13.903 1.42%

Research Hotspot

Click Each Keyword to Figure Out More

Vesicle Plasmon Gel Targeted Catalysis Lithium Morphology Transformation Confinement Electrolyte Potassium Wse2 Aqueous Tailoring Separation Sensing Catalyst Au Binding Mapping Excitons Free Immunotherapy Rapid Enhance Nanocrystal Barrier Enable Capacity Electronics Ti3c2tx Transition-metal Integrated Atomic-scale Luminescence Vertical Limit Self-powered Mode Device Manipulation Efficiency Fast Super-resolution Layer-by-layer Nanomedicine Contact Kinetics High-resolution Bulk Large-area On-demand Behavior Hexagonal Oriented Responsive Patch Type Electrical Pathway Nanocomposites Shell Beyond Nanogenerator Substrate Binary Bone Wearable Thermoelectric Nanosheet Treatment Photoacoustic Tungsten Synthetic Pb Second Single-molecule Effective Few-layer Reconfigurable Enhancing Smart Edge Black Individual Dissolution Raman Controllable Band Resolved Human Nanopore In-plane Semiconducting Fully Nanorods Understanding Molybdenum Lipid Hole Investigation Grown Natural Lithography Atom Factor Coating Storage Thermally Light Electrochemically Nucleation Chirality Stretchable Brain Ultrasensitive Spatially Iron Deposition Alloy Symmetry Ordered Molecule Label-free Correlation Electrostatic Facilitates Improved Assisted Injection Random Conductance Nanofibrous Underlying Low Large Bilayer Anomalous Amino Beam Disulfide Continuous Conjugated Lasing Superstructure Reduced Electric Ice Photodetectors Mesoporous Thin-film Translocation Free-standing Aluminum Sulfide Method Force Chain Across Monitoring Nanomaterials Bacterial Amorphous Negative Tissue Facile Propulsion Proton Absorption Patterning Near-field Laser-induced High-mobility Spectroscopy Solid Polymeric Nanoplatform Origin Vapor High-quality Visualization Sensitive Architecture Revealed Antibacterial Time-resolved Ultrahigh Piezoelectric Tunneling Superior Skin Radiation Derived Ratio Current Matrix Designing Heterostructure Bottom-up Strain Single-walled Influence Rna Flake Breaking Conformation Circularly Key Efficacy Quantification Resolving Due Simultaneous Signature Multilayer Nanoprobes Polysulfide High-capacity Room-temperature Penetration Asymmetric Gain Solid-state Dimensional Mixed Determination Photoinduced Doping Supercapacitor Scattering Diselenide Nanoporous Fluorescent Distribution Stimulation Probing Mesenchymal Probed Sodium Rate Constructed Nanocomposite Dipole Silica O-2 Enabling Building Multiple Emissive Diverse How Learning Process Guided Interlayer General Dynamically Synthesized Single-atom Solvent Point Probe Sheet Valley Metal-insulator Order Challenge Bio-inspired Fabricated Dendritic Corona Nitrogen-doped Micelle Volume Copper All Manipulating Composed Heat Identification Can Multienzyme Bond Filter Radical Pattern Enzymatic Conducting Impact Precision Single-layer Extremely Deformation Luminescent Nanofibers Few-layered Mediated Nanocubes Change Microenvironment Modulated Cation Supercapacitors Large-scale Theranostic Palladium Complementary Study Nanotechnology Lattice Trapping Suppress Nanospheres Coaxial Phosphide Inorganic Switching Landscape Upconversion Lithiophilic Nm Antimicrobial Nanovesicles Activation Broadband Nanofluidic Photon Lithiation Inversion Real Topology Nanophotonic Reshaping Scanning P-n Niobium Immune Patterned Heating I Spatial Redox Versatile Single-stranded Self-assembling Nanostructure Yet Vibrational Fiber Cobalt Nanocages Promote Nanogenerators Microneedle Hierarchically Superhydrophobic Critical Chemically Long-range Wave Encapsulation Recovery Assessing Boosting Reactive Intracellular Switchable Programmable Diffusion Prepared Unusual Nanoassemblies Enabled Photodynamic Click Scalable Healing Multidimensional Biological Aggregation Specie Output Inflammation Platinum Inse Borophene Gene Pair Engineered Thermoresponsive Lateral Microporous Capsid Kinetic Co-delivery Unraveling Cascade Dielectric Intrinsic Micromotors Singlet Pore Fracture Plasmon-induced Prediction Directed Multivalent Nickel Oxidation Exosomes Atomistic X-ray Regulates Diode Durable Near Environmental Achieving Nanomotors Composition Alloying Piezoresistive Au(111) Ti3c2 Polarization Host Ultrastable Ionic Patchy 1t Doped Acoustic Mechanistic Rational Nanofiber Holey Photodetector Magnet Nanoplatelets Suppression Cargo Focal Review Memory Printed Excitonic Three Mechanic Integrity Clear Controllably Nano Inhibit Crack Mos2-based Exposure Powering Class Discrimination Steering Self-organized Metasurfaces Optimization Golgi Anionic Heteroepitaxy Suspended Epitaxy