JEOL USA Blog

Tags

accurate mass AccuTOF-DART Additive Manufacturing Aerospace ambient ionization Analysis atmospheric pressure interface Batteries Chromatography CID collision-induced dissociation cone voltage Cryo-EM DART DART-MS Deformulation Direct Analysis in Real Time direct write double bond equivalents ebeam EDS Electron Beam Powder Bed Fusion elemental composition even-electron ions fragment ions fragmentation GC-Alpha GC-HRTOFMS GC-MS/MS GCxGC-HRTOFMS General Gulf Coast Conference Image Contest in-source CID isomers isotope measurements isotope patterns lithography mass spectrometer mass spectrometers mass spectrometry Materials molecular weight msFineAnalysis AI MXene NMR Upgrade Nuclear Magnetic Resonance odd-electron ions Pesticide Analysis Petrochemical Analysis Petroleum Pittcon Pyrolysis-GC-MS Pyrolyzate SEM SEM-EDS semiconductor TD DART-MS Thermal Desorption time-of-flight unsaturation

What Is Surface Analysis?

Surface analysis is an analytical technique to elucidate elemental composition, chemical state, and micro structure from material surface layer (several nm to several µｍ). As phenomena such as corrosion, wear, adhesion, and reactions that impact performance and reliability occur primarily on the surface, surface analysis is vital for material evaluation, quality control, and failure analysis.

COSY/TOCSY Analysis│Interpreting spin correlations using 2D NMR

In this article, we explain the basic principles and analysis methods of COSY and TOCSY, which are representative techniques of 2D NMR. Starting from confirming correlations between adjacent protons using COSY, we introduce spin network analysis with TOCSY and analysis of carbohydrate using 1D and 2D TOCSY, with concrete examples.

Basics of NOE/NOESY: Causes and Solutions When NOE Is Not Detected

NOE (Nuclear Overhauser Effect) is an important NMR measurement technique that can reveal spatial proximity relationships within molecules. In this column, we discuss the difference between difference NOE, 1D NOESY, and 2D NOESY, and how to select each method, the relaxation time that is key for analysis. The causes and solutions for cases when NOE is not detected are also covered. Moreover, we answer the frequently asked questions and explain the key points for effective use of NOE measurement.

Structural Analysis of Organic Compound Using 2D - NMR Spectrum

In this article, we will explain the structural analysis of organic compound by using 2D-NMR spectrum.

How to read NMR spectra from the basics (chemical shift, integration ratio, coupling)

This article provides easy-to-understand explanations about what we can learn from the NMR spectra (chemical shift, integration ratio, and coupling)

What Role Does Chemical Ionization Play in GC-MS?

Chemical ionization plays a distinct role in GC-MS by preserving molecular ions for reliable molecular weight confirmation during complex analyses.

Overcoming Structural Biology Challenges with Transmission Electron Microscopy (TEM)

Many structural biology challenges are overcome with Transmission Electron Microscopy (TEM). Learn how TEM solves issues in molecular imaging and analysis.

Is personalized structural biology a new frontier in medicine?

Personalized structural biology has established a new frontier in medicine due to its extensive capabilities. Read about the part it plays in healthcare now.

Cryo-EM: Integrating Structural Bioinformatics for Functional Insights

Our article can improve your understanding of computational techniques in cryo-EM and integration with structural bioinformatics for accurate models and structural insight.