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chemistry_train_graphmatch_5_hop_2_neighbors | {
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:In this paper, for the first time, Cu nanoparticles (CuNPs) were prepared by seed-mediated growth method with Au nanoparticles (AuNPs) playing the role of seeds. Carbon nanotubes (CNTs) and AuNPs were first dropped on the surface of glassy carbon (GC) electrode, and then the electrode was immersed into growth solution that contained CuSO4 and hydrazine. CuNPs were successfully grown on the surface of the CNTs. The modified electrode showed a very high electrochemical activity for electrocatalytic oxidation of glucose in alkaline medium, which was utilized as the basis of the fabrication of a nonenzymatic biosensor for electrochemical detection of glucose. The biosensor can be applied to the quantification of glucose with a linear range covering from 1.0 x 10(-7) to 5 x 10(-3) M and a low detection limit of 3 x 10(-8) M. Furthermore, the experiment results also showed that the biosensor exhibited good reproducibility and long-term stability, as well as high selectivity with no interference from other oxidable species. (C) 2011 Elsevier B.V. All rights reserved.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Abstract Spherical core-shell Ag/ZnO nanocomposites were synthesised by ultrasonic spray pyrolysis (USP) method from zinc nitrate hexahydrate, Zn(NO3)2¡¤6H2O (ZN) and silver nitrate, AgNO3 (SN) precursors. Varying solution concentrations and equipment installations (either single ? or two-step USP) allowing simultaneous and consecutive precipitation of Ag and ZnO were examined regarding their effect on final particle microstructure and photocatalytic properties. Morphological analyses revealed pure Ag/ZnO core-shell structure where ZnO secondary submicron sized particles formed by primary crystals with the size of 5¨C20?nm. Depending on the solution concentrations and USP installations, various distributions of Ag in the final microstructure was revealed. Photocatalytic analyses (all samples reached >45% MB degradation) confirm the all Ag/ZnO USP systems viability for environmental applications. The best result (93% of methylene blue (MB) elimination) is obtained for the sample with the maximum available surface, which strongly depends on particle morphology, size, and dispersion. Moreover, all samples synthesised by single step co-precipitation revealed higher dye elimination concerning ones with two steps precipitation due to the favoured distribution of silver nanoparticles in their microstructure and higher specific surface area. Moreover, samples with a uniform and homogeneous Ag distribution exhibited silver-induced enhancement of photocatalytic performance.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:<jats:p>Nanoparticles of CdS have been stabilized in aqueous medium by surface capping with 6- dimethylaminopurine at pH 11.0 in the presence of excess<mml:math xmlns:mml=\"http://www.w3.org/1998/Math/MathML\" alttext=\"$\\text{Cd}}^{{\\text{2 + }}} $\" id=\"E1\"><mml:mrow><mml:msup><mml:mrow><mml:mtext>Cd</mml:mtext></mml:mrow><mml:mrow><mml:mtext>2+</mml:mtext></mml:mrow></mml:msup></mml:mrow></mml:math>. 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Thermolysis results in the growth of these particles but demonstrates a better photocatalytic activity. Relaxation kinetics reveals the surface to contain a large number of surface states and the emission is originated by the presence of sulfur vacancies on the particle. The addition of indole simply quenches the emission of CdS in a bimolecular collisional process at a diffusion-controlled rate of about<mml:math xmlns:mml=\"http://www.w3.org/1998/Math/MathML\" alttext=\"$9 \\times 10^9 $\" id=\"E3\"><mml:mrow><mml:mn>9</mml:mn><mml:mo>¡Á</mml:mo><mml:msup><mml:mrow><mml:mn>10</mml:mn></mml:mrow><mml:mn>9</mml:mn></mml:msup></mml:mrow></mml:math><mml:math xmlns:mml=\"http://www.w3.org/1998/Math/MathML\" alttext=\"${\\text{dm}}^{\\text{3}} $\" id=\"E4\"><mml:mrow><mml:msup><mml:mrow><mml:mtext>dm</mml:mtext></mml:mrow><mml:mtext>3</mml:mtext></mml:msup></mml:mrow></mml:math><mml:math xmlns:mml=\"http://www.w3.org/1998/Math/MathML\" alttext=\"${\\text{mol}}^{ - 1} {\\text{s}}^{ - 1} $\" id=\"E5\"><mml:mrow><mml:msup><mml:mrow><mml:mtext>mol</mml:mtext></mml:mrow><mml:mrow><mml:mo>?