Focused Difference Liposome Robot Catalyst-free Organelle Plasmonics Level Lifetime Area Nanoplate (mxene) Etching Combination Electron-hole Dual-modal Bandgap Electrically Writing Mose2 Processing Glass Pi-conjugated Region Cellular Res2 Porosity Systemic Exceptional Termination Gauge Spontaneous Single- Lithium-sulfur One-pot Blood Photodetection Eye Piezo-phototronic Triple Step Approaching Dichalcogenides Lysis Joint Combined Light-emitting Wall Nanoconfinement Biocompatible Fluorophore Fine Advance Boost Condition Use Synergetic Oxidative Sensitivity Heterogeneity Modification Nanogels Resistance Broadening Multimodal Vitro Regeneration Dimer Inverse Nanostructured Transforming Better Five-fold Orthogonal Zno Increase Liver Phase-change Indirect Reversal Stabilization Boundary Adhesion Paper Electroosmotic Biosensing Bifunctional Biomolecular Analogue Anodic Living Strained Measurement Experimental Ag Route Removing Two-photon Self-healable Movement H-bn Migration Realized Crossover Dispersed Photonic Multiplexed Advanced Segregation High-efficiency Circuit Gated Protocell Nanoprinting Selectivity Wireframe Nucleic Cell-derived Interpenetrating Sp(3) Fission Amyloid-like Photocatalysis Steam Heater Periodic Spatiotemporal Separator Improve Anisotropy Universal Nanomedicines Macrophage Wrapped Nucleotide Light-induced Transferred Zinc-ion Scale Three-tier Conductor Remodeling Activates Directly Remote Biosensor Linearly Fluorescence Induce Bubble Phototransistors Zinc Nanoreactors Solution Visible Nanodroplets Sequence Hydrothermal Moving Future Dimension Orientation Image Diagnosis Characteristic Sandwich Layer-dependent Sub-nanometer High-energy Catalyzed Bioluminescence Opportunity Slow Room Forster Grain All-optical Wide Nonequilibrium Cu(111) Early Plasmons Kevlar 1d Radially Mote2 Cellulose Generating Electron-phonon Integrating Within Stealth Stretching Transferrin Pbse P-type Concentration Nonradiative Virus Achiral Bilayers Designed Deliver Phosphorene Assembling Nanoengineered Tough Nanoscopy Tumor-derived Disorder Liquid-infused Nanogap Colorimetric Formulation Hydroxide Magnetotransport Inkjet-printed Realize Bright Immobilized Electrocatalyst Enantioselective Capacitor Superoxide Starvation Coherence Titanium Bacteria-responsive Polaritons Vertically Small Disruption Superconducting Recognition Heterojunction Oil Shuttling Long-life Ideal Morphological Phonon Nanoparticle-based Vascular Nanometer Regulating Insulator Sequential Preventing Excited Logic Safety Printing Cdse Extraction Electrocatalysis Inp Collection Magnetism Spheroid Single-crystal Ink Reveals Enzyme-powered Intestinal Aspect Ultrahigh-performance Osmotic Group Transmission Electron-beam Crowding Thermodynamic Monolayers Encapsulating Ferromagnetic Inside Ambient-stable Bismuth Single-cell Single-component Injectable Excellent Chiroptical Product Conjugation Airborne Positive Potent Implantable Nanofiber-reinforced Gap Nanoscopic Bimetallic Predicts Automated Unexpected Bind Nanoribbons Fate Hydrophobic Uniform Acidic Integration Orientational Quantifying Antibody Uptake Fullerene Anticancer Microfluidics Brightening Femtosecond Ni Degree Long Pinning Angle Nanosystem Manufacturing Induces Distinct Observed Sb Ferromagnetism Schottky Sunlight Graphite Subthreshold Cadmium Yolk-shell Renormalization Melanoma Colloid Deciphering Resonant Bonding Drop Made Wound Relaxation Aligned Nanopatterning Ultrasmall Air Rechargeable Accumulation Sodium-ion Hyperthermia Nanovaccine Slippery Distance Phototherapy Actuation Conductivity Ultrastrong Enzyme Domain Nanocavity Frequency Collective Well Mid-infrared Quantum-dot Ferroelectric Digital Linear Nanomachines Amphiphilic Without Yield Nanoarrays Substitutional Millimeter-scale Immunoassay Electrokinetic Differential Aerogels Cluster Increasing Enriched Polymer-coated Rotation Adsorbed Gelation Ph-responsive Filament Cd All-inorganic Signaling Prodrug Exchange Agent Organic-inorganic Studied Cross-linked Supported Surface-engineered Sharp Constant Neutrophil Potential Anchoring Irradiation Surface-enhanced One Double Resonator Component Recombination Local Core Exfoliated Quantified Hyaluronic Lamellar Numerical Mxenes Space Transient Inhibiting Nanotheranostics Nanostructuring Mxene-based Live Single-crystalline Ph Wood Assessment Center Ii Monodisperse Predicting Cascaded Optically Induction Planar Mo Dexamethasone Armored Cone Sorting Self-propelled Green Research Loaded Pyrite Modular Blood-brain Handedness Stress Not Nanoribbon C Addition Nanosponges Primary Fine-tuning Compressive

