Typing in programs

Type in Program 1, Quiz Generator, and save it on a new disk. You ll be using Quiz Generator to generate sequential files, which can use up disk space rather quickly, so it s best to start with a fresh disk., ... 

Once you ve typed in Program 1, Quiz Generator, load and run it. It begins with a display of the main menu, which includes these categories Enter New Questions, Review Questions, Change a Question, Load Previous Data, Add to Test in File, Initialize Disk, and End. 

The exception to this typing rule is when you see the braces, such as DOWN. Anything within a set of braces is a special character or characters that cannot easily be listed on a printer. When you come across such a special statement, refer to "How to Type In Programs" (Appendix B). 

Jaguar comes with a graphic user interface, but it is not a molecule builder. The interface can be used to set the program options. The user must input the geometry by typing in Cartesian coordinates or a Z-matrix. The interface may... 

Efficient application of XRFA is impossible without use of specialized software. By means of this type of programs in XRFA is realized not only the analysis itself, but also the design of new methods and optimization of spectrometers. 

Figure 9.2-2 shows a data input screen in which general characteristics are input by radio buttons and numerical data is typed. The program calculates distances to specified in.sic concentrations and other requested consequence levels automatically. Results are available in a variety of formats including cloud footprints, sideview, cross section, pool evaporation rate, concentration vs distance and heat flux contours. Figure 9.2-3 shows the calculated results as a toxic plume. superimposed on the map with and without oligomerization. 

Semi-empirical methods, such as AMI, MINDO/3 and PM3, implemented in programs like MOPAC, AMPAC, HyperChem, and Gaussian, use parameters derived from experimental data to simplify the computation. They solve an approximate form of the Schrodinger equation that depends on having appropriate parameters available for the type of chemical system under investigation. Different semi-emipirical methods are largely characterized by their differing parameter sets. 

This directs the program to save the input you typed in to a file. Select the desired directory location in the standard Windows save dialog box, and give the input file the name H20.GJF. GJF is the extension used for Gaussian input files on Windows systems (standing for Gaussian fob File). 

At the beginning of the contract, before work starts on site, the main contractor will produce a program of how he intends to carry out the works. In some bids the contractor is invited to state what his program will be if he is successful. This method has merit where the program is very tight. The most common type of program is a... 

This chapter discusses the various types of programs available, the chemicals employed, their properties, and the ways and means by which they can be incorporated into BW formulations, with relevant examples. In addition, recommendations and guidelines for control are provided. 

New guidelines therefore advocate the use of non-acid phosphates plus some caustic to avoid low pH level depressions. Nevertheless, this type of program is likely to achieve a good success rate in the long term under constant load conditions and careful attention to iron oxide transport and control. 

Needless to say, there is little point contemplating this form of treatment unless the FW quality is of a consistently high purity and excellent control systems are in place. Also, there is no purpose in attempting to combine AVT with any other type of program AVT combination programs do not work and the entire concept of AVT is lost. 

NOTE With these types of programs, free sodium hydroxide is not formed, even in the event of complete evaporation thus the damage caused by localized concentration effects (dissolution of iron forming the soluble, nonprotective, sodium ferroate [sodium hypoferrite] salt, together with hydrogen liberation, tube wastage, and ultimate failure) does not occur. 

Online cleaning programs can, in fact, produce excellent results, but only if the nature of the foulant is known by conducting an analysis. Only when this information is available can the correct type of program be selected. 

In practice, PCC programs and basic offline cleaning programs are virtually the same. Both types of program rely on providing an alkaline boil-out. 

However, contrary to other mentoring relationships, the cut-off point is more visible in these types of programs as it ends as soon as the mentee has acquired the competency in question. There might, of course, be some informal arrangement for the mentee to contact the mentor should any further issues arise which the mentee cannot solve alone. 

Up to 20 classes are provided by the SETUP program so that various types of specimen can be processed in the same run. The program-supplied options are read from a text file on the disk and hence are easily changed. The operator may type in the name of any class not provided as a choice by SETUP. 

MUST BE TYPED IN FULL. Delete the entire text buffer and cancel all interactive commands. This is necessary when waiting to read another program. 

FieldNotes user verification can be conducted by following the SOP written by Astrix, which can be downloaded from the Astrix Web site. The SOP contains a script that is typed into the computer system. If the printout matches the SOP script, then verification is complete. A record of this must be placed in the facility archive. This verification process takes 1 h or less. For FieldNotes, calculations are not verified at the field site since the manufacturer feels that the software developer and the sponsors have performed adequate validation of these calculations previously. This may, therefore, require a visit to the sponsor or to the manufacturer to confirm that this important step of the validation process has been completed and is adequately documented. By following the Astrix SOP, the user is simply ensuring that the program operates on their system(s). The SOP script must be typed in exactly as written in order to confirm the printout accuracy. QA must ensure that the verification documentation is properly archived. Just as with any other SOP, this SOP must be approved in writing by field site management to comply with GLP. 

Whenever a test 1s to be run, the sample composition and Instrument control parameters must be defined. This Is done with three (or more) data-entry screens. The first data-entry screen, shown In Figure 4, deals with experiment identification and base fluid composition. The operator simply types in the desired information Into unprotected fields of the screen. Information requested Includes such Items as experiment ID, submitter s name, base fluid type and base fluid additives. The base fluid pump rate and valve selection are also requested for later use by the control programs. The second data-entry screen is used to select the desired test temperatures and also to record any comments related to the experiment. The third data-entry screen Is used to input the in-line additive compositions. This screen is filled out for each set of additives to be tested with the base fluid as described on Data-Entry Screen No. 1. Also input are the pump rates for each of the three additive pumps. This information is used by the control programs when the additive set is being tested. (The pump rates are preset by the operator, but the pumps are turned on and off by the control programs as necessary during the course of an experiment.)... 

On the other hand, samples can be irradiated at constant microwave power over a certain fixed period, for example at 100 W for 10 min. As there is no control over the resulting temperature or pressure, care has to be taken not to exceed the operational limits of the system and this type of program should only be used for well-known reactions with non-critical limits, or under open-vessel (reflux) conditions. Since in this method only the applied energy and not the resulting temperature is controlled, the quality of reaction control is often superior employing a temperature-controlled program. 

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