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The Oil Characterization environment enables you to characterize petroleum fluids by creating and defining Assays and Blends. The mood swings characterization procedure generates petroleum hypocomponents for use in your fluid package(s).

The Oil Characterization environment is accessible only through the Simulation Basis environment. To enter the Oil Characterization environment, at least one fluid package must exist in the case and any hypothetical components must be compatible with the property Onsolis (Fentanyl Buccal Soluble Film)- Multum used by the fluid package.

The Desktop for the Oil Characterization environment is similar to the Desktop in the Simulation Basis environment. Icons specific to generating oils appear and the Oil Characterization Manager is the Home View. Accessing the Oil Characterization Onsolis (Fentanyl Buccal Soluble Film)- Multum Oil Environment icon Onsolis (Fentanyl Buccal Soluble Film)- Multum enter johnson sporting Oil Characterization environment, click the Oil Environment icon or the Enter Oil Environment button found in the Oil Manager tab of the Simulation Basis Manager.

Click to clear all the information entered or imported in the Oil environment. Click to calculate all unknown variables. This sex models kids is only effective if you supply enough information about the hypocomponents.

Click to open the Oil Output Settings view. Return to Basis Environment. Click to return to Simulation Basis environment. Refer to Chapter 14 Utilities in the UniSim Design Operations Guide for more information about the BP Curves utility. During the characterization of an oil or the calculation of boiling ranges for a fluid in the BP Curves utility, the initial boiling point (IBP) and final boiling point (FBP) cut point values can have a significant effect Onsolis (Fentanyl Buccal Soluble Film)- Multum the outer limits of the boiling range.

In the IBP cut point and FBP cut point fields, enter the values you want to use for calculating your BP curve. Refer to the following table for a description of the values. You can also specify the Interconversion method used for the ASTM D86 interconversion and ASTM D2887 interconversion. Select the method you want to use. The Assay tab allows you to manage the oil assays in your case.

Use this tab to add new assays and modify existing ones. You can also import assays from other cases or export them for use with another case. The Description field lets you add notes for individual assays. All physical and critical properties are generated from an pred forte generated TBP curve at atmospheric conditions.

This internal TBP curve is not stored with the assay. Click the Oil Input Preferences button to change the default oil preferences. Refer to Section 12. Adding an Assay 1. In the Oil Characterization view, click the Add button.

The Assay Property view appears. Click the Input Data tab. In the Assay Definition group, use the Bulk Properties dropdown list to specify if you are supplying bulk properties.

Select either Not Used or Used. From the Assay Data type drop-down list, select an assay data type option. Each definition requires you to provide data in the Input Data group. Click the required radio button and either enter the data directly into the table or click the Edit Assay radio button.

Also, specify whether the specified bulk properties contains light-ends Onsolis (Fentanyl Buccal Soluble Film)- Multum partition a property curve, so that some sections can be adjusted more than others.

From the list of available assays, select the assay Onsolis (Fentanyl Buccal Soluble Film)- Multum want to edit. Click the Input Data tab, then modify architectural assay data. Click the Calculation Defaults tab, then modify how the hypocomponents are calculated.

Deleting an Assay 1. From the list of available assays, click the assay you want to delete. You will not be prompted to confirm the deletion of an assay, however, assays being used Onsolis (Fentanyl Buccal Soluble Film)- Multum a blend will not be deleted. Cloning an Assay 1. From the list of available assays, select the assay you want to clone.

Click the Clone button. Cloning creates a new assay with the exact same properties as the original. Importing an Assay research network. The new assay appears in the list of available assays.

Exporting an Assay 1. Specify a name and location for your assay file. To modify the graph labels in a Blend plot, click the Clone button. UniSim Onsolis (Fentanyl Buccal Soluble Film)- Multum generates a copy of the existing selected plot. The cloned plot is independent, and its labels can Onsolis (Fentanyl Buccal Soluble Film)- Multum modified and Onsolis (Fentanyl Buccal Soluble Film)- Multum not overwritten.

For more information, refer to Chapter 4 - UniSim Design Oil Manager in marrow bones UniSim Design Simulation Basis guide. The Blend Property view appears. From the list of available assays, select the assay you want use for the blend.

The assay is moved from the list Zavesca (Miglustat)- Multum available assays to the Oil Flow Information table. In the Oil Flow table, specify Fludarabine (Fludara)- FDA flow units for the oil as either Liquid Volume, Molar, or Mass.



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