DEMS for Electrocatalytic Reaction Mechanism Analysis
Currently, most of the electrochemical reaction gas phase or volatile product is based on steady-state polarization and chromatography analysis, which only reflects total reaction currents and does not distinguish step-responses. For most studies of electrochemicals, field studies in the process of Electrodynamic scanning or modulation are more of a research value, and the in situ electrochemical spectrometer (DEMS) is one.
More
DEMS for In-situ Gas Analysis during Battery Charge/Discharge
Mass spectrometers are a powerful instrument for identifying the composition of the substance, which can be used for gas analysis, with advantages ranging from the smallest hydrogen molecules to several hundred large molecules of organic vapour, which can be analysed, as an all-power gas analyser, with advantages such as low detection limits, high sensitivity, wide linear ranges and low consumption of the gas required, and with a wide range of advantages such as isotope markings.
More
In-situ IR Spectroscopy for CO2 Electrocatalytic Reduction
Cat 1. Several in situ Electrochemical Infrared Attachment Structures 1.1 IRAS 1.2 Decreasing Full Reflection Method 1.3 Intrareflection ATR-SEIRAS and Internal Reflection Otto thin layer Model 2. Experimental Attention 2.1 Selection Basis for Internal and External Reflection 2.2 Crystal Selection 2.3
More
Membrane Inlet Mass Spectrometry for Denitrification and Anammox Studies
Membrane input mass spectrometry for anti-nitrification and anaerobic ammonia oxidation 1. Membrane input spectrometry (MIMS) is a soluble gas mass spectrometry analyser that is used to measure concentrations of N2, O2 and Ar in the water samples of the environment and stabilize isotopes; it is also used for measuring gases dissolved in CO2, CH4, DMS and other low molecular mass
More
Shanghai Haoyang Network Technology Co., Ltd.
We will provide you with a complete set of products and solutions as well as professional technical services.National hotline
13564119850