list of figures
figure c2.1-1 split-ring floating-head design
figure c2.1-2 pull-through floating-head design
figure c2.1-3 outside-packed floating-head (lantern-ring)design
figure c2.1-4 outside-packed floating-head(stuffing-box)design
figure c2.2-1 horizontal e-type shellside condenser
figure c2.2-2 vertical e-type shellside condenser
figure c2.2-3 horizontal j21 shellside condenser
figure c2.2-4 horizontal x-type shellside condenser
figure c2.2-5 vertical e-type tubeside downflow condenser
figure c2.2-6 separation of liquid and vapor at exit of vertical downflow condenser
figure c2.2-7 vertical e-type tubeside reflux condenser
figure c2.2-8 horizontal e-type tubeside condenser, single tubepass
figure c2.3-1 typical kettle reboiler configuration
figure c2.3-2 typical internal reboiler configuration
figure c2.3-3 typical vertical thermosiphon reboiler configuration
figure c2.3-4 h-type horizontal thermosiphon reboiler configuration
figure c2.3-5 typical pump-through reboiler configuration
figure c2.3-6 hypothetical cost relations for optimization of pump-through reboilers
figure c2.3-7 typical falling film reboiler configuration
figure c2.4-1 frame assembly components
figure c2.4-2 typical plate and gasket arrangement
figure c2.4-3 flow in a u arrangement
figure c2.4-4 plate dimensions
figure c2.4-5 example effects of mixing high- and low-angle plates
figure c2.4-6 mixed-channel arrangement(11 x plates, 4 y plates)
table
table c2.5-4 coefficients in equations (c2.5-33) and (c2.5-34)
table c2.5-5 coefficients in equation(c2.5-37)
table c2.6-1 comparsion of baffle types
table c2.6-2 rating abbreviations
table c2.6-3 reboilers
table c2.6-4 condensers
table c2.6-5 single-phase
table c2.6-6 two-phase feed-effluent exchangers
figure c2.4-7 u-type system
figure c2.4-8 two-pass, two-flow system (2x3/2x3)
figure c2.4-9 flow and plate arrangement for three-fluid (a,b,c) system
figure c2.4-10 dimensions Xp and Yp for plate enlargement factor, φ
figure c2.4-11 relationships among plate pitch, p, channel spacing, b, and plate wall thickness, s
figure c2.5-1 forced draft, horizontal configuration
figure c2.5-2 induced draft, horizontal configuration
figure c2.5-3 a-frame configuration
figure c2.5-4 vertical configuration, forced or induced draft
figure c2.5-5 vertical configuration, induced draft (box construction)
figure c2.5-6 performance curve of 8-ft od fan
figure c2.5-7 trapping noncondensables
圖c2.5-8有效性與實際管長的比值對於4排風冷冷凝器
圖c2.6-1殼體樣式
圖c2.6-2擋板樣式
圖c2.6-3螺旋擋板
圖c2 .6-4圓盤和圓環擋板
表格
列表c2.4-1常用導熱板材料
表c2.5-1風扇環k因子（k）
表c2.5-2扇形屏或中間k係數（Kint）
表c2.5 -3百葉窗壓降與空氣速度數據
c3節
管殼單相流動
c3.1殼流傳熱和壓降採用流分析法
c3.1.1引言
c3.1.2流量分佈方程
c3.1.2.1 corssflow fraction
c3.1.2.2窗口流量分數
c3.1.3壓降計算
c3.1.4傳熱計算
c3.1.5平均溫差曲線，
ξc3.1.6可能精度
c3.1.7殼側傳熱和壓降，螺旋
折流板c3.1.7.1傳熱
c3.1.7.2壓降