ALCHEM Lab

Lab in Numbers

방문

2026-10-08부터 홈페이지가 직접 집계하고 있습니다. 방문이 쌓이면서 채워집니다. 방문자는 하루에 한 번만 셉니다. 쿠키를 쓰지 않고 IP 주소를 저장하지 않습니다(개인정보처리방침 참고).

최근 30일 방문자
461
최근 30일 페이지뷰
2,201
방문 국가
11
누적 방문자
461

최근 30일 일별

  • 일별 방문자
  • 7일 평균
113
  5. 10/1
  10. 10/6
  12. 2026-10-08: 방문자 8명
  13. 2026-10-09: 방문자 15명
  14. 2026-10-10: 방문자 113명
  15. 10/112026-10-11: 방문자 22명
  16. 2026-10-12: 방문자 38명
  17. 2026-10-13: 방문자 23명
  18. 2026-10-14: 방문자 33명
  19. 2026-10-15: 방문자 34명
  20. 10/162026-10-16: 방문자 19명
  21. 2026-10-17: 방문자 9명
  22. 2026-10-18: 방문자 11명
  23. 2026-10-19: 방문자 20명
  24. 2026-10-20: 방문자 21명
  25. 10/212026-10-21: 방문자 27명
  26. 2026-10-22: 방문자 18명
  27. 2026-10-23: 방문자 18명
  28. 2026-10-24: 방문자 12명
  29. 2026-10-25: 방문자 15명
  30. 10/262026-10-26: 방문자 5명
  • 일별 페이지뷰
  • 7일 평균
591
  5. 10/1
  10. 10/6
  12. 2026-10-08: 페이지뷰 49회
  13. 2026-10-09: 페이지뷰 43회
  14. 2026-10-10: 페이지뷰 591회
  15. 10/112026-10-11: 페이지뷰 129회
  16. 2026-10-12: 페이지뷰 225회
  17. 2026-10-13: 페이지뷰 115회
  18. 2026-10-14: 페이지뷰 117회
  19. 2026-10-15: 페이지뷰 153회
  20. 10/162026-10-16: 페이지뷰 80회
  21. 2026-10-17: 페이지뷰 31회
  22. 2026-10-18: 페이지뷰 39회
  23. 2026-10-19: 페이지뷰 100회
  24. 2026-10-20: 페이지뷰 91회
  25. 10/212026-10-21: 페이지뷰 113회
  26. 2026-10-22: 페이지뷰 100회
  27. 2026-10-23: 페이지뷰 56회
  28. 2026-10-24: 페이지뷰 55회
  29. 2026-10-25: 페이지뷰 103회
  30. 10/262026-10-26: 페이지뷰 11회

국가

  1. 대한민국371
  2. 오스트레일리아32
  3. 중국18
  4. 미국16
  5. 영국7
  6. 파키스탄4
  7. 베트남4
  8. 인도3
  9. 나이지리아2
  10. 독일1

도시

  1. Seoul · 대한민국252
  2. Incheon · 대한민국31
  3. Brisbane · 오스트레일리아23
  4. Ansan-si · 대한민국17
  5. Daejeon · 대한민국16
  6. Suwon · 대한민국12
  7. Daegu · 대한민국8
  8. London · 영국7
  9. Chinju · 대한민국7
  10. Sydney · 오스트레일리아7

방문자 5명 이상인 도시만 표시합니다.

많이 본 페이지

  1. 홈284
  2. 연구실218
  3. 온톨로지200
  4. 논문133
  5. 연구분야125
  6. 갤러리100
  7. 연구과제84
  8. Lab in Numbers26
  9. 학회 발표12
  10. 클러스터 사용 현황11

