Chemryt - We contribute to the Chemicals, Pharmaceutical & Biotech industry using information technology
Chemryt | Cheminformatics
Menu
Home
Chemicals
Water Treatment
Ro Additives
Descalants
Dispersants
Cleaner
Corrosion Inhibitors
Bacterial Culture
Lab Chemicals
Chemical
Pharma Chemicals
Inorganic Compound
Organic Compound
Reagents
Food & Beverages
Aroma Chemicals
Preservatives
Ingredients
Agro Chemicals
Pharmaceuticals
Specialty Chemicals
Fine Chemicals
Animal Health
Intermediate
Analytical Reagents
Solvents
API
Cosmetic
Paints & Coating
Inorganic Chemicals
Metal Salt
Organic Chemicals
Organic Intermediates & Reagents
Industrial Chemicals
Fragrance & Flavours
Aroma
ChemrytIQ
Listing
Software
Software
Thermal Safety
Pipetting Aid
Bioinformatics Tools
Electronic Lab Notebook
Chemical Inventory Software
Molecular Design
Molecular Descriptors
Molecule Viewer
QSAR
My Cart
View Cart
Sign in
Chemryt AAS
Chemryt IQ
Chemryt NMR
Chemryt UVIR
Chemryt RAM
Chemryt HPLC
Chemryt GC
Chemryt FTIR
Chemryt DSC
Chemryt TGA
Spectra Workspace
Chemryt UVIR prediction studio
Predict UV-Vis, IR, and mass spectra from SMILES or a drawn structure, then review descriptors and save the run.
History
Save
Molecule Input
Examples:
Benzene
Acetic acid
Acetone
Phenol
Aniline
Nitrobenzene
Butadiene
Acetophenone
Naphthalene
Acetonitrile
Crotonaldehyde
Spectrum Type
UV-Vis
IR
MS
Predict Spectra
Molecular Properties
Functional Groups
UV-Vis
IR
Mass Spec
Predicted Spectrum
PNG
CSV
Peak Assignments
Prediction method:
UV-Vis uses Woodward-Fieser / Scott's rules. IR uses functional-group frequency tables with Lorentzian broadening. MS uses neutral-loss rules and isotope patterns.
Results are approximate - for screening purposes only.
Save Prediction
×
Compound Name
(optional)
Notes
(optional)