</mml:mo><mml:mn>1</mml:mn></mml:mrow></mml:msup><mml:msup><mml:mtext>s</mml:mtext><mml:mrow><mml:mo>?</mml:mo><mml:mn>1</mml:mn></mml:mrow></mml:msup></mml:mrow></mml:math>. Irradiation of the reaction mixture containing CdS and indole by light of<mml:math xmlns:mml=\"http://www.w3.org/1998/Math/MathML\" alttext=\"$\\lambda > 360$\" id=\"E6\"><mml:mrow><mml:mi>¦Ë</mml:mi><mml:mo>></mml:mo><mml:mn>360</mml:mn></mml:mrow></mml:math>nm results in the formation of indigo with a quantum efficiency of 0.1.</jats:p>\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. 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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Abstract Two new formamidinate-bridged Rh 2 II,II complexes, cis -Rh 2 II,II (¦Ì-DTolF) 2 (¦Ì-np) 2 ] 2+ ( 3 ; DTolF?=? N , N ¡ä -di-p -tolylformamidinate; np?=?1,8-naphthyridine) and cis -[Rh 2 II,II (¦Ì-DTolF) 2 (¦Ê 2 -dap) 2 ] 2+ ( 4 ; dap?=?1,12-diazaperylene), were synthesized from cis -[Rh 2 II,II (¦Ì-DTolF) 2 (CH 3 CN) 6 ](BF 4 ) 2 ( 1 ), and their properties were compared to those of cis -[Rh 2 II,II (¦Ì-DTolF) 2 (phen) 2 ](BF 4 ) 2 ( 2 ). Density functional theory (DFT) and electrochemical analyses support the description of the highest occupied molecular orbitals (HOMOs) of 3 and 4 as possessing contributions from the metals and formamidinate bridging ligands, with Rh 2 /form character, and lowest unoccupied molecular orbitals (LUMOs) localized on the respective diimine ligand np and dap ¦Ð ? orbitals. Both 3 and 4 display strong, low energy Rh 2 /form?¡ú?diimine(¦Ð ? ) metal/ligand-to-ligand charger transfer ( 1 ML¨CLCT) transitions with maxima at 566?nm ( e ?=?3600?M ?1 ?cm ?1 ) for 3 and at 630?nm ( e ?=?2900?M ?1 ?cm ?1 ) for 4 in CH 3 CN. Time dependent-DFT (TD-DFT) calculations support these assignments. The ability of both the bridging np and chelating dap diimine ligands to produce strong absorption of these Rh 2 II,II complexes throughout the visible region is potentially useful for the development of new photocatalysts for H 2 production and photochemotherapeutics.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Abstract In the present research work, ZrO2, ZnO NPs and ZrO2:ZnO nanocomposites (NCs) with different ratios were synthesized by low cost solution combustion method using oxalyl dihydrazide as a fuel. The synthesized samples were well characterized with Powder X-ray diffraction (PXRD), UV-Visible spectroscopy and subjected to Photoluminescence (PL) studies. The PXRD pattern indicates the presence of diffraction peaks corresponding to both ZrO2 and ZnO samples. The band energy gap estimated using Wood and Tauc¡¯s relation was found to decrease from 5.3 to 3.2 eV. The luminescence properties and color quality of the NC were investigated in detail. The ZrO2/ZnO (1:2) NC shows enhanced photocatalytic activity of 93% for degradation of acid orange 8 dye under UV light irradiaton. This work gives an idea about the synthesis of NCs in order to use it effectively as an efficient photocatalyst for water treatment and also as potential candidate for LEDs applications.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:<jats:p>This work constitutes a basic study about the first exploration on the preparation of biohybrids based on the corn protein zein and layered metal hydroxides, such as layered double hydroxides (LDH) and layered single hydroxides (LSHs). For this purpose, MgAl layered double hydroxide and the Co2(OH)3 layered single hydroxide were selected as hosts, and various synthetic approaches were explored to achieve the formation of the zein-layered hydroxide biohybrids, profiting from the presence of negatively charged groups in zein in basic medium. Zein-based layered