Nano Academy
AFMで正確な像を得るための重要な作業の一つ、サンプルプレパレーション。 昨年パーク・システムズ本社から発行された『ユーザーハンドブック』より、様々な試料調整方法をご紹介いたします。 測定を成功させるために、測定対象物によってどのようにサンプルの調整・固定をすればよいか、 実習も交えて丁寧に解説いたします。 どのようにサンプルを調整したら...
纳米红外光谱分析系统在化学分析及材料成像的应用光诱导力显微镜 (PiFM) 能提供高分辨率红外光谱,其与传统的FTIR(傅里叶变换红外光谱)保持着密切的相关性,结合AFM 平台,其PiFM 光谱 可达10 nm 空间分辨率下的化学鉴定。此外,Park PiFM 亦可提供不同深度的光谱信息,提供对样品成分的更多资讯。
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Dr. Mikhail Kryuchkov
Dr. Mikhail Kryuchkov is currently a postdoctoral researcher at University of Geneva, Switzerland. He earned his PhD at University ...
Research Application Technology Center
With the successful launch of SmartScanTM, we at Park Systems developed an AFM operating software that set new standards for nanos...
Green Chemical Polymer
Water-Soluble Polymers are Developed for Environmentally Friendly Polymer Coating Applications.
Enzymatic polymerization of self-assembling amp...
Giorgio Cortelli
Giorgio Cortelli is currently a PhD student at the Department of Civil, Chemical, Environmental and Materials Engineering, XXXV Cycle, in the University...
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Nov -0001'
Technical Articles
Introduction
Over the past decades, Atomic force microscopy (AFM) has been intensively involved in nanoscale research and development. Despite being widely used, underst...
Production and Measurement of Nanodot Array
Methods of Exploiting Anodic Aluminum Oxide and Block Copolymer as Templates
One method of producing nanostructures is by ...
Lisa M. Mey-Ami, Jinjin Wang and Fuhe Li Air Liquide Electronics - Balazs NanoAnalysis, Fremont, CA USA
Dr. Lisa Milstein Mey-Ami is a senior scientist and techn...
Chao Wen
Ms. Chao Wen received her B.S. (2018) in Physics from the Wuhan University of Technology and her first M.S. in Nanoscience from the Rovira i V...