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insDoc(aux3,gLnk("S","Microelectronic Materials, Molecular Assemblies and Molecular Devices","javascript:writestring(&#39 10361&#39,&#39Microelectronic Materials, Molecular Assemblies and Molecular Devices&#39)"))
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insDoc(aux3,gLnk("S","Polymer Chain Structures","javascript:writestring(&#39 10365&#39,&#39Polymer Chain Structures&#39)"))
insDoc(aux3,gLnk("S","Polymer Rheology","javascript:writestring(&#39 10366&#39,&#39Polymer Rheology&#39)"))
insDoc(aux3,gLnk("S","Aggregation Structure of Polymer","javascript:writestring(&#39 10367&#39,&#39Aggregation Structure of Polymer&#39)"))
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insDoc(aux3,gLnk("S","Test and Characterization of Polymers","javascript:writestring(&#39 10369&#39,&#39Test and Characterization of Polymers&#39)"))
insDoc(aux3,gLnk("S","Mass Transportation Theory, Strength Theory, Fracture Mechanism","javascript:writestring(&#39 10370&#39,&#39Mass Transportation Theory, Strength Theory, Fracture Mechanism&#39)"))
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insDoc(aux3,gLnk("S","Mathematics and Computer Applications in Polymer Condensed State and Molecular Dynamics","javascript:writestring(&#39 10374&#39,&#39Mathematics and Computer Applications in Polymer Condensed State and Molecular Dynamics&#39)"))
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insDoc(aux3,gLnk("S","Plastics, Fibers, Rubbers and Their Moldings","javascript:writestring(&#39 10378&#39,&#39Plastics, Fibers, Rubbers and Their Moldings&#39)"))
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insDoc(aux3,gLnk("S","Bio-degradable Films","javascript:writestring(&#39 10380&#39,&#39Bio-degradable Films&#39)"))
insDoc(aux3,gLnk("S","Polymer Lubricating Materials","javascript:writestring(&#39 10381&#39,&#39Polymer Lubricating Materials&#39)"))
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insDoc(aux3,gLnk("S","Liquid Chromatography (LC)","javascript:writestring(&#39 10387&#39,&#39Liquid Chromatography (LC)&#39)"))
insDoc(aux3,gLnk("S","Thin Layer Chromatography (TLC)","javascript:writestring(&#39 10388&#39,&#39Thin Layer Chromatography (TLC)&#39)"))
insDoc(aux3,gLnk("S","Ion Chromatography (IC)","javascript:writestring(&#39 10389&#39,&#39Ion Chromatography (IC)&#39)"))
insDoc(aux3,gLnk("S","Liquid Chromatography and Supercritical Fluid Chromatography","javascript:writestring(&#39 10390&#39,&#39Liquid Chromatography and Supercritical Fluid Chromatography&#39)"))
insDoc(aux3,gLnk("S","Capillary Electrophoresis (CE)","javascript:writestring(&#39 10391&#39,&#39Capillary Electrophoresis (CE)&#39)"))
aux3=insFld(aux2,gFld("Electrochemical Analysis","javascript:writestring(&#39 10392&#39,&#39Electrochemical Analysis&#39)"))
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insDoc(aux3,gLnk("S","Polarography","javascript:writestring(&#39 10394&#39,&#39Polarography&#39)"))
insDoc(aux3,gLnk("S","Chemically Modified Electrode","javascript:writestring(&#39 10395&#39,&#39Chemically Modified Electrode&#39)"))
insDoc(aux3,gLnk("S","Coulometric Analysis","javascript:writestring(&#39 10396&#39,&#39Coulometric Analysis&#39)"))
insDoc(aux3,gLnk("S","Spectroscopic and Electrochemical Analysis","javascript:writestring(&#39 10397&#39,&#39Spectroscopic and Electrochemical Analysis&#39)"))
insDoc(aux3,gLnk("S","Electrochemical Sensors","javascript:writestring(&#39 10398&#39,&#39Electrochemical Sensors&#39)"))
aux3=insFld(aux2,gFld("Spectroscopic Analysis","javascript:writestring(&#39 10399&#39,&#39Spectroscopic Analysis&#39)"))
insDoc(aux3,gLnk("S","Atomic Emission Spectrometer (AES including ICP)","javascript:writestring(&#39 10400&#39,&#39Atomic Emission Spectrometer (AES including ICP)&#39)"))
insDoc(aux3,gLnk("S","Atomic Absorption Spectroscopy (AAS)","javascript:writestring(&#39 10401&#39,&#39Atomic Absorption Spectroscopy (AAS)&#39)"))
insDoc(aux3,gLnk("S","Atomic Fluorescence Spectroscopy (AFS)","javascript:writestring(&#39 10402&#39,&#39Atomic Fluorescence Spectroscopy (AFS)&#39)"))
