Control window

Figure 6 Scanner control window and remote control unit.

In order to support the scanners, a special scanner driver utility for configuration and operation of the scanners is included in the system. Figure 6 shows the scanner control window on the PC display together with the remote scanner control unit, from where the same functions can be controlled. 

The software is written in the C language on an Atari ST microcomputer (1) and utilizes a GEM graphics user interface which features mouse control, windows, pulldown menus, and pop up alert and data entry boxes. The system could be ported to the IBM PC under the GEM operating system if the need were to arise. 

To Copy the selection instead of cutting, hold down CONTROL (Windows) or OPTION (Macintosh) while dragging. A small plus sign will appear near the arrow pointer. 

A schematic of a test strip is shown in Fig. 5.12. The adsorbent material is usually enclosed within a plastic casing featuring a sample input window, a test result window and a control window. A drop of urine is applied at the sample input and the liquid first moves over the zone, which contains the labelled tracer antibody (Fig. 5.13). If hCG is present in the sample, it forms a complex with the tracer antibody. This complex continues to move along the adsorbent material and passes over the area with the immobilised capture antibody. A sandwich is formed between the immobilised capture antibody and the tracer antibody with the hCG in between. Thus, the initially mobile antibody with the label becomes immobilised. The amount of sandwich complexes formed is directly proportional to the amount of hCG present in the sample. If the hCG concentration exceeds a minimum concentration, the dye colour becomes visible to the eye. 

In Fig. 5.14, positive and negative test results are depicted for an assay using a red dye as a label. The control window always shows the colour of the label if the... 

Electrochromic windows have attracted interest not only from the point of view of displays but also, perhaps predominantly now, for use as reflection-control window materials ( smart windows ) [247]. The large variety of inorganic and organic systems that have been studied has been reviewed recently in an excellent book [248]. 

Some mixed conductors, i.e. electronic and ionic, into which ions can be rapidly and reversibly inserted can undergo a colour change. This is, for example, the case of the hydrogen bronzes , mentioned earlier in this book. The colour change can be either from transparent to coloured or from one colour to another. This phenomenon, which can be produced electrochemically, is called electrochromism. It is broadly defined as the production of an absorption band in a display material caused by an applied electric field or current. Such a property is currently under intensive study because of its potential use for passive information display glare-free rearview mirrors for automotives " , solar control windows or smart windows " , thermal sensors and projection systems if matrixable. 

Prom the upper left, clockwise, are the derivation management window, con-taining a command menu, derivation history, and current command editing subwindow the current expression window, used to address subexpressions a control window for animating the model a window showing signal wave forms and a window for input to the model. 

Control window (top) generally used to show and edit the controller. 

Check the alignment of each orifice with the fictitious molecular beam physically set the center position, and adjust the designated position of each cell in the stage control window as required. 

We have shown that while increasing the scope of optimization provides improved solution quality, a divide-and-conquer framework allows EDA software to broaden the scope of heavy-weight physical synthesis optimizations and exploit parallelism. By controlling window size, we provide a trade-off between runtime and solution quality that can be tuned to make our large-scope transformations practical on the largest available designs. 

Preparing for Lead Paint Hazard Control Windows... 

This TCP scheme is based on explicitly informing the TCP sender of a route failure, such that it does not mistakenly invoke the congestion control (Chandran, 2001). When an intermediate terminal detects a route failure, it sends a route failure notification (RFN) to the TCP sender terminal and records this event. Upon receiving an RFN, the TCP sender transitions to a snooze state and (i) stops sending packets, (ii) freezes its flow control window size, as well as all its timers, and (iii) starts a route failure timer, among other actions. When an intermediate terminal that forwarded the RFN finds out a new route, it sends a route reestabhshment notification (RRN) to the TCP sender, which in turn leaves the snooze state and resumes its normal operation. 

When the conditions of detailed step 4.1 are not satisfied, the task behavior analysis results for procedural step 4.1 are the task activities between an SS and RO, and they are composed of 14 steps, as shown in Table 3. As the conditions of step 4.1 are not satisfied, an SS orders an RO to control the valve opening through the execution of step 4.2 (Task Id 6), and RO opens the control window for a valve opening to execute procedural step 4.2 and maintains the pressure by controlling the valve opening (Task Id 7— Task Id 12). The steps after this consist of the RO s report for control completion, and SS s confirmation of the system conditions. 

Solar control coating A type of thermal control window coating that consists of a thin film stmc-ture designed to reflect incictait solar radiation and prevrait it from heating the interior of a room while retaining reasonable transmission in the visible radiation spectrum. See also Low-e coating. 

Figure 5.52 shows the primary control window for the Reformer model. Through this window, we can enter feed and process information and view model results. 

Third, optical absorption in the gas phase can be used to probe the reactant concentrations. Unfortunately, this stimulation method is difficult to implement and hard to control. Windows through which the stimulating light passes become coated with a film over time, which reduces intensity. Finding exactly which wavelength to use for selective stimulation requires more experimentation than most process developers care to apply. As with normal incidence photo-assisted CVD, the parallel incidence method has become relatively rare. 

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