hydroxide biohybrids were characterized by diverse physicochemical techniques such as X-ray diffraction (XRD), Fourier transform infrared spectroscopy (FTIR), thermogravimetric analysis/differential thermal analysis (TG/DTA), solid state 13C cross-polarization magical angle spinning nuclear magnetic resonance (CP-MAS NMR), field emission-scanning electron microscopy (FE-SEM), transmission electron microscopy (TEM), etc., which suggest that the different synthesis procedures employed and the anion located in the interlayer region of the inorganic host material seem to have a strong influence on the final features of the biohybrids, resulting in mixed, single intercalated, or highly exfoliated intercalated phases. Thus, the resulting biohybrids based on zein and layered hydroxides could have interest in applications in biomedicine, biosensing, materials for electronic devices, catalysis, and photocatalysis.</jats:p>\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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The audience from more than 23 countries could learn about modification of established processing routes as well as innovative pathways, about micro and macrostructural design of cellular materials, their properties and realized or potential novel applications. The focus thereof, concentrated on areas like energy conversion and efficiency improvement, the use in chemical engineering and heterogeneous catalysis, applications in automotive and aerospace or the use in medical and biomedical fields. In the class of metal based materials, a large number of papers were presented on aluminum, titanium, iron and nickel, e. g. in structural and biomedical applications. Silicon carbide, zirkonia and alumina are the most promising ceramic candidates for high temperature applications such as filtration and catalysis. Furthermore, investigations on cellular glasses were presented with respect to their optical properties and their use as support, e. g. as photocatalysts or in white biotechnology. A delectable development with respect to the current trend in energy policy is the increasing number of energy-related applications of cellular materials. For instance, foams and honeycombs are developed for the use in air cooling, heat storage or solar power generation. As a side event, the art exhibition ¡®¡®Cellular Metal meets (Cellular) Wood¡¯¡¯ was presented during the conference. The items on display were designed by the internationally renowned wood designer Gerd Kaden. In addition, industrial manufacturers of cellular solids displayed parts and components for filtration and exhaust gas filtration, just to mention a few. CELLMAT 2010 would not have been possible without sponsorship from industry and Deutsche Forschungsgemeinschaft (DFG), without the help of the members of the program committee and the conference office of the Deutsche Gesellschaft f¨¹r Materialkunde (DGM). Thus, we would like to express our gratitude to our sponsors who provided for the conference and the CELLMAT Awards. We also thank all members of the program committee and the persons in charge from DGM for their support. Finally, we would like to thank all attendees for their contributions and their fruitful discussions. The papers in this issue of Advanced Engineering Materials reflect a small selection of the presentations at CELLMAT 2010. The next CELLMAT conference will be held in Dresden, Germany, in autumn 2012.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. 