Integrated Raman spectrum function of the highest performance of AFM
Bright spot
Size icon - Raman
Dimension Icon AFM - Raman extinguishing system brings together the advantages of atomic force microscope and Raman microscope, can provide crucial information about the sample morphology and chemical composition.When the technology and the advanced mode of AFM imaging (e.g., brooke exclusive PeakForce TUNA nano electronic technology and PeakForce QNM ® quantitative nano mechanical technology) when combined, the researchers were able to better study the forming mechanism of material properties.
Correlation between
AFM and Raman data
Achieve unparalleled location measurement efficient and easy to use.
Advanced sex
AFM mode
To help researchers better understand the generation mechanism of certain materials.
reliability
Dimension Icon platform
Raman spectroscopy for the micron grade local area established a new performance standards.
By AFM - Raman systemDimension Icon ® AFMAnd research level of confocal Raman microscopy (Renishaw InVia or Horiba LabRam), placed in a single rigid, resistance to shock vibration integration platform.This configuration keeps the whole function of various instruments, also provide the best combination of performance.For example, the configuration support Dimension Icon system of all functions, including AFM imaging mode brooke dedicated ScanAsyst and extremely easy to use®.You can customize for your application of the most effective combination mode.
The morphology of polystyrene/polypropylene structure (left, (image size of 40 mu m x 40 microns).PeakForce QNM provide quantitative information of elastic stiffness/sample.Modulus of contrast is different in this picture said polystyrene (dark) and polypropylene (bright), compared with large modulus.Raman map, by contrast, clearly shows the chemical composition of the different areas (red green, polystyrene, polypropylene), the results show that the detection of the excellent correlation.
Seamless integration technology and analysis
The size of the AFM measurement location icon - Raman.Here to get quantitative nano mechanics data of polymer mixture.
Test can be switch between two technologies within a few seconds, without causing interference.Extinguishing system can continuous area of AFM and spectral measurements of the same samples, and not cause to dislocation or inaccurate positioning.Using MIRO ® features can easily be in the same region Raman imaging results with AFM images to achieve coverage.Various images (topography, modulus and adhesion to) can be superimposed on the chemical profile, tested area to provide comprehensive information.
application
AFM mode
Using AFM to expand your application
With a set of excellent AFM imaging mode, each study brooke help you provide the applicable technology of AFM.
Imaging model based on the core (contact mode and tapping mode), brooke provides a full set of AFM test mode, allowing users to detect samples of electrical, magnetic and other rich performance.Brooke original new peak force tapping technology as a new core imaging model, has been applied to a variety of measurement mode, can provide morphology, electrical and mechanical performance data at the same time.
Use PeakForce QNM pattern collection of polystyrene/pp blend of modulus distribution (left) and Raman spectra of the same area (right, green for polystyrene area, red for polypropylene area).The change of material mechanical properties and corresponding to the different chemical composition, which can use the modulus of image quantitative nano mechanics of information distribution of chemical composition to obtain high resolution.
Polystyrene/low density polyethylene samples contraposed the AFM ScanAsyst topography (brown), Raman spectra (green) and optical microscope (gray).Raman data provided by the Horiba j. till schreiber.
