capacity. IC)
- TV+IRV. 약3600ml
-안정시 날숨이 끝난 후 최대로 들여 마실 수 있는 공기량
*기능적잔기용량(functional residual capacity. FRC)
- ERV+RV. 약2400ml
-정상적인 일회호흡량, 숨을 내쉰 후 폐에 남아 있는 공기량
-폐의 평형용적(equilibrium volume)으로 생각할 수
*전폐용량(total lung capacity. TLC)
-모든 폐용적
Dissolved O2
2% of total O2 content in blood
Dissolved O2 is 0.3mL O2/100mL blood
[At normal PaO2(100mmHg)]
↓
Not satisfy Oxygen demand of tissue
O2 Binding capacity
maximum O2 that can be combined with blood unit
volume of Hemoglobin
Most of O2 transported in blood, is decided by O2 binding capacity of Hemoglobin and concentration of erythrocyte. O2-Binding capacity is maximum
capacity, FRC) 일회 호흡용적을 호기한 상태에서 폐 내에 남아 있는 공기의 양을 말한다. 즉, FRC=ERV+RV=2,400㎖이다.
▪ 폐활량(vital capacity, VC) 최대로 폐내의 공기를 흡기한 후 최대로 호기할 때 배출되는 공기의 양을 말한다. 즉, VC=IRV+TV+ERV=4,800㎖이다.
▪ 총 폐용량(total lung capacity, TLC) 최대로 흡기한
to back a truck onto a dumper( 6 trucks/ hour) and they moved to five dumpers. So total dumps capacity is 75 (bbls/truck) X 6 (truck/hour) X 5 dumps = 2250
Second, temporary holding bins capacity :
1)Only dry berries bins (bins 1~16): 16 bins X 250bbls = 4000bbls
2)Wet of dry berries bins (bins 17~24): 8 bins X 250bbls = 2000bbls
3)Only wet berries (bins 25~27) : 3 bins X 400bbls = 1200bbls
capacity of RP1? What is the maximum processing capacity of each operation?
2) CAPACITY & PROBLEM ANALYSIS
i. CAPACITY ANALYSIS
1. Berries upload to dump
(1) Average truck delivery is 75bbl
(2) Suppose to take 10minutes to each truck.
Each dumps capacity=75(bbl/hr)*6=450(bbl/hr)
(3) Total dumps capacity=450(bbl/hr)*5=2250(bbl/hr)
2. Temporary holding bins capacity
(1) Bins1-16(dr