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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:A series of highly vis-light active Ni,La-codoped SrTiO(3) photocatalysts were successfully synthesized with sol-gel process. The characterization results show that the calcination temperature has a strong influence on the physical-chemical properties of as-synthesized photocatalysts. The surface area and porosity, even the initial adsorption rate for malachite green (MG), decreased with increasing calcination temperature. To evaluate the photocatalytic activities, the photodegradation of a water contaminant (MG) was carried out under visible light irradiation. The as-synthesized photocatalysts exhibited a high vis-light activity, and a 100% degradation of MG was observed for the Ni,La-SrTiO(3)-x catalysts calcined at low temperature under visible light irradiation for 1h, during which only 7% and 15% of MG was degraded for self-degrade and commercially available photocatalyst Degussa P25, respectively. The high vis-light activity is a result of the best combination of many properties, such as the intensive visible light response, the large surface area and pore volume and the high initial adsorption rate for substrate.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Abstract High-performance photocathode development is critically important to improve the solar energy utilization. In this study, a highly-active visible-light responsive photocathode with the ternary hybrid CuS/Cu 2 O/Cu nanowires is proposed to enhance electron transfer via the nanowired and gradient band structure and thereby the solar energy utilization. The experimental results confirm the improved photoelectrochemical activity with the ternary hybrid CuS/Cu 2 O/Cu nanowired photocathode toward oxygen reduction reaction. Besides, a photocatalytic fuel cell with the ternary hybrid CuS/Cu 2 O/Cu nanowired photocathode is also developed for direct power generation accompanying with wastewater treatment. It is demonstrated that the ternary hybrid CuS/Cu 2 O/Cu nanowired photocathode shows promising perspective. This new photocathode can be employed not only for photocatalytic fuel cells but also for other photoelectrochemical systems.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Abstract Following dip coating procedure, we have fabricated extended photocatalytic surface (40?mm¡Á25?mm) of TiO2, nitrogen doped TiO2 (N¨CTiO2), porous TiO2 (porous-TiO2), nitrogen doped porous TiO2 (porous-N¨CTiO2) materials over glass slides. A red shift was observed giving a bandgap of 2.56?eV for nitrogen doped TiO2. Raman Scattering shows predominant anatase phase in all the samples along with rutile phase. Using di-chloro fluorescein (DCFH) as a fluorescence reporter molecule, we have characterized OH radical generation. Results show a 5.69¡Á10?8?ppm/cm2/s of OH radicals are generated in porous-N¨CTiO2 coated surface compared to 3.69¡Á10?8?ppm/cm2/s in TiO2 which confer a 1.54 increase in the utilization of visible light ability to the catalyst. Photocatalytic ability quantified with Methylene Blue degradation gave ~1.48 fold increase under visible light exposure for porous-N¨CTiO2 relative to TiO2 and the same was 1.1 fold for UV¨Cvisible light exposure. Further, the best catalytic degradation turn-over of the surface determined to be 4.55¡Á10?7?ppm/cm2/s and 1.61¡Á10?7?ppm/cm2/s respectively for UV¨Cvis and visible light exposure. Thus a robust and simpler dip coating methodology giving enhanced visible light photocatalytic activity in polymer mediated nitrogen doped TiO2 system has been demonstrated on a large surface area. We conclude that modification of bandgap of TiO2 by nitrogen doping together with polymer mediated porosity has resulted in a strong visible light activity for this material. Since dip coating approach adopted here is cost-effective and amenable to large scale coating processes, it holds potential in the fabrication of large-scale self-cleansing and antimicrobial surfaces for application in medical and diagnostic industries.