insDoc(aux3,gLnk("S","X-ray Spectrometry/X-ray Fluorescent Spectrometry","javascript:writestring(&#39 10403&#39,&#39X-ray Spectrometry/X-ray Fluorescent Spectrometry&#39)"))
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insDoc(aux3,gLnk("S","Photoacoustic Spectroscopy (PAS)","javascript:writestring(&#39 10406&#39,&#39Photoacoustic Spectroscopy (PAS)&#39)"))
insDoc(aux3,gLnk("S","Infrared Spectroscopy (IR)","javascript:writestring(&#39 10407&#39,&#39Infrared Spectroscopy (IR)&#39)"))
insDoc(aux3,gLnk("S","Raman Spectroscopy","javascript:writestring(&#39 10408&#39,&#39Raman Spectroscopy&#39)"))
aux3=insFld(aux2,gFld("Wave Spectrum Analysis","javascript:writestring(&#39 10409&#39,&#39Wave Spectrum Analysis&#39)"))
insDoc(aux3,gLnk("S","Electron Paramagnetic Resonance (EPR)","javascript:writestring(&#39 10410&#39,&#39Electron Paramagnetic Resonance (EPR)&#39)"))
insDoc(aux3,gLnk("S","Nuclear Magnetic Resonance (NMR)","javascript:writestring(&#39 10411&#39,&#39Nuclear Magnetic Resonance (NMR)&#39)"))
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insDoc(aux3,gLnk("S","Organic Mass Spectrometry","javascript:writestring(&#39 10413&#39,&#39Organic Mass Spectrometry&#39)"))
insDoc(aux3,gLnk("S","Inorganic Mass Spectrometry","javascript:writestring(&#39 10414&#39,&#39Inorganic Mass Spectrometry&#39)"))
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insDoc(aux3,gLnk("S","Stationary Phase of Chromatography Columns and Separation Membranes","javascript:writestring(&#39 10417&#39,&#39Stationary Phase of Chromatography Columns and Separation Membranes&#39)"))
insDoc(aux2,gLnk("S","Thermal Analysis","javascript:writestring(&#39 10418&#39,&#39Thermal Analysis&#39)"))
aux3=insFld(aux2,gFld("Radioactivity Analysis","javascript:writestring(&#39 10419&#39,&#39Radioactivity Analysis&#39)"))
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insDoc(aux3,gLnk("S","Proton Induced X-ray Emission (PIXE)","javascript:writestring(&#39 10421&#39,&#39Proton Induced X-ray Emission (PIXE)&#39)"))
insDoc(aux2,gLnk("S","Biochemical Analysis and Biosensors","javascript:writestring(&#39 10422&#39,&#39Biochemical Analysis and Biosensors&#39)"))
insDoc(aux2,gLnk("S","Combination of Analysis Tools","javascript:writestring(&#39 10423&#39,&#39Combination of Analysis Tools&#39)"))
insDoc(aux2,gLnk("S","Sampling, Isolation and Enrichment","javascript:writestring(&#39 10424&#39,&#39Sampling, Isolation and Enrichment&#39)"))
aux3=insFld(aux2,gFld("Chemometrics","javascript:writestring(&#39 10425&#39,&#39Chemometrics&#39)"))
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aux3=insFld(aux2,gFld("Surface, Microarea and Morphology","javascript:writestring(&#39 10428&#39,&#39Surface, Microarea and Morphology&#39)"))
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insDoc(aux3,gLnk("S","Microarea Analysis","javascript:writestring(&#39 10430&#39,&#39Microarea Analysis&#39)"))
insDoc(aux3,gLnk("S","Morphology Analysis","javascript:writestring(&#39 10431&#39,&#39Morphology Analysis&#39)"))
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aux3=insFld(aux2,gFld("Chemical Engineering Thermodynamics and Fundamental Data","javascript:writestring(&#39 10433&#39,&#39Chemical Engineering Thermodynamics and Fundamental Data&#39)"))
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insDoc(aux3,gLnk("S","Phase Equilibrium","javascript:writestring(&#39 10435&#39,&#39Phase Equilibrium&#39)"))
insDoc(aux3,gLnk("S","Thermochemistry","javascript:writestring(&#39 10436&#39,&#39Thermochemistry&#39)"))
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insDoc(aux3,gLnk("S","Thermodynamic Data and Databases","javascript:writestring(&#39 10439&#39,&#39Thermodynamic Data and Databases&#39)"))
aux3=insFld(aux2,gFld("Transport Process","javascript:writestring(&#39 10440&#39,&#39Transport Process&#39)"))
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insDoc(aux3,gLnk("S","Heat Transfer Process and Devices","javascript:writestring(&#39 10442&#39,&#39Heat Transfer Process and Devices&#39)"))
