MultiMode 8-HR™ AFM terbaru menampilkan peningkatan yang signifikan dalam hal resolusi, kecepatan dan nanomechanical performa dengan menggunakan PeakForce Tapping®, enhanced PeakForce QNM®, FastForce Volume™ terbaru, dan ekslusif bruker Probes.
PeakForce Tapping menjadikan system ini mampu menyajikan gambar dengan resolusi tinggi. Memiliki data data quantitative nanoscale terlengkap, quantifiable, sangat sederhana dan mudah digunakan. ScanAsyst memberikan hasil AFM terbaik bagi penggunanya, sangat fleksibel dengan Open Access system yang mempermudah akses pada AFM.
Topography image of plasmid DNA showing corrugation along the strand that corresponds to the double helix structure. Inset: High-resolution image of a segment of the DNA strand where the alternating major and minor grooves are clearly resolved in the corresponding height profile. Color scales: 3.5 nm; 1.4 nm (inset). Figure courtesy of A. Pyne et al. Small (2014) doi: 10.10002/smll.2012400265.
Tapping PeakForce mampu mengurangi force selama proses imaging dengan hasil citra AFM terbaik dan konsisten. Dapat diaplikasikan berbagai macam sampel baik soft biological sample dan hard sample. System ini mampu menyajikan hasil yang lebih cepat dan modulasi frekuensi PeakForce QNM yang tinggi untuk nanomechanical properties mapping.
PeakForce Tapping :
PeakForce QNM :
PeakForce KPFM™ and PeakForce TUNA™ :
PeakForce-HR Module:
PeakForce Imaging Modes:
General Imaging Modes:
Mechanical Property Characterization:
Analysis
Imaging:
Electrical and Magnetic Property Characterization:
Electrochemistry:
Temperature and Environmental Control:
More information:
Highest Resolution Imaging.
Multimode 8 system allows the researchers to create high-resolution images with PeakForce Tapping, Most Complete Quantitative Nanoscale Data Performing routine, quantifiable, nanoscale electrical and mechanical property mapping allowing everyone to be an expert in AFM.
Enabling researchers to routinely create high-resolution images with PeakForce Tapping, Performing routine, quantifiable, nanoscale electrical and mechanical property mapping. Very simple and easy to use. The Image optimization ScanAsyst allows users to obtain expert AFM results. This fully flexible with Open Access system allows easy access to AFM through Nanoscope open Access toolbox.
Topography image of plasmid DNA showing corrugation along the strand that corresponds to the double helix structure. Inset: High-resolution image of a segment of the DNA strand where the alternating major and minor grooves are clearly resolved in the corresponding height profile. Color scales: 3.5 nm; 1.4 nm (inset). Figure courtesy of A. Pyne et al. Small (2014) doi: 10.10002/smll.2012400265.
The Peakforce Tapping by Bruker reduces the force during imaging greatly that results in the most consistent, highest AFM imaging. The application is widely varied throughout every discipline of research whether it is a soft biological sample to very hard material. The system allows faster imaging and higher frequency modulation PeakForce QNM for nanomechanical property mapping.
PeakForce Tapping :
PeakForce QNM :
PeakForce KPFM™ and PeakForce TUNA™ :
PeakForce-HR Module:
Polymer brush structures imaged using PeakForce-HR. Scan size 1 μm at 5 Hz. Sample courtesy of S. Sheiko, University of North Carolina, Chapel Hill.
PeakForce Imaging Modes:
General Imaging Modes:
Mechanical Property Characterization:
Analysis
Imaging:
Electrical and Magnetic Property Characterization:
Electrochemistry:
Temperature and Environmental Control:
More information:
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