at risk of contracting
airborne diseases as well. The so-called “Negative Pressure Room” is a rising issue in
many countries. This room is for isolating infected patients from healthy ones. For this
study, we pointed out a problem that the negative pressure room has. What is more, we
came up with an ideal solution that not only solve the current problem, but also ultimately resolve the problem of lack of supply.
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