<http://schema.org/description>
"\u8AD6\u6587\u76EE\u9332 /  (0001.jp2)\nCONTENTS / p1 (0005.jp2)\nABSTRACT / p5 (0007.jp2)\nJAPANESE ABSTRACT / p7 (0008.jp2)\nACKNOWLEDGEMENTS / p11 (0010.jp2)\nLIST OF FIGURES / p13 (0011.jp2)\nLIST OF TABLES / p17 (0013.jp2)\nCHAPTER / p1 (0015.jp2)\n1 INTRODUCTION / p1 (0015.jp2)\n1.1 Energy Saving Methods in Distillation Process / p4 (0017.jp2)\n1.2 Development of Distillation Column with Internal Heat Integration / p12 (0021.jp2)\n1.3 Purpose and Scope of Study / p14 (0022.jp2)\n1.4 Perspective Organization of This Thesis / p16 (0023.jp2)\n2 MATHEMATICAL MODEL FOR A BINARY DIFFERENTIAL DISTILLATION COLUMN WITH INTERNAL HEAT INTEGRATION / p19 (0024.jp2)\n2.1 Introduction / p19 (0024.jp2)\n2.2 Film Theory for Mass Transfer at High Mass-Transfer Rate / p22 (0026.jp2)\n2.3 Derivation of Basic Equations Describing Composition Change within Differential Height / p25 (0027.jp2)\n2.4 Approving the Basic Equations by Experimental Data / p33 (0031.jp2)\n2.5 Discussion / p38 (0034.jp2)\n3 DESIGN METHOD FOR A BINARY DIFFERENTIAL DISTILLATION COLUMN WITH INTERNAL HEAT INTEGRATION / p39 (0034.jp2)\n3.1 Introduction / p39 (0034.jp2)\n3.2 Design Method for a Binary Differential Distillation Column with Internal Heat Integration / p40 (0035.jp2)\n3.3 Calculation Example and Discussion / p50 (0040.jp2)\n3.4 Conclusion / p53 (0041.jp2)\n4 DEVELOPMENT OF AN OPERATION-TYPE SIMULATOR FOR A BINARY DIFFERENTIAL DISTILLATION COLUMN WITH INTERNAL HEAT INTEGRATION / p59 (0044.jp2)\n4.1 Introduction / p59 (0044.jp2)\n4.2 Modification of the Basic Equations / p60 (0045.jp2)\n4.3 Calculation Algorithm for Operation-type Simulator / p64 (0047.jp2)\n4.4 Conclusion / p71 (0050.jp2)\n5 EXPERIMENTAL STUDY OF ENERGY REDUCIBILITY OF A WETTED-WALL DISTILLATION COLUMN WITH INTERNAL HEAT INTEGRATION / p73 (0051.jp2)\n5.1 Introduction / p73 (0051.jp2)\n5.2 Experimental Equipment / p78 (0054.jp2)\n5.3 Preliminary Experiment / p80 (0055.jp2)\n5.4 Experiment of Total Reflux Operation / p81 (0055.jp2)\n5.5 Experiment of Partial Reflux Operation / p94 (0062.jp2)\n5.6 Comparison between Simulation and Experimental Results / p100 (0065.jp2)\n5.7 Conclusion / p102 (0066.jp2)\n6 ANALYSIS OF ENERGY-REDUCIBILITY CHARACTERISTICS OF A BINARY PACKED DISTILLATION COLUMN WITH INTERNAL HEAT INTEGRATION / p103 (0066.jp2)\n6.1 Introduction / p103 (0066.jp2)\n6.2 Objective and Scope of Simulation / p104 (0067.jp2)\n6.3 Characteristics of the Stripping and the Rectifying Sections / p112 (0071.jp2)\n6.4 Characteristics of the Integrated Column / p120 (0075.jp2)\n6.5 Conclusion / p121 (0075.jp2)\n7 DEVELOPMENT OF AN OPERATION-TYPE SIMULATOR FOR A MULTICOMPONENT DIFFERENTIAL DISTILLATION COLUMN WITH INTERNAL HEAT INTEGRATION / p123 (0076.jp2)\n7.1 Introduction / p123 (0076.jp2)\n7.2 Linearized Model in Multicomponent Mass-Transfer Theory / p125 (0077.jp2)\n7.3 Basic Equations Describing the Multicomponent Mass-Transfer Rates / p130 (0080.jp2)\n7.4 Formation of Mathematical Model for a Multicomponent Differential Distillation Column with Internal Heat Integration / p133 (0081.jp2)\n7.5 Iterative Calculation Algorithm / p138 (0084.jp2)\n7.6 Calculation Example and Discussion / p147 (0088.jp2)\n7.7 Conclusion / p149 (0089.jp2)\n8 CONCLUSIONS / p151 (0090.jp2)\nAPPENDICES / p157 (0093.jp2)\nA:Tables of Physical Data for METHANOL, ETHANOL, WATER, BENZENE, TOLUENE and XYLENE / p158 (0094.jp2)\nB:Calibrations of Flow Meters F\u2081, F\u2083,and F\u2084 / p161 (0095.jp2)\nC:Calibrations of Thermo-Couples T\u2081, T\u2084 and Pressure Gauges P\u2081, P\u2083- / p164 (0097.jp2)\nD:Methods for Measuring the Heat Losses, and the Internal Heat Integration Rate / p169 (0099.jp2)\nE:Adjustment of the Pressure in the Rectifying Section and Characteristics of the Over-head Condenser / p178 (0104.jp2)\nF:Experiment Supporting System:\"ExSS\" / p184 (0107.jp2)\nG:Program List of \"ExSS\" / p191 (0110.jp2)\nH:List of the Design-type Simulator for a Binary DIDIHI / p208 (0119.jp2)\nI:List of the Operation-type Simulator for a Binary DIDIHI / p218 (0124.jp2)\nJ:List of the Operation-type Simulator for a Multicomponent DIDIHI / p235 (0132.jp2)\nNOTATION / p259 (0144.jp2)\nBIBLIOGRAPHY / p263 (0146.jp2)\nVITA / p271 (0150.jp2)\nPUBLICATIONS OF VEERAPOT LUEPRASITSAKUL / p273 (0151.jp2)\nABSTRACT / p5 (0007.jp2)\n\u535A\u58EB\u8AD6\u6587\n"^^<http://www.w3.org/2001/XMLSchema#string>
<http://ci.nii.ac.jp/naid/500000073089>