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:In order to enhance the removal performance of graphitic carbon nitride (g-C_3N_4) on organic pollutant, a simultaneous process of adsorption and photocatalysis was achieved via the compounding of biochar and g-C_3N_4. In this study, g-C_3N_4 was obtained by a condensation reaction of melamine at 550 ¡ãC. Then the g-C_3N_4/biochar composites were synthesized by ball milling biochar and g-C_3N_4 together, which was considered as a simple, economical, and green strategy. The characterization of resulting g-C_3N_4/biochar suggested that biochar and g-C_3N_4 achieved effective linkage. The adsorption and photocatalytic performance of the composites were evaluated with enrofloxacin (EFA) as a model pollutant. The result showed that all the g-C_3N_4/biochar composites displayed higher adsorption and photocatalytic performance to EFA than that of pure g-C_3N_4. The 50% g-C_3N_4/biochar performed best and removed 45.2% and 81.1% of EFA (10 mg/L) under darkness and light with a dosage of 1 mg/mL, while g-C_3N_4 were 19.0% and 27.3%, respectively. Besides, 50% g-C_3N_4/biochar showed the highest total organic carbon (TOC) removal efficiency (65.9%). Radical trapping experiments suggested that superoxide radical (¡¤O_2~-) and hole (h +) were the main active species in the photocatalytic process. After 4 cycles, the composite still exhibited activity for catalytic removal of EFA.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Abstract Inefficient utilization of photo-induced charge carriers and low recyclability are limitations for photocatalyst to get access to the practical application. A novel ternary BiVO4/g-C3N4/NiFe2O4 composite with dual Z-scheme heterojunction was successfully developed and constructed to enhance the separation of photo-induced charge carriers and the absorption range of visible light. The structure, composition, morphology, magnetic, and optical properties of this photocatalyst were investigated comprehensively. The photocatalytic performance, mechanism, and pathway of ofloxacin degradation under visible light were studied. Results indicated that the internal interaction between different semiconductors presented the successful fabrication of ternary composite, and its red shift of adsorption range of visible light contributed to an enhancement of photocatalytic ability. The as-prepared ternary composite exhibited highest photocatalytic removal rate constant for ofloxacin, which was 3.8, 16.3 and 71.2 times as much as that of the pure BiVO4, pure g-C3N4 and pure NiFe2O4, respectively. The five successive recycling experiments exhibited the high photocatalytic stability of the as-prepared catalyst, with simple recovery operation due to its magnetic property. The holes and superoxide radicals dominated the photocatalytic degradation process of pollutants. A dual Z-scheme heterojunction other than conventional heterojunction was responsible for the enhancement on redox capacity and the separation of charge carriers. Different transformation products during ofloxacin photocatalytic degradation were identified and transformation pathway was put forward. This study provides a promising strategy on the application of visible-light-driven photocatalysts in water treatment.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Photoelectrochemical (PEC) water splitting is a sustainable pathway for solar to hydrogen conversion. Graphitic carbon nitride (g©\\C3N4) nanosheets have the suitable bandgap and band©\\edge energies to act as a visible©\\light photocatalyst for water splitting, but the fast recombination of photoexcited electron¨Chole pair limits the efficiency. Herein, N©\\doped few©\\layer graphene (NFG) dressed with titanium nitride (TiN) nanocrystals (TiN©\\NFG) is introduced as an efficient co©\\catalyst which improved the water reduction activity of g©\\C3N4 by 16 times. The 2D nanocomposite of g©\\C3N4:TiN©\\NFG has an extended interface for efficient separation of photoexcited electron¨Chole pair through electron transfer from g©\\C3N4 to TiN©\\NFG. The metal©\\like electronic structure of TiN in combination with good charge conducting capability of NFG reduces the charge transfer resistance at the electrode/electrolyte interface. Both these aspects are responsible for the enhanced PEC activity leading to a photocurrent density of ?196 ¦ÌA cm?2 at 0.11 V versus reversible hydrogen electrode as a photocathode for the g©\\C3N4:TiN©\\NFG nanocomposite. The nanocomposite is stable, low cost (free from noble metals), and the extent of enhancement in the PEC efficiency for reduction reaction is remarkable compared to prior literature.