ICON program

Once you have completed the installation procedure you can run the program by selecting the MEN program icon from the Start Menu (Windows 95) or from the program group (Windows 3.1). 

Start the program by double clicking on the Gaussian 94W icon. 

This icon is usually located in the G94W program group. If you moved this icon to a different program group, select it from the appropriate location. 

Select and drag the desired input file from the File Manager into the Gaussian 94W main program window or on top of its minimized icon. The... 

As an initial (demonstration) application of the Icon/1000 control system, we automated two simultaneous acrylic lab polymerizations. In this application, heaters, agitators, and metering pumps are controlled. A batch proceeds automatically from state to state unless the operator intervenes through one of a series of color CRT touch screens allowing him to take complete manual control of the batch for as long as he desires. All important process variables are continually monitored and recorded. The entire control scheme was created, tested, and modified several times in the space of two months, without formal instruction, by a chemical engineer with little previous programming experience and no previous experience at all with this system. 

Klaessens [14-17] developed a laboratory simulator , written in SIMULA, which by a question-answering session assembles the simulation model. SIMULA [18] is a programming environment dedicated to the simulation of queuing systems. KEE [ 19] offers a graphics-driven discrete event simulator, in which the objects are represented by icons which can be connected into a logical network (e.g. a production line for the manufacturing of electronic devices). Although KEE has proven its potential in many areas, no examples are known of analytical laboratories simulated in KEE. 

Terada, A. et al., Development program of hydrogen production by thermo-chemical water splitting IS process, ICONE-13-50183, in Proc. 13th Int. Conf. Nucl. Eng., Beijing, China, May 16-20, 2005. 

On the disk labelled MACINTOSH VERSION there are two icons, one of which represents the CHAOS program and the other the CHAOSBASE program. This is what these icons look like ... 

On entering the program (by a double click on its icon), the only thing you will see is the menu bar. To begin work, you must bring up on screen the window corresponding to a data base by going to the options "New Database" or "Open Database" File menu). 

Hold down the ALT key and press the TAB key. Continue to hold down the ALT key and release the TAB key. When you do this, a window will pop up and display the icons of the programs currently running. One of the icons should be the... 

Setup will add program icons to tho Program Folder lifted below. You may VP new folder name, or select one from the existing Folders fist Click Nextto continue. 

The next dialog box (Fig. 2.3) allows you to specify the name of the folder to which the newly created icons of 1D WIN-NMR, 2D WIN-NMR and GETFILE teaching programs will be added. With the Check Setup Information dialog box (Fig. 2.4) you have the chance to view and eventually correct your entries. Use the Back button in case of a correction. 

After successful installation, you can run the GETFILE, ID WIN-NMR, or 2D WIN-NMR programs most conveniently by double clicking the corresponding icons in the... 

Open the GETFILE. the 1D WIN-NMR and the 2D WIN-NMR application windows (Figs. 2.6, 2.7, 2.8) by double clicking on the corresponding icon in the WIN-NMR Teach Program Manager group. 

Start the 1D WIN-NMR program by clicking on the corresponding icon. From the File pull-down menu choose the Open option and select in the dialog box the directory D NMRDATA FORMAT XWINNMR 1D H HUX. Check the UNIX symbol UX (in red) in front of the filenames in the selected subdirectory. Do not click on any of the data files in this moment, but use the Cancel key to leave this dialog box. 

Fig. 4.2 ID WIN-NMR application window after program start, a) system menu button, b) MDI (Multi-Document-Interface) system menu button, c) button panel, d) title bar, e) menu bar, f) Spectrum window, g) button to iconize the window h) minimize/maximize button, i) close button.

Start the 1D WIN-NMR program and set-up the four MDI/application windows display as shown in Fig. 4.3 by clicking the MDI system menu button. Activate the four windows one after the other and inspect the corresponding button panels and menu bars. Iconize two of the windows and rearrange the other two so that each fills half of the display. To do this use the title bar and/or the window frames or use the Tile option in the Window pull-down menu. Check the functionality of the minimize/maximize button and of the options offered in one of the system menus. Iconize the 1D WIN-NMR program by clicking the corresponding button in the 1D WIN-NMR title bar. 

The program execution is now completed, and your answers are on your computer s screen forms 1 and 2. The next and last step is the option of printing the desired results and making a hard copy. The last icon item we install on form2 is therefore a command button called Print Answers. When this button is clicked, your printer will make a hard copy of the selected text boxes. The text boxes the program... 

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