insDoc(aux3,gLnk("S","Process Mass Transfer","javascript:writestring(&#39 10443&#39,&#39Process Mass Transfer&#39)"))
insDoc(aux3,gLnk("S","Rheology","javascript:writestring(&#39 10444&#39,&#39Rheology&#39)"))
insDoc(aux3,gLnk("S","Particuology and Slurry Chemistry","javascript:writestring(&#39 10445&#39,&#39Particuology and Slurry Chemistry&#39)"))
aux3=insFld(aux2,gFld("Separation Process and Devices","javascript:writestring(&#39 10446&#39,&#39Separation Process and Devices&#39)"))
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insDoc(aux3,gLnk("S","Evaporation and Crystallisation","javascript:writestring(&#39 10448&#39,&#39Evaporation and Crystallisation&#39)"))
insDoc(aux3,gLnk("S","Drying","javascript:writestring(&#39 10449&#39,&#39Drying&#39)"))
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insDoc(aux3,gLnk("S","Adsorption and Ion Exchange","javascript:writestring(&#39 10452&#39,&#39Adsorption and Ion Exchange&#39)"))
insDoc(aux3,gLnk("S","Mechanical Separation Process","javascript:writestring(&#39 10453&#39,&#39Mechanical Separation Process&#39)"))
insDoc(aux3,gLnk("S","Membrane Separation","javascript:writestring(&#39 10454&#39,&#39Membrane Separation&#39)"))
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insDoc(aux3,gLnk("S","Reactor Theory and Transport Properties","javascript:writestring(&#39 10458&#39,&#39Reactor Theory and Transport Properties&#39)"))
insDoc(aux3,gLnk("S","Modeling and Optimization of Chemical Reactors","javascript:writestring(&#39 10459&#39,&#39Modeling and Optimization of Chemical Reactors&#39)"))
insDoc(aux3,gLnk("S","Fluidization, Multiphase Flow and Reaction Engineering","javascript:writestring(&#39 10460&#39,&#39Fluidization, Multiphase Flow and Reaction Engineering&#39)"))
insDoc(aux3,gLnk("S","Fixed-Bed Reactors","javascript:writestring(&#39 10461&#39,&#39Fixed-Bed Reactors&#39)"))
insDoc(aux3,gLnk("S","Polymerization Engineering","javascript:writestring(&#39 10462&#39,&#39Polymerization Engineering&#39)"))
insDoc(aux3,gLnk("S","Electrochemical Reaction Engineering","javascript:writestring(&#39 10463&#39,&#39Electrochemical Reaction Engineering&#39)"))
insDoc(aux3,gLnk("S","Biochemical Reaction Engineering","javascript:writestring(&#39 10464&#39,&#39Biochemical Reaction Engineering&#39)"))
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insDoc(aux3,gLnk("S","Synthesis of Chemical Systems","javascript:writestring(&#39 10468&#39,&#39Synthesis of Chemical Systems&#39)"))
insDoc(aux3,gLnk("S","Chemical Process Dynamics","javascript:writestring(&#39 10469&#39,&#39Chemical Process Dynamics&#39)"))
aux3=insFld(aux2,gFld("Inorganic Chemical Industry","javascript:writestring(&#39 10470&#39,&#39Inorganic Chemical Industry&#39)"))
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insDoc(aux3,gLnk("S","Industrial Electrochemistry (Electrolysis, Electroplating, Chemical Corrosion and Protection)","javascript:writestring(&#39 10472&#39,&#39Industrial Electrochemistry (Electrolysis, Electroplating, Chemical Corrosion and Protection)&#39)"))
insDoc(aux3,gLnk("S","Fine Inorganics (Inorganic Pigments, Adsorbents, Surfactants)","javascript:writestring(&#39 10473&#39,&#39Fine Inorganics (Inorganic Pigments, Adsorbents, Surfactants)&#39)"))
insDoc(aux3,gLnk("S","Nuclear Chemical Engineering and Radiation Chemical Engineering","javascript:writestring(&#39 10474&#39,&#39Nuclear Chemical Engineering and Radiation Chemical Engineering&#39)"))
aux3=insFld(aux2,gFld("Organic Chemical Industry","javascript:writestring(&#39 10475&#39,&#39Organic Chemical Industry&#39)"))
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insDoc(aux3,gLnk("S","Fine Organics (Dyes, Coatings, Photographic Sensitizers, Adhesives and Personal Care Chemicals)","javascript:writestring(&#39 10477&#39,&#39Fine Organics (Dyes, Coatings, Photographic Sensitizers, Adhesives and Personal Care Chemicals)&#39)"))
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insDoc(aux3,gLnk("S","Biochemical Process Simulation and Artificial Organs","javascript:writestring(&#39 10481&#39,&#39Biochemical Process Simulation and Artificial Organs&#39)"))
