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近日開催予定のウェビナー
研究用AFM電気測定 EFM/KPFM - 2020年9月29日
2020年 9月 29日 火曜日 / 16:00 pm JST
毎月お届けしておりますパーク・システムズNano academy、今回のウェビナーでは、パーク・システムズ独自の真のノンコンタクト™モードとの組み合わせだからこそできる新しい電気測定技術を含めKPFM/EFMについてご紹介いたします。
How to operate AFM (with live demo)
Tuesday, 22 September, 2020 / 13:30 pm SGT
In this session, the basic principles and the application of AFM which can be used in scientific and industrial fields are examined. In particular, we share the images measured by the actual atomic force microscope with specific examples of various applications and look at their meaning. In addition, we present how to operate AFM including cantilever selection, sample preparation, description of imaging parameters and operation in order to obtain better understanding for AFM.
Better in Vacuum – boosting the characterization of 2D semiconductors via electrical AFM in high vacuum
Thursday, 3 September 2020
This webinar explains the basics of EC-AFM and investigation of localized electrochemical deposition and dissolution of copper using the Park NX12 AFM System.
パーク・システムズ #1 研究用AFMのパフォーマンス 大特集！
2020年 8月 28日 金曜日
生産ライン用全自動AFMで有名なパーク・システムズ社ですが、実は研究用のAFMでも高いパフォーマンスを発揮できることについて、まだ日本国内においては周知とは言えません。そこで今回は、弊社の研究用AFMの能力についてひも解き、説明させていただきます。
Surface Potential Imaging via Sideband KPFM - August 26, 2020
Wednesday, August 26, 2020
This webinar will introduce Sideband KPFM, using F14H20 as an object of study for the surface potential measurements.
What is a good AFM? - August 25, 2020
Tuesday, August 25, 2020
The SPM is indeed the key to entering the world of nano-technology that has yet to flourish, and it is essential equipment for various researches in the basic sciences – physics, chemistry, and biology - and in applied industry - mechanical and electrical engineering.
Flow Chemistry and Polymerizations
Friday, August 21, 2020
This is the sixth webinar in our 2020 Material Science Research and AFM Webinar Series, designed to help researchers understand leading edge developments in Materials Science Research and Applications using Atomic Force Microscopy.
Electrochemical AFM (EC-AFM): Copper Deposition/Dissolution on Gold
Tuesday, August 11, 2020
This webinar explains the basics of EC-AFM and investigation of localized electrochemical deposition and dissolution of copper using the Park NX12 AFM System.
SmartLitho Creating nanometer sized structures with ease
Tuesday, July 28, 2020
This webinar will show the ease of use of the new Park SmarLitho software and diverse oxide-based nanolithography experiments.
Better in Vacuum – how high vacuum improves the accuracy of nanoscale AFM characterization (on NX-Hivac AFM)
Thursday, July 23, 2020
The webinar will give a full introduction to the high vacuum AFM functions and will show the easy-to-use pumping station interface.
ウェビナー動画
Nanotechnology in Plastics and Packaging
The Park Systems 2019 Materials Matter Material Science Research and AFM Webinar Series continues with Nanotechnology in Plastics and Packaging.
Surface Plasmon Resonance Spectroscopy Tandem with AFM
The Park Systems 2019 Materials Matter Material Science Research and AFM Webinar Series continues with Surface Plasmon Resonance Spectroscopy Tandem with AFM.
Viscoelastic Surfactants and Oilfield Chemicals
The Park Systems 2019 Material Science Research and AFM Webinar Series continues with Viscoelastic Surfactants and Oilfield Chemicals.
Physical Properties of Emergent 2D materials with AFM
In this webinar, the reporter will share some of the experience of using Park AFM (XE 100 and NX10). Since 2011, the reporter has used Park AFM as the main research tool, and made some interesting researches in the study of 2D material properties, the characterization of optoelectronic devices, and the exploration of novel 2D material electronic devices.
2D Nanomaterials for Smart Coatings and Fluids
2-D nanomaterials are known for its property of being only one or two atoms thick. Due to their high ratio of surface area to volume, they immensely benefit from unique physical, chemical, and biological functionality.
Emulsion Polymerization Methods and Nanomaterials
Emulsion polymerization and nanomaterials bring a hierarchy of ordering and scale. The oil/water and water/oil environments combine surfactant technologies and pickering emulsion behavior. This installment of the webinar series will review some of the examples based on janus nanoparticles and interfacial chemistry. This webinar is designed to help researchers understand leading edge developments in Materials Science Research and Applications using Atomic Force Microscopy.
Nanostructured Polymer Brushes With AFM
The Park Systems 2019 Material Science Research and AFM Webinar Series kicks off with Nanostructured Polymer Brushes With AFM, focusing on how Atomic Force Microscopy is a vital tool in characterizing the morphology of grafted polymer brushes.
教育用ウェビナー「AFMテクニック」
Investigation of Lithium Ion Battery Electrodes Using Pinpoint SSRM in Vacuum
SSRM is a scanning probe microscopy (SPM) technique that allows imaging and electrical characterization of a semiconductor materials.This webinar session will explain the basics of PinPoint SSRM and review its potential for investigating the electrical and mechanical characteristics of lithium ion battery electrodes.
PinPoint Piezoelectric Force Microscopy
PFM functions by engaging a sample surface with a sharp conductive SPM probe. This probe's tip then has an alternating current (AC) bias applied to it in order to cause a deformation of the sample surface by way of a piezoelectric force.
Electrochemical Atomic Force Microscopy (EC-AFM)
In EC-AFM, users typically perform voltamemetry and corrosion experiments using an electrochemistry cell and a choice of potentiostat or galvanostat depending on the electrochemical application of interest.
PinPoint Nanomechanical Imaging Using Probes of Various Cantilever Stiffness
PinPoint Nanomechanical mode obtains the best of resolution and accuracy for nanomechanical characterization. Stiffness, elastic modulus, adhesion force are acquired simultaneously in real-time.
Scanning Ion Conductance Microscopy (SICM) and Scanning Electrochemical Microscopy (SECM)
SICM uses the increase of access resistance in a nanopipette placed in an electrolyte solution and monitors the ionic current flowing in and out of this probe—a flow that is hindered as the tip closes in on a sample surface.