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:<jats:p>Semiconductor photocatalysis has recently emerged as an effective and eco-friendly approach that could meet the stringent requirements for sustainable environmental remediation. To this end, the fabrication of novel photocatalysts with unique electrochemical properties and high catalytic efficiency is of utmost importance and requires adequate attention. In this work, dual component mesoporous frameworks of spinel ferrite ZnFe2O4 (ZFO) and MnFe2O4 (MFO) nanoparticles are reported as efficient photocatalysts for detoxification of hexavalent chromium (Cr(VI)) and organic pollutants. The as-prepared materials, which are synthesized via a polymer-templated aggregating self-assembly method, consist of a continuous network of linked nanoparticles (ca. 6¨C7 nm) and exhibit large surface area (up to 91 m2 g?1) arising from interstitial voids between the nanoparticles, according to electron microscopy and N2 physisorption measurements. By tuning the composition, MFO-ZFO composite catalyst containing 6 wt.% MFO attains excellent photocatalytic Cr(VI) reduction activity in the presence of phenol. In-depth studies with UV-visible absorption, electrochemical and photoelectrochemical measurements show that the performance enhancement of this catalyst predominantly arises from the suitable band edge positions of constituent nanoparticles that efficiently separates and transports the charge carriers through the interface of the ZFO/MFO junctions. Besides, the open pore structure and large surface area of these ensembled networks also boost the reaction kinetics. The remarkable activity and durability of the MFO-ZFO heterostructures implies the great possibility of implementing these new nanocomposite catalysts into a realistic Cr(VI) detoxification of contaminated wastewater.</jats:p>\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Multilayer films (PW12¨CTH)n (PW12 = PW12O403?, TH = thionine) were prepared on quartz slides and MnCO3 microspheres by an electrostatic layer-by-layer (LbL) self-assembly method. The composite films on quartz slides were characterized by UV-vis spectra and atomic force microscopy (AFM) images. MnCO3 microspheres coated with (PW12¨CTH)n composite films were characterized by scanning electron microscopy (SEM) and energy dispersive X-ray (EDX) spectroscopy. The microspheres exhibited photocatalytic activity for methyl orange (MO) under sunlight irradiation. Compared with the (PW12¨CTH)10 composite films on quartz slides, the microspheres showed a higher photoactivity due to the increase of the specific surface area. The photocatalytic properties of the microspheres toward a rhodamine B (RhB) solution were also investigated. The results indicated that the decrease of the absorbance was due to the destruction of the dye chromophore. The kinetics of the photodecomposition follows the first-order reaction. The dye molecule TH of the composite films is excited by sunlight irradiation to the appropriate excited states. Then, the electron injection into the conduction band of polyoxometalates (POMs) follows and results in the photodegradation of the target dye molecules.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Abstract The influence of platinum crystallite size on the electrocatalytic reduction of oxygen molecules in both hot phosphoric acid and sulphuric acid has been examined. It becomes obvious that when the intercrystallite distance is greater than an average of 20 nm, the apparent specific activity is fully achieved for all electrocatalyst dispersions, and that the crystallite size effect is not truly dependent on the dimensions of the platinum crystallites but is dependent on the intercrystallite distance. The crystallite size effect reported previously is not obtained in the present work by using high surface area carbons as the supports for highly dispersed platinum crystallites. The surface area of the carbon support required in order to obtain the fully active Pt crystallites in various fine sizes is indicated for different platinum loadings.