ACS Nano - Impact Factor

Der Impact Factor 2018 von ACS Nano beträgt 13.903 (neueste Daten im Jahr 2019). Im Vergleich zu historischen Impact Factor ist der Impact Factor 2018 von ACS Nano um 1.42% gestiegen. ACS Nano Impact Factor Quartile: Q1. Der Impact Factor (IF) oder genauer der Journal Impact Factor (JIF), deutsch Impact-Faktor, ist eine errechnete Zahl, deren Höhe den Einfluss einer wissenschaftlichen Fachzeitschrift wiedergibt. Er dient zum bibliometrischen Vergleich verschiedener Zeitschriften. Der Impact-Faktor ist kein Maß für die Qualität der Artikel einer Zeitschrift, sondern gibt Auskunft darüber, wie oft die Artikel einer bestimmten Zeitschrift in anderen Publikationen zitiert werden. Der Impact-Faktor gibt an, wie häufig im Durchschnitt ein in dieser Zeitschrift veröffentlichter Artikel von anderen wissenschaftlichen Artikeln pro Jahr zitiert wird. In der Praxis werden Impact-Faktoren häufig für die Beurteilung wissenschaftlicher Publikationsleistungen verwendet. Die Berechnung des Journal Impact Factors (JIF) erfolgt für eine Zweijahresspanne nach folgender Formel: Eine Zeitschrift hat in den Jahren 2016–17 insgesamt (A) Artikel publiziert, im Jahr 2008 wurden alle Publikationen dieser Zeitschrift aus den vergangenen zwei Jahren insgesamt (B) mal zitiert, daraus ergibt sich für 2018 ein Impact Factor der Zeitschrift von (B/A). Der Impact Factor 2018 wird 2019 aktualisiert. Außerdem haben 97% von ACS Nano veröffentlichten wissenschaftlichen Forschungsartikel im Jahr 2018 mindestens 1 Zitat erhalten. Neben dem 2-Jahr Impact Factor bieten der 3-Jahr Impact Factor und der 5-Jahr Impact Factor weitere Einblicke in die Auswirkungen von ACS Nano.

 Impact Factor 2018-19

15.0 ~ 15.5


2/10


ACS Nano - Impact Factor Vorhersage

20% der Wissenschaftler erwarten, dass der ACS Nano Impact Factor 2019 im Bereich von 15.0 ~ 15.5 liegen wird. Das Impact Factor Trend Forecasting System bietet eine offene, transparente und unkomplizierte Plattform, mit deren Hilfe akademische Forscher die Auswirkungen und die Leistung zukünftiger Journale anhand der Erkenntnisse der Massen vorhersagen können. Das Impact Factor Trend Forecasting System zeigt die genauen Community-gesteuerten Daten ohne geheime Algorithmen, versteckte Faktoren oder systematische Verzögerungen an.

ACS Nano Impact Factor Trend Forecasting System


 Real-Time Impact Factor Prediction & 2017 2018 2019 IF Impact Factor Trend - Academic Accelerator
ACS Nano Impact Factor Trend. The chart clearly shows an uptrend of Impact Factor in 2018.
  • Impact Factor 2017 13.709
  • Impact Factor 2016 13.942
  • Impact Factor 2015 13.334

1290


  • Anzahl der Artikel 2017 1325
  • Anzahl der Artikel 2016 1250
  • Anzahl der Artikel 2015 1268
  • ISSN
  • 1936086X, 19360851
  • Open Access
  • Verleger
  • American Chemical Society
  • Land/Region
  • United States
  • Geschichte
  • Forschungsfeld
  • Engineering (miscellaneous) (Q1), Materials Science (miscellaneous) (Q1), Nanoscience and Nanotechnology (Q1), Physics and Astronomy (miscellaneous) (Q1)

Journal Ranking