유입 경로

  1. hanyang.ac.kr96
  2. Google51
  3. com.slack2

기기

  1. 데스크톱282
  2. 모바일177
  3. 태블릿2

DOI 클릭이 많은 논문

  1. Active Learning-Driven Multi-Objective Design of High-Entropy Alloy Catalysts for Saline Water Electrolysis15
  2. Breaking the Water Dissociation–Hydrogen Adsorption Trade-off through W Single-Atom Engineering for Alkaline Hydrogen Evolution8
  3. Single-Atom Active Sites in Polymeric Phthalocyanine Hybrid Electrocatalysis for High-Efficiency Lithium–Carbon Dioxide Batteries5
  4. Sustainable Low-Valent Iridium Active Sites in Rhenium Doped Perovskite Iridates for Efficient Acidic Oxygen Evolution Reaction via Hybridized Reaction Pathways5
  5. Redox-Active Ligand-Stabilized Lithium Iron Phosphate Nanoparticles for High-Performance Lithium-Ion Battery Cathode with High Capacities and Long-Term Stability5
  6. Heterointerface-Driven Electronic Modulation in MoO2@N/Mo-ReS2 Hybrid for Efficient Alkaline HER, OER, and Overall Water Splitting3
  7. Chemistry of Selective Metal Ions Adsorption and Loading onto PVAc Polymer Brush during Advanced Metal Post-CMP Cleaning3
  8. Synergistic Corrosion Inhibition of Interfacially Engineered Al-O/CNT Composites through Al-O-C Chemical Anchoring2
  9. Enhanced Oxygen Evolution Reaction on Upcycled LiCoO2 via Structural Phase Transformation2
  10. Molybdenum Ion-Induced Adhesion of Colloidal Silica to Polyvinyl Acetal Brushes in Post-Chemical Mechanical Planarization Applications: Experiments and Multiscale Simulations2

2026-10-09부터 이 홈페이지에서 논문 DOI 링크를 누른 횟수입니다.

연구

논문
76
피인용
1,672
h-index
20
JCR Q1 논문
82%
학회 발표
165

연도별 논문

  1. '072007: 0
  2. 1'082008: 1
  3. 1'092009: 1
  4. 1'102010: 1
  5. 5'112011: 5
  6. 2'122012: 2
  7. 3'132013: 3
  8. '142014: 0
  9. '152015: 0
  10. 1'162016: 1
  11. '172017: 0
  12. 1'182018: 1
  13. 2'192019: 2
  14. '202020: 0
  15. 5'212021: 5
  16. 3'222022: 3
  17. 8'232023: 8
  18. 7'242024: 7
  19. 15'252025: 15
  20. 19'262026: 19
  21. 2'272027: 2

연도별 학회 발표

  1. 1'072007: 1
  2. 4'082008: 4
  3. 8'092009: 8
  4. 17'102010: 17
  5. 12'112011: 12
  6. 3'122012: 3
  7. '132013: 0
  8. '142014: 0
  9. 1'152015: 1
  10. 1'162016: 1
  11. 2'172017: 2
  12. 3'182018: 3
  13. 6'192019: 6
  14. 3'202020: 3
  15. 7'212021: 7
  16. 17'222022: 17
  17. 18'232023: 18
  18. 13'242024: 13
  19. 28'252025: 28
  20. 21'262026: 21
  21. '272027: 0

