Liquid chromatograph (HPLC)
LC-40
Testing per methods for water, food and raw materials.
Equipment of every laboratory in the catalogue, in one list. Search by name or model, filter by category.
The list is compiled from lab cards. The condition and availability of a specific instrument are confirmed by the curator on request.
This catalogue is informational: it was compiled by the hub from open sources and is not an offer. The hub does not act as a representative of the university and does not dispose of its equipment. Scope, timelines and prices are confirmed by the laboratory for every request.
Found: 25
LC-40
Testing per methods for water, food and raw materials.
Agilent 7890A
Testing of petroleum products and volatile contaminants.
Photometric methods for water, effluent and soil control.
Agilent 6890N / 5973N
Separation and identification of volatile organic compounds.
Agilent 1100
Quantitative analysis of non-volatile organics.
Agilent 7500
Multi-element analysis of trace metal concentrations.
Shimadzu AA-6200
Determination of metals in prepared solutions and extracts.
Radiation control of samples: specific activity of radionuclides.
Computational tasks, large dataset processing, model training.
Jiangsu Huibo Robotics
Development of robotic operations: handling, stacking, assembly, machine tending.
Quanta 200i 3D
Surface and fracture morphology, microstructure analysis, non-conductive samples.
Integra
Nanometre topography, roughness, film thickness.
Co-located topography and chemical identification; tip-enhanced signal.
SAXS/WAXS
Nanoparticle size, porosity, supramolecular structure of polymers and composites.
Rigaku MiniFlex 600
Phase analysis of powders and coatings, crystallite size estimation.
UV-3600
Optical transmission and absorption spectra, band-gap estimation.
Metal and oxide coating formation on substrates.
Molecular genetic research and organism identification.
Freeze-drying of biological preparations.
Microscopy of cultures, tissues and preparations.
Identification of hydrobionts and microscopy of biological samples.
Generation and maintenance of low temperatures for testing.
Technical gas production; regime development before industrial deployment.
Development of solid-fuel gasification regimes.
Composition control of processing products and gas mixtures.
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