Function diagram

Fig.8 Function diagram of the device ZOND IGT-97 for measuring crack depth.

Fig. 2. (a) Cross section of a double-toggle jaw crusher where A and B represent dimensions (10). (b) Functional diagram of a gyratory cmsher (2). 

Fig. 4. Functional diagram of an accelerator where the slurry pool is indicated by shaded areas.

FIG. 23-8 Diagrams of a composite process (a) process flow diagram, (h) transfer function diagram. The overall transfer function is ... 

Detecting transducers at the measuring points are electrical, pneumatic, or hydraulic. The resultant circuits and sequences can be seen from the typical functional diagram in Figure 4-34. An emergency shutdown immediately triggers the following operations ... 

Figure 4-34. Function diagram of the safety systems for emergency and slow shutdowns, and of the speed regulating devices.

Figure 5. 3. Process and transfer function diagrams of complex process.

Diagram A shows the lock and key model of enzyme function. Diagram B shows the induced-fit model of enzyme function. 

Figure 2. One-pass continuous leaching system—functional diagram...

Fig. 2.23. Function diagram of the operating principle of a compressor cooling system. Ne, Power input of the compressor Q0, evaporator cooling capacity Qc, liquefier capacity P, liquefying pressure P, middle pressure P0, evaporating pressure. 1, Evaporator suctioning condition, stage 1 2.1, compressor pres-...

The fourth-order quadruple-excitation energy diagrams arise from the disconnected wave function diagrams shown in Figure 9. This observation leads to considerable simplification in the evaluation of this energy component. For example, using the identity... 

Figure 9 Connected and disconnected wave function diagrams (a) second-order connected triple-excitation diagram, (b) second-order disconnected quadruple-excitation diagram, (c) third-order disconnected triple-excitation diagram, (d) third-order connected quadruple-excitation diagram...

The triple-excitation fourth-order energy, in contrast to the quadruple-excitation component, arises from connected wave function diagrams. The algorithm required to evaluate this energy component is considerably less tractable than that for the quadruple-excitation energy, depending on 7, where n is the number of basis functions. The triple-excitation diagrams can be written in terms of the intermediates. 

The work and value of Functional Analysis revolves around an information-rich function diagram that shows all the causal linkages in a system and indicates whether they are desired, undesired, or insufficient. Once the function diagram is complete, the following advantages... 

Before creating a function diagram and performing a Functional Analysis, gather as much information about the system and problem as possible. The following questions can help ... 

Develop a Functional Model of the System (Function Diagram)... 

The goal of a function diagram is to depict all pertinent functions in the system in a cause-and-effect style (using Y = f(x) to guide your thinking). The key agents in the system, inputs (x) and outputs (Y), interact (f) to accomplish the system s objective. 

Analyzing the model in a group setting is the best way to proceed with Functional Analysis. Essentially, the task is to review the function diagram and... 

A functional diagram of the system for one pair of angles is shown in Figure 5. 

Fig. 1. MBPT wave function diagrams for first and second order.

In the practice our approximating methods for high order RDM s approach differ from theirs on the way in which the A term is evaluated. They infer it from a Green s function diagram and we correct this error through a renormalization procedure which is described in some detail later on. 

Fig. 6. Overall functional diagram of the Oil Spill Scene Analysis System (OSSAS)...

Rgure 8.5. Functional diagram of a modern liquid scintillation counter. 

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