논문별 피인용

237
  1. 1위, 피인용 237회: A 3D Hierarchical Host with Enhanced Sodiophilicity Enabling Anode-Free Sodium-Metal Batteries
  2. 2위, 피인용 170회: Structure-Controlled Graphene Electrocatalysts for High-Performance H2O2 Production
  3. 3위, 피인용 163회: Improved Binding between Copper and Carbon Nanotubes in a Composite using Oxygen-containing Functional Groups
  4. 4위, 피인용 137회: Activating the Mn Single Atomic Center for an Efficient Actual Active Site of the Oxygen Reduction Reaction by Spin-State Regulation
  5. 5위, 피인용 81회: Rational Design of a Stable Fe-rich Ni-Fe Layered Double Hydroxide for the Industrially Relevant Dynamic Operation of Alkaline Water Electrolyzers
  6. 6위, 피인용 70회: Understanding Synergistic Metal-Oxide Interactions of in situ Exsolved Metal Nanoparticles on a Pyrochlore Oxide Support for Enhanced Water Splitting
  7. 7위, 피인용 69회: Role of Surface Steps in Activation of Surface Oxygen Sites on Ir Nanocrystals for Oxygen Evolution Reaction in Acidic Media
  8. 8위, 피인용 48회: Coordination Engineering of N, O Co-Doped Cu Single Atom on Porous Carbon for High Performance Zinc Metal Anodes
  9. 9위, 피인용 44회: Electrochemical Partial Reduction of Ni(OH)2 to Ni(OH)2/Ni via Coupled Oxidation of an Interfacing NiAl Intermetallic Compound for Robust Hydrogen Evolution
  10. 10위, 피인용 40회: Highly Efficient Water-splitting Electrodes with Stable Operation at 3 A cm-2 in Alkaline Media through Molecular Linker Assembly-induced All-in-one Structured NiMo and NiFe Electrocatalysts
  11. 11위, 피인용 38회: Stress Evolution during the Oxidation of Silicon Nanowires in the Sub-10 nm Diameter Regime
  12. 12위, 피인용 37회: Time-Efficient Atmospheric Water Harvesting using Fluorophenyl Oligomer Incorporated MOFs
  13. 13위, 피인용 36회: Colossal Dielectric Perovskites of Calcium Copper Titanate(CaCu3Ti4O12) with Low-Iridium Dopants Enables Ultrahigh Mass Activity for the Acidic Oxygen Evolution Reaction
  14. 14위, 피인용 35회: First-Principles Based Machine-Learning Molecular Dynamics for Crystalline Polymers with van der Waals Interactions
  15. 15위, 피인용 32회: Reactive Molecular Dynamics Simulation of Early Stage of Dry Oxidation of Si(100) Surface
  16. 16위, 피인용 31회: Highly Reliable and Large-Scale Simulations of Promising Argyrodite Solid-State Electrolytes Using a Machine-Learned Moment Tensor Potential
  17. 17위, 피인용 27회: Structure-Controlled Carbon Hosts for Dendrite-Free Aqueous Zinc Batteries
  18. 18위, 피인용 26회: Ligand Engineering of Co-N4 Single-Atom Catalysts for Highly-Active and Stable Acidic Oxygen Evolution
  19. 19위, 피인용 25회: Heterointerface-Driven Electronic Modulation in MoO2@N/Mo-ReS2 Hybrid for Efficient Alkaline HER, OER, and Overall Water Splitting
  20. 20위, 피인용 21회: Sorption-Enhanced Thin Film Composites with Metal-Organic Polyhedral Nanocages for CO2 Separation
  21. 21위, 피인용 16회: Effects of Suboxide Layers on the Electronic Properties of Si(100)/SiO2 Interfaces: Atomistic Multi-scale Approach
  22. 22위, 피인용 15회: Multiscale Modeling of Agglomerated Ceria Nanoparticles: Interface Stability and Oxygen Vacancy Formation
  23. 23위, 피인용 14회: Functionalization Effect on a Pt/carbon Nanotube Composite Catalyst: A first-principles Study
  24. 24위, 피인용 13회: Durable and Efficient Solar CO2-to-CO Conversion Enabled by Single-Atom Ag on Zn3(PO4)2 Cathode Coupled with a GaAs/PtSA@NiOOH Photoanode
  25. 25위, 피인용 13회: Indirect-to-Direct Band Gap Transition of Si Nanosheets: Effect of Biaxial Strain
  26. 26위, 피인용 12회: Enhanced Electrochemical Performance of Aqueous Zn-Ion Batteries Based on Na2V6O16∙2H2O Cathodes: Insights from DFT and Synchrotron X-ray Analysis
