Open a new Word document, head over to the “Mailings” tab, and then click the “Labels” button. Now let’s assume you want to print a bunch of labels on a single page, but print different information on each label. Make sure you have your labels loaded into the appropriate tray in your printer and then click “Print.”Ĭreating a Single Page of Different Labels When you’re happy with your setup, click “OK.”
If you can’t find what you’re looking for, you can select “New Label” and type the exact details of what you need. You’ll notice the specifications of the labels will appear under “Label information.” The information displayed here is relative to the selected product number. Under “Product number,” you can select the label type from the provided list. In the Label Options window, you can tell Word how you’ll be printing the labels and the brand of the label. To change it, you’ll need to select “Options.” Let’s go ahead and do that. (in that case, you will only need to select the atom 10 in f1):įinally click OK and hover the mouse over the atom 23 to see the result (please notice how the assignment table has been automatically filled with the number '10' in the HSQC column, in order to show the correlation between the C-10 and the H-23).Ĭopying several datasets on the same page is also available.The “Label” section gives you a description of your current label selection. In the example below, you can see the correlation between the two hydrogens and the carbon of the position 12 in a HSQC:Īlso you can carry out assignments to 2D spectra by typing the applicable number of the atom in the 'Assignments Table' or graphically by selecting the atom in the molecule structure and the corresponding signal in the 2D:Ĭlick on the 2D spectra and a new window will be displayed to select the atoms are involved. Once you have assigned the 1H and the 13C spectra, if you open in the same document a 2D-NMR spectrum and you link the spectra (from the Assignments table), you will see the assignments graphically on the screen and hovering the mouse over the atom will highlight the applicable chemical shift. In order to keep the assignments propagation, follow the menu 'View/Tables/Assignments' to select what datasets you want to take into account (in the example below, we have selected the 1H and the 13C NMR datasets). To do that, select the atoms from the Table of molecules by following the menu 'View/Tables/Molecules'. you can also assign a 13C-NMR of the same molecule in the same document. We recommend you to assign your atoms to your multiplet boxes in order to transfer assignments through datasets. In the example below, we have assigned a -CH2 group, so a new window will be displayed to allow us to select which atom we want to assign, 18, 18', both (in blank) or even we can select any other annotation: 18a, 18b, cis/trans, ax/eq, etc:Īssign a multiplet by dragging the mouse to the 'multiplet box' (in this case the name of the multiplet is replaced with the atom number) or to the 'integral curve', as you can see in the picture below: You will need to convert the raw data to a useable spectrum to be analyzed and interpreted for each lab report. All 1H-NMR, 13C-NMR, 19F-NMR, and 31P-NMR data will be provided as the raw free-induction-decay (fid) data. 2) Obtaining NMR spectral data for analysis. You can also assign a region of the spectrum just by clicking, dragging and releasing the mouse over the desired region. iii) Always include an unknown number or letter when applicable.
Once the assignment has been made, you will get an atom number label on the chemical shift and hovering the mouse over the atom will highlight the applicable peak in the spectrum and hovering the mouse over the peak will highlight the corresponding atom on the molecular structure. This peak will now be assigned to the atom (which will turn to green). Once your desired peak is highlighted on the spectrum, click on it to assign it. Then follow the menu 'Analysis/Assignment' (or use the shortcut 'A').Ĭlick on an atom on the molecular structure (or a spectrum region) and then release the mouse and drag it to your desired peak. Open your NMR spectrum and load a molecule structure. Mnova provides a very simple interface to assign your molecule. Note: Do not forget to have a look at our 1H NMR Automatic Assignments Tutorial
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