What's New in ACD/Spectrus Processor

Version 2012 to 2012.01 (Batch 55972)

Since its initial release in the Fall of 2011, a number of enhancements have been made to ACD/Spectrus Processor. Many of these improvements fulfill the requests of users, and will benefit our wider user-base. We are continually working to improve our software to facilitate your efforts in R&D.

General

  • Undock windows and adjust the screen layout across multiple monitors to suit your workflow. Manage and save screen layouts to save time.

  • Enlarge regions of interest in spectra and chromatograms reported to the ChemSketch window.

  • Automatically set x-axis syncing for data of the same type upon import.
  • Ease of use improvements:
    • Convert the traditional mouse cursor into a vertical pointer for greater precision.
    • Use Report Setup to choose different pieces of information to be included into your standard report, by technique (does not include hyphenated MS data).

NMR–specific

  • Subtract multi-peak solvent signals from spectra.

  • Hide the numbering of unassigned atoms, and set correlations to be displayed on the structure.

  • Calculate spectra for structure(s) displayed in the Structure window (installation of NMR Predictors required)
  • Ease of use improvements:
    • Assign user-defined headings for columns in tables via the Table Options dialog box.
    • Improved visualization of the snap to grid tool.
    • Exclude diagonal peaks from the labeling process.
    • Help with structure assignment—track the number of assigned and unassigned carbon and proton atoms through the Spectral Data table.
    • Improved display—choose from a variety of attachment options for 1D spectra to be used as the projection in 2D NMR data.

MS-specific

  • Copy/paste manually assigned structural fragments into the Table of Fragments.

  • Run ACD/MS Fragmenter directly from the Structure window (valid installation of MS Fragmenter required).

UV/IR-specific

  • Display functional group labels near the cursor when pointing to the relevant peak or spectral region.

  • Assign fragments from the knowledgebase, even when no structure is proposed.

  • Vibration frequency is default for labeling of spectra. User may also choose to label by atom number or molecular formula.