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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"value": "Given a citation graph:\n<graph>\nwhere the 0th node is the target paper, with the following information:Abstract:Abstract Zirconia modified by Samarium/Europium, RE/ZrO 2 (RE?=? Sm , Eu ), composite oxide nano-materials have been successfully synthesized by improved sol¨Cgel method. Characterization results show that X-ray diffraction (XRD) peaks of products gradually shift to the lower angle with the increase of rare earth which implies that the lattice distances of RE/ZrO 2 nano-materials are gradually enlarged. Moreover, the molar ratios between zirconium and rare earth are consistent with the chemical formula and both of them are uniformly distributed in samples. Optical properties indicate that defect structures and electron configurations of RE/ZrO 2 (RE?=? Sm , Eu ) with single phase determine their absorption properties on visible light. Photocatalytic experiments indicate Zr 0.8 Sm 0.2 O 2? ¦Ä nano-crystals have excellent visible-light-responsive photocatalytic activities on Methylene blue and Rhodamine B which results from the special defect structure, suitable electronic configuration, and larger specific surface area. It follows that Zr 0.8 Sm 0.2 O 2? ¦Ä nano-crystals are new visible-light-responsive photocatalysts which can be applied in dye wastewater treatment and environmental protection in the future.\nQuestion: Which of the following SCI category does this paper belong to? 1.ENGINEERING 2.MATERIALS SCIENCE 3.PHYSICS 4.CHEMISTRY 5.COMPUTER SCIENCE 6.MEDICINE 7.AGRICULTURE 8.MATHEMATICS 9.PUBLIC 10.GEOSCIENCES 11.EDUCATION 12.DENTISTRY 13.RADIOLOGY 14.HUMANITIES 15.ELECTROCHEMISTRY 16.NANOSCIENCE & NANOTECHNOLOGY 17.ENVIRONMENTAL SCIENCES 18.ENERGY & FUELS 19.METALLURGY & METALLURGICAL ENGINEERING 20.GREEN & SUSTAINABLE SCIENCE & TECHNOLOGY 21.WATER RESOURCES 22.POLYMER SCIENCE 23.BIOPHYSICS 24.BIOTECHNOLOGY & APPLIED MICROBIOLOGY 25.INSTRUMENTS & INSTRUMENTATION 26.MULTIDISCIPLINARY SCIENCES 27.BIOCHEMISTRY & MOLECULAR BIOLOGY 28.CRYSTALLOGRAPHY 29.OPTICS 30.SPECTROSCOPY 31.BIOCHEMICAL RESEARCH METHODS 32.FOOD SCIENCE & TECHNOLOGY 33.ACOUSTICS 34.TOXICOLOGY 35.THERMODYNAMICS 36.METEOROLOGY & ATMOSPHERIC SCIENCES 37.MINERALOGY 38.BIOLOGY 39.NUCLEAR SCIENCE & TECHNOLOGY 40.MICROSCOPY 41.PHARMACOLOGY & PHARMACY 42.AGRICULTURAL ENGINEERING 43.MECHANICS 44.CONSTRUCTION & BUILDING TECHNOLOGY 45.MINING & MINERAL PROCESSING 46.MARINE & FRESHWATER BIOLOGY 47.QUANTUM SCIENCE & TECHNOLOGY 48.LIMNOLOGY 49.MICROBIOLOGY 50.NUTRITION & DIETETICS 51.GEOCHEMISTRY & GEOPHYSICS 52.ENVIRONMENTAL STUDIES 53.PLANT SCIENCES 54.MATHEMATICAL & COMPUTATIONAL BIOLOGY 55.AGRONOMY 56.ENDOCRINOLOGY & METABOLISM 57.TRANSPORTATION SCIENCE & TECHNOLOGY 58.SOIL SCIENCE 59.CELL BIOLOGY 60.ONCOLOGY 61.GENETICS & HEREDITY 62.FORESTRY 63.INFECTIOUS DISEASES 64.IMMUNOLOGY 65.MATHEMATICS 66.ARCHAEOLOGY 67.AUTOMATION & CONTROL SYSTEMS 68.ASTRONOMY & ASTROPHYSICS 69.ECOLOGY 70.ART 71.DERMATOLOGY 72.TRANSPLANTATION 73.HORTICULTURE 74.VIROLOGY 75.PHYSIOLOGY 76.EVOLUTIONARY BIOLOGY 77.MEDICAL INFORMATICS 78.ALLERGY 79.ENTOMOLOGY 80.GASTROENTEROLOGY & HEPATOLOGY 81.ROBOTICS 82.SURGERY 83.ANTHROPOLOGY 84.OCEANOGRAPHY 85.VETERINARY SCIENCES 86.NEUROSCIENCES 87.INFORMATION SCIENCE & LIBRARY SCIENCE 88.ANATOMY & MORPHOLOGY 89.INTEGRATIVE & COMPLEMENTARY MEDICINE 90.INTERNATIONAL RELATIONS 91.STATISTICS & PROBABILITY 92.LOGIC 93.MYCOLOGY 94.PARASITOLOGY 95.ECONOMICS 96.ARCHITECTURE 97.TRANSPORTATION 98.MEDICAL LABORATORY TECHNOLOGY 99.UROLOGY & NEPHROLOGY 100.ZOOLOGY 101.CLINICAL NEUROLOGY 102.CELL & TISSUE ENGINEERING 103.OPHTHALMOLOGY 104.IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY 105.TELECOMMUNICATIONS 106.FISHERIES ?Directly give the full name of the most likely category of this paper. "
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