  27. 27위, 피인용 12회: Reactive Molecular Dynamic Simulations of Early Stage of Wet Oxidation of Si (001) Surface
  28. 28위, 피인용 12회: Effects of Interfacial Bonding in the Si-Carbon Nanotube Nanocomposite: A Molecular Dynamics Approach
  29. 29위, 피인용 11회: Geometrically-Screened, Sterically-Hindered Additive for Wide-Temperature Aqueous Zinc-Ion Batteries
  30. 30위, 피인용 11회: Facet-Controlled Growth of Molybdenum Phosphide Single Crystals for Efficient Hydrogen Peroxide Synthesis
  31. 31위, 피인용 11회: Highly Selective Photoelectrochemical Glycerol Valorization toward Lactic Acid with Low-Valence Bimetallic Overlayer on CuWO4
  32. 32위, 피인용 11회: Facile Synthesis of a High Performance NiPd@CMK-3 Nanocatalyst for Mild Suzuki-Miyaura Coupling Reactions
  33. 33위, 피인용 10회: Molecular Dynamics Simulation of the Thin Film Deposition of Co/Cu(111) with Pb Surfactant
  34. 34위, 피인용 9회: Interaction Study of Copper Ions and Polyvinyl Acetal (PVA) Brush during Copper Post-CMP Cleaning: Experimental and Density Functional Theory Study
  35. 35위, 피인용 9회: Synergistic Configuration of Binary Rhodium Single Atoms in Carbon Nanofibers for High-Performance Alkaline Water Electrolyzer
  36. 36위, 피인용 8회: Unexpected Penetration of CO Molecule into Zeolitic Micropores Almost Plugged by CuCl via π-Complexation of CO-CuCl
  37. 37위, 피인용 8회: An Electrochemically Active Textile Current Collector with a High Areal Capacity and a Strong Energy Recovery Effect Using an Interfacial Interaction Assembly
  38. 38위, 피인용 8회: Crucial Role of Alkali Metal Ions and Si/Al ratio in Selective Adsorption of 1-Octene using Faujasite Zeolites
  39. 39위, 피인용 8회: A New Automated Synthesis of a Coke-resistant Cs-promoted Ni-supported Nanocatalyst for Sustainable Dry Reforming of Methane
  40. 40위, 피인용 8회: Unravelling the K-Promotion Effect in Highly Active and Stable Fe5C2 Nanoparticles for Catalytic Linear α-Olefin Production
  41. 41위, 피인용 7회: Optimizing KOH/cPVC Ratio for Improved CH4 and CO2 Adsorption Capacities of Porous Carbon Adsorbents
  42. 42위, 피인용 7회: Novel Solid-State Synthesis of Surfactant- and Solvent-free Pd Tetrahedron Nanocatalysts
  43. 43위, 피인용 7회: Interfacial Reaction-Dominated Full Oxidation of 5 nm Diameter Silicon Nanowires
  44. 44위, 피인용 6회: Sampling Rare Events using Nanostructures for Universal Pt Neural Network Potential
  45. 45위, 피인용 6회: A Molecular Dynamics Simulation Study on the Initial Stage of Si(001) Oxidation under Biaxial Strain
  46. 46위, 피인용 5회: Cobalt Ion Adsorption on Polyvinyl Acetal Brushes: Impact on Silica-Nanoparticle Loading During Metal Post-Chemical Mechanical Planarization Cleaning
  47. 47위, 피인용 4회: Active Learning-Driven Multi-Objective Design of High-Entropy Alloy Catalysts for Saline Water Electrolysis
  48. 48위, 피인용 4회: 3D Channeled Porous Carbon Hosts with Cobalt Nanoparticle-Induced Zincophilicity for Stable Zinc Anodes
  49. 49위, 피인용 4회: Molecularly Dispersed Polyoxometalate Clusters via Polymeric Ionic Liquid for Flexible Zinc–Air Batteries
  50. 50위, 피인용 4회: Rapid Flame Induced Dual-Metal Doping on WO3 Electrode for Boosting Photo-Electrochemical Water Oxidation
  51. 51위, 피인용 4회: Atomic-Scale Investigation of the Ti/Al(001) Interface: A Molecular Dynamics Simulation
  52. 52위, 피인용 4회: Atomic-Level Investigation for Surface Characteristics in a Co-Cu Multilayer System: Molecular Dynamics Simulation
  53. 53위, 피인용 3회: Bottom-Up Synthesis of 2D AlN Nanosheets with Superior Hydrolytic Resistance and Thermal Conductivity
