拉曼學院 - 實踐

This webinar will provide a general overview of Raman spectroscopy and HORIBA Scientific’s MacroRAM Raman spectrometer. Select application examples and measurement demonstrations will be presented for pharmaceutical, microplastic, and polymer samples.

In this webinar, Thibault Brulé and Jocelyne Marciano will demonstrate how the combination of these two unique techniques can fully characterize the organic and inorganic layout over samples such as tablets, rocks, or pollutant particles on filter.

This webinar will introduce the concept of combining an Enhanced Darkfield with Hyperspectral imaging on a Raman microscope.

Obtaining a very good Raman spectrum or image is not always very easy. Many parameters must be considered to get the ideal result. During this webinar we will describe the impact of each acquisition parameter and demonstrate how they can be easily optimized, especially in LabSpec6. Thus, Raman spectra and Raman maps acquisitions will become a child’s play for you.

Raman microscopy couples both submicron-scale spatial resolution and high spectral resolution. Thus, achieving the best performances is dependent on a good calibration in both spatial and spectral dimensions. During this webinar, we detailed the different calibration routines applied on Raman microscopy to achieve ideal measurements while remaining compliant with regulations. We also explained how these routines work and why they are important to consider.

Raman microscopy provides both molecular and morphological information of the analyzed sample. However, sometimes it is not enough to fully understand a physical or chemical process. That's why the Raman information has to be coupled with complementary information. During this webinar, we will present the different solutions existing to combine Raman with other microscopy techniques in this aim, like SEM, AFM, or all other microscopy techniques.

During this webinar, we will explain impact of processing on Raman spectra and the solutions for Raman image analysis, including multivariate analyzes.

Raman microscopy is more and more becoming a standard method in many application domains. This transforms Raman microscopy from a high-end technique to one that is widely used. Consequently, it has to come with tips-and-tricks, but also with dedicated tools to support these different applications. These supporting tools can be accessories or software dedicated apps. During this webinar, we detailed the tools and accessories supporting Raman microscopy for specific applications.

During this webinar we will show how combining Raman and µ-XRF characterization with this co-localization tool generates valuable information for a range of applications.

Raman microscopy can have the reputation of being difficult to handle. But with all our recent developments...it has become much easier for non-experts to access!

In this webinar, explore how Raman microscopy can be used to identify and characterize microplastics and nanoplastic samples through examples such as hand sanitizer. Plus, gain an overview of the latest HORIBA Scientific solution software: Particle Finder™.

Raman spectroscopy is a good technique for chemical and physical characterization of materials, but suffers from a few limitations like a lack of sensitivity, or its micron scale resolution. Since the 1970s, the coupling of the plasmonic effect with Raman is more and more being used to overcome these limits. This phenomena association results in two enhanced Raman spectroscopies called SERS and TERS, respectively associated to Surface and Tip origins. During this webinar, we present how the coupling of plasmonic and Raman effects results to with SERS and TERS and details some applications.

More and more, Raman microscopy is being used for a wide variety of applications. As a vibrational spectroscopy, it is mainly compared with Infrared absorption. However, the origins of this Raman effect and the information provided by Raman spectroscopy are different than any other. During this webinar, we will present what the Raman effect is and what kind of information can be obtained based on a Raman spectrum.

Understanding the polymerization process, polymer structure, or identifying defects in final products is therefore very important for many laboratories. Raman microscopy is one of the most powerful techniques for obtaining accurate information when it comes to polymers.

Raman microscopy is the combination of the Raman effect and optical microscopy. A Raman microscope is the association of multiple components where each of them is playing a specific role to achieve highly resolved and sensitive measurements. During this webinar, we present the role of each component of a Raman microscope and detail their characteristics and limits.

Standard spontaneous Raman scattering effect is limited by its sensitivity. Different strategies are set in place to improve the sensitivity and the mapping speed based on different physical phenomena. These approaches resulted in the development of Stimulated Raman Spectroscopy (SRS), Coherent Anti-Stokes Raman Spectroscopy (CARS), Resonant Raman spectroscopy, etc., each of which have advantages and limitations. During this webinar, we will present the concept of these different techniques, and discuss their benefits and concerns.

In this webinar, we discuss the spectroscopic capabilities of the SMS system, showing example applications for Raman, Photoluminescence (Fluorescence), Lifetime, Reflectance, Transmittance, Darkfield Scattering, and Electroluminescence.

See how AFM, Glow Discharge, Spectroscopic Ellipsometry, Raman, CathodoLuminescence and XRF combine to provide a multidimensional information on Surfaces and Interfaces of a large range of materials. This introduction will show the range of techniques available at Horiba and present on a few applications the complementary « point of view » they offer.

Raman microscopy is an increasingly commonly used technique in analytical labs. However, only few manufacturers can provide high quality instruments that make an appropriate balance between flexibility and ease of use. Several key performance characteristics need to be considered when deciding what makes a good Raman microscope. In this webinar we will demonstrate, how the various instrument characteristics impact on what makes a good Raman microscope.

Optical microscopy is very common technique for visualization and characterization at the micron scale. Many modalities exist to highlight different features. However, the chemical information is almost always missing. Raman spectroscopy is a complementary technique that can provide chemical information about the sample. During this webinar, we presented how these different microscopy modalities, combined with Raman spectroscopy, make Raman microscopy so powerful.