Analysis of Mechanical Traces Left Probably by Ball Lightning by Wieslaw Z. Polak

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Capacitive Measurements of SiO₂ Films of Different Thicknesses Using a MOSFET-Based SPM Probe by Hoontaek Lee, Kumjae Shin, Wonkyu Moon

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Antibacterial and Antibiofouling Activities of Carbon Polymerized Dots/Polyurethane and C₆₀/Polyurethane Composite Films by Zoran M. Marković, Milica D. Budimir Filimonović, Dušan D. Milivojević, Janez Kovač, Biljana M. Todorović Marković

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A highly stable noncontact SPM for surface profile measurement and its application to insulating samples by Shigeaki GOTO, Minglei LI, So ITO, Yuki SHIMIZU, Wei GAO

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Atomic force microscopy in energetic materials research: A review by Ekaterina K. Kosareva, Alla N. Pivkina, Nikita V. Muravyev

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Droplet Microfluidics for Chip-Based Diagnostics by Karan V. I. S. Kaler, Ravi Prakash

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Quantitative Study of Charge Distribution Variations on Silica–Nafion Composite Membranes under Hydration Using an Approximation Model by Osung Kwon, Jaehyoung Park, Jihoon Lee

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Quantification of CH-π Interactions Using Calix[4]pyrrole Receptors as Model Systems by Gemma Aragay, Daniel Hernández, Begoña Verdejo, Eduardo C. Escudero-Adán, Marta Martínez, Pablo Ballester

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Advanced atomic force microscopy-based techniques for nanoscale characterization of switching devices for emerging neuromorphic applications by Young-Min Kim, Jihye Lee, Deok-Jin Jeon, Si-Eun Oh, Jong-Souk Yeo

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Epitaxial Graphene and Graphene–Based Devices Studied by Electrical Scanning Probe Microscopy by Tim L. Burnett, Vishal Panchal, Olga Kazakova

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DFMD: Fast and Effective DelPhiForce Steered Molecular Dynamics Approach to Model Ligand Approach Toward a Receptor: Application to Spermine Synthase Enzyme by Yunhui Peng, Ye Yang, Lin Li, Zhe Jia, Weiguo Cao, Emil Alexov

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Erratum: DFMD: Fast and Effective DelPhiForce Steered Molecular Dynamics Approach to Model Ligand Approach Toward a Receptor: Application to Spermine Synthase Enzyme by Frontiers Production Office

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Accurate Simulation of Parametrically Excited Micromirrors via Direct Computation of the Electrostatic Stiffness by Attilio Frangi, Andrea Guerrieri, Nicoló Boni

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Dielectric Imaging of Fixed HeLa Cells by In-Liquid Scanning Dielectric Force Volume Microscopy by Martí Checa, Ruben Millan-Solsona, Adrianna Glinkowska Mares, Silvia Pujals, Gabriel Gomila

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Reduction of Liquid Bridge Force for 3D Microstructure Measurements by Hiroshi Murakami, Akio Katsuki, Takao Sajima, Mitsuyoshi Fukuda

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The Stiffness Variation of a Micro-Ring Driven by a Traveling Piecewise-Electrode by Yingjie Li, Tao Yu, Yuh-Chung Hu

“…In the practice of electrostatically actuated micro devices; the electrostatic force is implemented by sequentially actuated piecewise-electrodes which result in a traveling distributed electrostatic force. …”
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COLLOID RELEASE AND TRANSPORT IN AGRICULTURAL SOIL AS IMPACTED BY SOLUTION CHEMISTRY by Sandip Patil, Kamal Tawfiq, Gang Chen

“…Colloid release was finally found to be correlated to the colloid repulsive electrostatic force within the pore system, i.e., the greater the repulsive electrostatic force, the more colloids released.…”
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Development of wafer bonding technology for micro-electro-mechanical systems application by Wang, Lei.

“…A model of the electrostatic force was developed to investigate the relationships of the force and process parameters. …”
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Anelastic Mechanical Behavior Measurement of thin Films Using Novel Beam deflection Method by Lin M.-T., Hsing K.-S., Tong C.-J.

“…In order to reduce the measure error and calculation complex due to the contact force (like indenter), the driving system was used electrostatic force to making the paddle cantilever beam bend and the deflection of paddle cantilever beam due to the electrostatic force was measured by a capacitance change (Fig. 1). …”
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Electrostatic Excitation for the Force Amplification of Microcantilever Sensors by Salman Ebrahimi-Nejad, Payam Heydari, Ali Shokuhfar

“…Initially the microcantilever is excited by electrostatic force to near pull-in voltage. The nonlinear behavior of the microcantilever in near pull-in voltage i.e., the inverse-square relation between displacement and electrostatic force provides a novel method for force amplification. …”
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