- Page 1: MICROFICHEREFERENCELIBFUUWA project
- Page 4 and 5: TABLE OF CONTENTS:.LIST OF FIGURES
- Page 8 and 9: LIST OF TABLESTable2.12.2a2.2b3.13.
- Page 10 and 11: 2find both new water lifting device
- Page 12 and 13: 4During the 3rd centuryB.C., Archim
- Page 14 and 15: GIn 1698, Thomas Savery obtained a
- Page 16 and 17: 9the United States was starting set
- Page 18 and 19: 11engines, motors, transmissions, e
- Page 20 and 21: Chapter 2Water LiftingPrinciples2.1
- Page 22 and 23: 15Table 2.2a Classification of wate
- Page 24 and 25: 2.2.1 Discharge or Capacity (Q)Disc
- Page 26 and 27: (h) Drawdown (D) is the vertical di
- Page 28 and 29: 21Tota I DynamicHeadI Total Static
- Page 30 and 31: 23Vapor Pressure (P,)Suction Fricti
- Page 32 and 33: Multiplying all these efficiencies
- Page 34 and 35: 27NPSHR-Q, is also usually included
- Page 36 and 37: 3.2.1.1 Bucket/BagUtilizing nothing
- Page 38 and 39: handmade construction can be easily
- Page 40: animal is returning to the top, the
- Page 43 and 44: 363.2.1-S Counterpoise LiftThe coun
- Page 45 and 46: 38to return the lever. Combinations
- Page 47 and 48: 40Table 3.1Shadouf performanceLift
- Page 49 and 50: (b)Figure 3.5 Scoop (a) used as sho
- Page 51 and 52: ‘PIVOT-r- ----hFigure 3.6 Wzcer b
- Page 53 and 54: 46water. The capacity of this devic
- Page 55 and 56: - =7?=PIVOTCOUNTER WEIGHT\FLAP- VAL
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50(a)ROLLER 7- HAND RAIL/SIDE - BY-
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52flow in through a check-valve (e.
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54exhaust valves for the steam (or
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56Another significant difference be
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58shaft), two other forms of these
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60Among the simplest designs for a
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62/HANDLEBARDISCHARGEHOSEfFOOTRE$TD
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HANDLE/CONNECTINGARMDISCHARGEFLAP V
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663.3.1 WheelAfter many of the earl
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68Table 3.2 Manually-operated paddl
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70engine (2-3 hp) as the prime move
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72Table 3.3 records some of the per
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74Several names which are also appl
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76Table 3.5Zawafa performanceLiftDi
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78noria and the discharge and head
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80enclosed circumference can also b
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82Most early tympanums were of the
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84Table 3.6Tympanum performanceDiam
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86sufficiently compact and lightwei
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88of 3000 gpm or 5000 psig. Dependi
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SE;vlI - ROTARYBUCKET VANEU’C)Fig
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92(a)AIRCHAMBERAIR FEEDERVALVEWASTE
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94Table 3.8Ram performanceA. Typica
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COMPRESSEDAIRDEAofpctI5LT1EDUCTC II
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98FLASHTANK .iJI 10 -NON-RETURNVALV
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Because the components are not yet
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102air-lift pumps. The oscillation
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104and from the impeller and confin
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106making this type pump useful for
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90s; 80iTi!g 700E 60W50SPECIFIC SPE
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110to lubricate all or some of thei
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112such variables as impeller size,
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114GEAR HEADOR IVE SHAFTTO PRIME MO
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116W(clFigure 4.6 (a) Thai-style ou
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118DRIVINGSUCTIONDIFFUSERa- - =tQ,E
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DISCHARGELINE OISCHARGE RETURNLINEL
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-122which at $.20/kg, cost $6.00. H
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Table 5.1Manual power appl icat i a
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126water lifting device. Animals ar
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1285.4.1 WindWindmills are currentl
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130even saw use on the windy plains
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172HAL F CYLINDERSt------TO WATER L
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135a vertical shaft, the wind will
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--Table 5.3 Typical winchnil 1 clpp
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Table 5.4 Typical watermill applica
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141MEDIUM BREASTFigure 5.6 (a) Medi
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SLUICEGATEc, ~/I#/,.----- ------I L
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145-H-f -- WH---@II
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147with a 330,250 gpd capacity. Bat
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149Where electric power is not econ
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151electricity), the amount of use
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153of building and installing the d
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155II 300‘0083ooLoo93oo‘ootr000
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157Example G .l (after Molenaar, 19
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LOW LIFT VERTICAL PUA /lPI------PER
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Chapter 7Improvements and Research
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163example for further projects (Fa
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165Reynolds (1970) writes, " . ..ma
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16?BIBLIOGKAPlIYAddison, Ii., Ccntr
- Page 175 and 176:
169Committee on Water Supply Engine
- Page 177 and 178:
Gatz, C. A., Johnston Vertical Pump
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173Mother Earth News,1574.Ilandbook
- Page 181 and 182:
175Reynolds, I. II. , “High Duty
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177Svcndsen, M., "Irrigation Techno
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179APPENDIX
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Tabic;: A.2 Area conversions and ab
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Table A.4 Pressure conversions and
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Table A.6 Discharge conversions and
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Table'A.8 Specific speed (N,) conve
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ABHPDD- area- brake horsepower- dia