10.170 6.16%

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Plasmonic Hydroxide Human Raman Silver Dual Wearable Channel Nanospheres Absorption Controllable Lipid Nanocomposite Kinetics Biomedical Carrier Modulation Color Enhancement Doping Theranostics Approach Complex Bandgap Breast Codoped Deposition Chemotherapy Gene Tissue Molybdenum Ag Hexagonal Silicon Lithium-sulfur Impact Supercapacitors Nanowire Boron Engineered Enabled Crystalline Planar Double Contrast Signal Na Sn Adhesion Pattern Ph Bimetallic Level Solid-state Sulfur Selective Zno Luminescence Vitro Adhesive Controlled Iron Insight Antibacterial Type Future Shell Nanocomposites Size Uniform Interlayer Assay Silica Nucleic Ordered Facile Core-shell Space Microparticles Monolayer Nanoprobes Ultrafine White Diode Electrical Ligand Asymmetric Ni Bilayer Substrate General Supported Functionalization Antitumor Ultrahigh Metallic Enzyme Inverted Laser Disulfide Single-cell Rapid Heterostructures Cellular Wide Near-infrared Hydrophobic Bifunctional Technology Targeted Anisotropic Silk 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Photoacoustic Nitrogen-doped Resonance Cloth Immune Fuel Chiral Methanol Durable Microporous Air Liposome Nanocarbon Magnesium Harvesting Origami Aerogels Electrocatalysis Exosomes Block Photovoltaic Synthesized Plasma Switching Heterojunctions Pathway Combination Vascular Barrier Technique Spectroscopy Nm Upconversion H Coordination Enabling Boundary Scattering High-quality Alkaline Generated Photoluminescence Few-layer Stretchable Wse Pore Label-free Donor Graphitic Effective Diamond Interplay Templated Microgels Lead Manufacturing Injectable Sandwiched Pulmonary Alignment Ammonia Hole Zeolitic Bimetal Assembled Prepared Oxidized Ferroelectric High-resolution Mesenchymal Checkpoint Gastric Tungsten Scalable Yolk-shell Li-s Universal Sb Oxidative Multivalent Multimodal Perspective P Pt Spheroid Large-area Specific Circuit Multilevel Coupling Fabricated Range Nanofluidic Derivative Tailoring Structured Bioassay Mxene Capacity Separator Tool Capping Photodetectors Mechanical Key Density Inorganic Nanosheet Contact Local Assisted Nanoplatform Continuous Use Enhancing Blockade Differentiation Micropillar Deliver Helical Cation Defect Change Sensitive Microrna Construct Directional Bright High-temperature Large Photoelectrochemical Transparent Gate Nonfullerene Bulk Characteristic Nanocatalysts Nanopore Multiple Precision Movement Collision Peroxide Acoustic Influence Ionic Lattice Isolation Emulsion Field-effect Plasmon Imaging-guided Group Supramolecular Colorimetric Amplified Nucleation Confinement Whole Increase Functionality Antibiotic In-plane Mno Synergistic Accurate Cascade Boosting Covalent Skeletal Nonaqueous Efficacy Motion Cryopreservation Hysteresis Nanosystems Low-cost Fluid Investigation Inhibits Ceo Foam Imidazolate Excellent Remarkable Generator Colloid Identification Crystallization Nanoribbon Implant Vertical Resolution Copolymer Migration Acidic Ambient Splitting Grain Tin Encapsulation Biomarker Nanorod Electrochemiluminescence Monolayers Quantitative Mediated Microstructures Next-generation Interconnected Realizing Quasi-2d Germanene Crystallinity Cellulose Virus Gap Condition Triggered Nanodiamond Nanocarriers Information Surface-enhanced Schottky Photodetection Metastasis Nanoflake P-doped Nanoliter Heterojunction Matrix Ratio Simultaneously Inkjet Aspect Micromotors Review Biosensing Conjugate Enhances Cell-laden Single-crystalline Perovskites Diagnosis Neutrophil Activated Cytotoxicity Nanochannels Mapping Visible Nanocages Manganese Chirality Dielectric Integration Nanocapsules Green Produce Ultralong Eye Electrically Dichalcogenides Mxenes Plant Twisted Nanozyme Shock Programmed Osteogenesis Promising Feature Ink Single-atom Nondestructive Promotes Analogue Nanodiamonds Hairpin Sub-10 Nanoreactors Enrichment Chalcogenides Cytopharmaceuticals Zif-67 Room-temperature Etching On-demand Ultrastable On-surface Tobacco Reconstruction Discrete Mechanic Signaling Beam Thermal Mesostructured Patterning Incorporation Disk 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Small-molecule Platinum Knoevenagel Star Synaptic Ir Glutathione Mercury Antimicrobial Sliding Elastomer Cluster Hexacyanoferrate Designing Photocatalysts Gadolinium Redistribution Epoxy Biofilms Compliant Nanomaterial Ch Mote Electro-oxidation Electrodeposition Staphylococcus Abraxane/human Nanoengineered Calcium Polysulfides Conductivity Long Infrared Electrospun Permeability Twist Partially Β Inflammatory Killing Neural Intermediate Carbide Improvement Cspbi Adsorption Ultrabroad Magnetization Probed Pathogen Moo Metamaterials Nanostructured Superlattices Volume Evidence Life Boosted Renewable Remote Sulfide Metasurfaces Host Pulse Determination Amyloid Utilizing Microcarriers Yttrium Paper Improving Polydopamine Organic-inorganic Optoelectronic Promoted Afm Optimization Microtubes Exosome Case Tunneling Muscle Field Intermolecular Immunoassay Heart Capacitance Oer Cross-linked Nanoprobe Sulfate Recovery Wastewater Doxorubicin Nir-ii Fano Aggregation-induced Camouflaged Noninvasive Epitaxial Photocatalysis Thermally Nanohybrids Interstitial Cd Topical Animal Biofilm Supercapacitor H-bn Conformable Salt Branched Microgel Endogenous Memristor Status Mr Orchestration Synthetic Rotor Immobilization Micelle Nanogenerators Accelerated Actuator Bone Biomimetic Penetration Solubility Light-emitting Phosphorous Voltage Distribution Multiwalled Inhibitor Mitochondrial Osmotic Motility Conducting Aucu Aureus Exhibiting Hydrothermal Brain Avalanche Dye Noncontact Environment Rough Micromachines Inhibition Interphase Triple Bacterial Force Isolated Mn Regulating Blue Constructing T Region Elevated Cooling Nanodisks Lasing Hierarchically Self-assembled Hematite Factor Spatial Principle Building Bio-inspired Tetrahedral Mode Binder-free Microcapsules Opportunity Li-ion Entry Visualization Zinc-ion Lithiophilic Hot Bimodal Optoelectronics Mutation Phosphorene Nico Noble Relation Humidity Hydrolysis Microchannels Polysulfide Transmission Magnetotactic Deformation Aqueous 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Small - Journal Impact