  54. 54위, 피인용 3회: Enhanced Oxygen Evolution Reaction on Upcycled LiCoO2 via Structural Phase Transformation
  55. 55위, 피인용 3회: Ion Irradiation Induced Surface Composition Modulation in Equiatomic Binary Alloys
  56. 56위, 피인용 3회: Anisotropic Rearrangement of the Substrate Atoms during Ar Bombardment on Pd(001) Surface
  57. 57위, 피인용 2회: Breaking the Water Dissociation–Hydrogen Adsorption Trade-off through W Single-Atom Engineering for Alkaline Hydrogen Evolution
  58. 58위, 피인용 2회: Facilitating Hydrogen Evolution Reaction Activity in Alkaline Water Electrolysis via Formation of Ni-Co2P Heterojunction
  59. 59위, 피인용 2회: Spatially Extended Interfacial Optimization via Holey-Defect Architectures for Hydrogen Evolution Reaction
  60. 60위, 피인용 2회: Molybdenum Ion-Induced Adhesion of Colloidal Silica to Polyvinyl Acetal Brushes in Post-Chemical Mechanical Planarization Applications: Experiments and Multiscale Simulations
  61. 61위, 피인용 1회: Diverting the Use of Reduced TiO2 from a Carrier of Electron–Hole Pairs to a Reservoir of Brönsted–Lewis Acidic Pairs for Sustainable, Non-Optical H2O2 Homolysis
  62. 62위, 피인용 1회: Roles of Alkaline-Earth Metals and Electron Density of Al3+ in Octanol Dehydration for Linear Alpha-Olefin Production
  63. 63위, 피인용 1회: Breakthrough Scalable Synthesis of Anti-coking Cs-Ni/CeOx-Al2O3 Nanocatalysts for Optimal Dry Reforming Performance
  64. 64위, 피인용 1회: Atomic-Scale Simulations of Early Stage of Oxidation of Vicinal Si(001) Surfaces Using a Reactive Force-Field Potentials
  65. 65위, 피인용 0회: Chemistry of Selective Metal Ions Adsorption and Loading onto PVAc Polymer Brush during Advanced Metal Post-CMP Cleaning
  66. 66위, 피인용 0회: Redox-Active Ligand-Stabilized Lithium Iron Phosphate Nanoparticles for High-Performance Lithium-Ion Battery Cathode with High Capacities and Long-Term Stability
  67. 67위, 피인용 0회: Single-Atom Active Sites in Polymeric Phthalocyanine Hybrid Electrocatalysis for High-Efficiency Lithium–Carbon Dioxide Batteries
  68. 68위, 피인용 0회: Sustainable Low-Valent Iridium Active Sites in Rhenium Doped Perovskite Iridates for Efficient Acidic Oxygen Evolution Reaction via Hybridized Reaction Pathways
  69. 69위, 피인용 0회: Upcycled Polymer Waste-Derived N-Doped Carbon Supports Enabling Durable PtCo Catalysts for PEM Fuel Cells
  70. 70위, 피인용 0회: Synergistic Corrosion Inhibition of Interfacially Engineered Al-O/CNT Composites through Al-O-C Chemical Anchoring
  71. 71위, 피인용 0회: Solar-thermal 3D-interconnected Macroporous Carbon Nanoreactors for Solvent-minimized Paste-state Suzuki Coupling
  72. 72위, 피인용 0회: Vacancy-Mediated Dual-Step Phosphorization–Sulfurization of MnMoO4 for Efficient Acidic Hydrogen Evolution
  73. 73위, 피인용 0회: All-Inorganic Perovskite@SiO2 Quantum Dots for Amplifying the Interfacial Electric Field on WO3 Toward Enhanced Photoelectrochemical Water Splitting
  74. 74위, 피인용 0회: Electric-Field-Driven Bilayer Interphase from Oxygenated Nanodiamond-Carbon Nanoparticles for Dendrite-Free Lithium Metal Batteries
  75. 75위, 피인용 0회: Methane Diffusion Path in HKUST-1 Metal–Organic Framework Revealed by Atomistic Simulations
  76. 76위, 피인용 0회: Exploring Materials Data through Collaboration: 2024 KRICT ChemDX Hackathon
연도별 피인용 인용한 논문이 나온 해 기준
  1. 2012년: 피인용 12회
  2. 2013년: 피인용 19회
  3. 2014년: 피인용 22회
  4. 2015년: 피인용 12회
  5. 2016년: 피인용 17회
  6. 2017년: 피인용 35회
  7. 2018년: 피인용 28회
  8. 2019년: 피인용 38회
  9. 2020년: 피인용 27회
  10. 2021년: 피인용 44회
  11. 2022년: 피인용 87회
  12. 2023년: 피인용 178회
  13. 2024년: 피인용 287회
  14. 2025년: 피인용 418회
  15. 2026년: 피인용 439회