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insDoc(aux3,gLnk("S","Petrochemical Engineering","javascript:writestring(&#39 10487&#39,&#39Petrochemical Engineering&#39)"))
insDoc(aux3,gLnk("S","Fuel Cells","javascript:writestring(&#39 10488&#39,&#39Fuel Cells&#39)"))
insDoc(aux3,gLnk("S","Other Energy Industries","javascript:writestring(&#39 10489&#39,&#39Other Energy Industries&#39)"))
aux3=insFld(aux2,gFld("Chemical Metallurgy","javascript:writestring(&#39 10490&#39,&#39Chemical Metallurgy&#39)"))
insDoc(aux3,gLnk("S","Mineral Processing","javascript:writestring(&#39 10491&#39,&#39Mineral Processing&#39)"))
insDoc(aux3,gLnk("S","Chemical Flotation and Leaching","javascript:writestring(&#39 10492&#39,&#39Chemical Flotation and Leaching&#39)"))
insDoc(aux3,gLnk("S","Hydrometallurgy and Physical Chemistry","javascript:writestring(&#39 10493&#39,&#39Hydrometallurgy and Physical Chemistry&#39)"))
insDoc(aux3,gLnk("S","Plasma Metallurgy","javascript:writestring(&#39 10494&#39,&#39Plasma Metallurgy&#39)"))
insDoc(aux3,gLnk("S","Chemical Coatings","javascript:writestring(&#39 10495&#39,&#39Chemical Coatings&#39)"))
aux3=insFld(aux2,gFld("Environmental Chemical Engineering","javascript:writestring(&#39 10496&#39,&#39Environmental Chemical Engineering&#39)"))
insDoc(aux3,gLnk("S","Environmental Management and Physical Chemistry","javascript:writestring(&#39 10497&#39,&#39Environmental Management and Physical Chemistry&#39)"))
insDoc(aux3,gLnk("S","Chemical Engineering in Waste Management","javascript:writestring(&#39 10498&#39,&#39Chemical Engineering in Waste Management&#39)"))
insDoc(aux3,gLnk("S","Environment Friendly Chemical Processes","javascript:writestring(&#39 10499&#39,&#39Environment Friendly Chemical Processes&#39)"))
insDoc(aux3,gLnk("S","Sustainable Environmental Chemical Engineering","javascript:writestring(&#39 10500&#39,&#39Sustainable Environmental Chemical Engineering&#39)"))
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aux3=insFld(aux2,gFld("Environmental Analytical Chemistry","javascript:writestring(&#39 10502&#39,&#39Environmental Analytical Chemistry&#39)"))
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insDoc(aux3,gLnk("S","Analysis and Separation of Trace Organic Pollutants in Environment","javascript:writestring(&#39 10504&#39,&#39Analysis and Separation of Trace Organic Pollutants in Environment&#39)"))
aux3=insFld(aux2,gFld("Environmental Pollution and Chemistry","javascript:writestring(&#39 10505&#39,&#39Environmental Pollution and Chemistry&#39)"))
insDoc(aux3,gLnk("S","Air Pollution Chemistry","javascript:writestring(&#39 10506&#39,&#39Air Pollution Chemistry&#39)"))
insDoc(aux3,gLnk("S","Water Pollution Chemistry","javascript:writestring(&#39 10507&#39,&#39Water Pollution Chemistry&#39)"))
insDoc(aux3,gLnk("S","Soil Pollution and Chemistry","javascript:writestring(&#39 10508&#39,&#39Soil Pollution and Chemistry&#39)"))
insDoc(aux3,gLnk("S","Pollution Chemistry of Solid Wastes and Radioactive Nuclides","javascript:writestring(&#39 10509&#39,&#39Pollution Chemistry of Solid Wastes and Radioactive Nuclides&#39)"))
aux3=insFld(aux2,gFld("Pollution Control and Environmental Chemistry","javascript:writestring(&#39 10510&#39,&#39Pollution Control and Environmental Chemistry&#39)"))
insDoc(aux3,gLnk("S","Environmental Chemistry: Pollution and Remediation","javascript:writestring(&#39 10511&#39,&#39Environmental Chemistry: Pollution and Remediation&#39)"))
insDoc(aux3,gLnk("S","Green Technology","javascript:writestring(&#39 10512&#39,&#39Green Technology&#39)"))
insDoc(aux2,gLnk("S","Ecological chemistry","javascript:writestring(&#39 10513&#39,&#39Ecological chemistry&#39)"))
insDoc(aux2,gLnk("S","Theoretical Chemistry and Environmental Chemistry","javascript:writestring(&#39 10514&#39,&#39Theoretical Chemistry and Environmental Chemistry&#39)"))
insDoc(aux2,gLnk("S","Global and Environmental Chemistry","javascript:writestring(&#39 10515&#39,&#39Global and Environmental Chemistry&#39)"))