Der Journal Impact 2019 von Small beträgt 10.170 (neueste Daten im Jahr 2020). Im Vergleich zu historischen Journal Impact ist der Journal Impact 2019 von Small um 6.16% gestiegen. Small Journal Impact Quartile: Q1. Der Journal Impact, 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 erfolgt für eine Zweijahresspanne nach folgender Formel: Eine Zeitschrift hat in den Jahren 2017–18 insgesamt (A) Artikel publiziert, im Jahr 2019 wurden alle Publikationen dieser Zeitschrift aus den vergangenen zwei Jahren insgesamt (B) mal zitiert, daraus ergibt sich für 2019 ein Journal Impact der Zeitschrift von (B/A). Der Journal Impact 2019 wird 2020 aktualisiert. Neben dem 2-Jahr Journal Impact bieten der 3-Jahr Journal Impact weitere Einblicke in die Auswirkungen von Small.

11.0 ~ 11.5


3/6


Small - Journal Impact Vorhersage

50% der Wissenschaftler erwarten, dass der Small Journal Impact 2020 im Bereich von 11.0 ~ 11.5 liegen wird. Das Journal Impact 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 Journal Impact Trend Forecasting System zeigt die genauen Community-gesteuerten Daten ohne geheime Algorithmen, versteckte Faktoren oder systematische Verzögerungen an.

Small Journal Impact Trend Forecasting System


  • Journal Impact 2017 9.580
  • Journal Impact 2016 8.780
  • Journal Impact 2015 8.620

1063

  • Anzahl der Artikel 2017 759
  • Anzahl der Artikel 2016 706
  • Anzahl der Artikel 2015 691
  • ISSN
  • 16136829, 16136810
  • Open Access
  • Verleger
  • Wiley - V C H Verlag GmbbH & Co.
  • Land/Region
  • Germany
  • Geschichte
  • Forschungsfeld
  • Biomaterials (Q1), Biotechnology (Q1), Chemistry (miscellaneous) (Q1), Engineering (miscellaneous) (Q1), Materials Science (miscellaneous) (Q1), Medicine (miscellaneous) (Q1), Nanoscience and Nanotechnology (Q1)

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