연구 주제

연구 분야별로 태그된 논문 수(논문 하나에 여러 분야가 붙을 수 있음)와, 논문을 낸 저널을 Impact Factor 순으로 놓은 목록입니다.

연구 분야별 연도별 논문

Green HydrogenGreen Hydrogen, 2008–2016: 논문 1편Green Hydrogen, 2017: 논문 0편Green Hydrogen, 2018: 논문 0편Green Hydrogen, 2019: 논문 0편Green Hydrogen, 2020: 논문 0편Green Hydrogen, 2021: 논문 1편Green Hydrogen, 2022: 논문 1편Green Hydrogen, 2023: 논문 3편Green Hydrogen, 2024: 논문 2편Green Hydrogen, 2025: 논문 5편Green Hydrogen, 2026: 논문 8편Green Hydrogen, 2027: 논문 0편21
Chemical ConversionChemical Conversion, 2008–2016: 논문 0편Chemical Conversion, 2017: 논문 0편Chemical Conversion, 2018: 논문 0편Chemical Conversion, 2019: 논문 2편Chemical Conversion, 2020: 논문 0편Chemical Conversion, 2021: 논문 2편Chemical Conversion, 2022: 논문 1편Chemical Conversion, 2023: 논문 3편Chemical Conversion, 2024: 논문 2편Chemical Conversion, 2025: 논문 5편Chemical Conversion, 2026: 논문 5편Chemical Conversion, 2027: 논문 0편20
Energy StorageEnergy Storage, 2008–2016: 논문 0편Energy Storage, 2017: 논문 0편Energy Storage, 2018: 논문 0편Energy Storage, 2019: 논문 0편Energy Storage, 2020: 논문 0편Energy Storage, 2021: 논문 0편Energy Storage, 2022: 논문 1편Energy Storage, 2023: 논문 2편Energy Storage, 2024: 논문 2편Energy Storage, 2025: 논문 2편Energy Storage, 2026: 논문 4편Energy Storage, 2027: 논문 1편12
SemiconductorsSemiconductors, 2008–2016: 논문 13편Semiconductors, 2017: 논문 0편Semiconductors, 2018: 논문 1편Semiconductors, 2019: 논문 0편Semiconductors, 2020: 논문 0편Semiconductors, 2021: 논문 1편Semiconductors, 2022: 논문 0편Semiconductors, 2023: 논문 0편Semiconductors, 2024: 논문 0편Semiconductors, 2025: 논문 2편Semiconductors, 2026: 논문 2편Semiconductors, 2027: 논문 1편20
MethodologyMethodology, 2008–2016: 논문 1편Methodology, 2017: 논문 0편Methodology, 2018: 논문 0편Methodology, 2019: 논문 1편Methodology, 2020: 논문 0편Methodology, 2021: 논문 1편Methodology, 2022: 논문 0편Methodology, 2023: 논문 0편Methodology, 2024: 논문 2편Methodology, 2025: 논문 1편Methodology, 2026: 논문 2편Methodology, 2027: 논문 0편8

게재 저널 (JCR 2025)

Impact Factor와 상위 %는 Clarivate의 Journal Citation Reports(JCR) 기준이며, 논문이 실린 해와 상관없이 모든 저널을 같은 최신판으로 비교합니다.

  1. Nano-Micro Letters · 1편IF 38.5top 0.8%
  2. Energy & Environmental Science · 2편IF 30.5top 0.8%
  3. Advanced Materials · 2편IF 29.1top 1.8%
  4. Advanced Energy Materials · 4편IF 25.5top 2.4%
  5. Advanced Functional Materials · 2편IF 19.9top 4.2%
  6. Applied Catalysis B: Environment and Energy · 3편IF 19.7top 1.7%
  7. Energy Storage Materials · 1편IF 19.3top 5.2%
  8. SusMat · 1편IF 19.2top 2.2%
  9. Nature Communications · 1편IF 18.1top 5.4%
  10. Angewandte Chemie-International Edition · 1편IF 17.6top 6.2%
  11. ACS Energy Letters · 1편IF 17.5top 5.7%
  12. Nano Energy · 1편IF 16.7top 5.5%
  13. Journal of the American Chemical Society · 1편IF 16.6top 7.4%
  14. Journal of Energy Chemistry · 1편IF 15.6top 1.9%
  15. Advanced Science · 3편IF 14.1top 9.4%
  16. Energy & Environmental Materials · 1편IF 13.8top 10.2%
  17. Carbon · 1편IF 12.7top 11.5%
  18. Chemical Engineering Journal · 5편IF 12.5top 4.0%
  19. Energy Materials · 1편IF 11.9top 10.7%
  20. Small · 4편IF 11.8top 8.1%