Split screen

This button initiates a Split-Screen mode in the window. In the upper trace the full spectrum is always visible and a black box indicates that part of the spectrum, which has been expanded and is visible in the lower trace. 

Try out the remaining buttons in this section of the button panel. With the Split-Screen button expand part of the spectrum as above and inspect what happens in the upper part of the display. 

Figure 7. A split-screen image, with a TEM micrograph of a cubic structure in a polystyrene / polyisoprene star diblock copolynaer on the left half, and a computer simulation using the structure indicate in Figure 1 on the right half. The lattice parameter is approximately 300A, the dark regions correspond to polyisoprene and the light regions to polystyrene.

All parenterally injected solutions should be checked for particulate contamination but the above procedure is clearly impractical as a bulk screening exercise. Those products contaminated with particulate matter should be rejected. In practice, all products may be tested individually by humans against split white/black screens and/or under polarized light for obvious particulate contamination and again there is a method described in pharmacopoeias based on the split screen technique. Nowadays optical control equipment can take over this arduous and boring employment. 

Similarly, double-clicking on the small rectangular space to the right of the arrow in the right-hand corner of the horizontal scroll bar will generate a split screen with a right- and left-hand part. 

Contact may be flat bed or cylinder, hand, semi-automatic or automatic fed. The speed of the process is limited by the drying. One to three colours can be printed in one pass by the use of split screens. The process is used to print paper, board, plastic or occasionally foil. Can be used for flat, cylindrical or radiused surfaces on preformed containers. 

From the View menu, select Options and in the dialogue box select the Stereo tab, and also select Split Screen Stereo from the View menu. You are presented with two side-by-side stereoviews of the zeolite model. 

Preview the images to obtain a high-quality, simultaneous, two-color TIRF image on the split screen. 

The system architecture (see Fig. 8) is designed to include a display and two cameras on each side. They are connected via an LVDS connection, which enables low latency. The split screen and camera initialization is realized in the display, meaning that no additional ECU is required. The bi-direclional control channel between the system ECU and camera modules to command the imagers is implemented by LVDS back channel. Camera firmware can also be updated via the LVDS backchannel. 

The required FOV are displayed in a split screen arrangement, similar to traditional mirrors and as expected by drivers. The TFT panel is a mature display component which is also used in infotainment and instmment cluster applications. As one of the largest automotive suppliers in the world, CAG has access to a variety of TFT panels and can adapt the TFT to customers needs [15]. 

ProViu Mirror offers a variety of features to support the driver while maneuvering the vehicle. Its basic function is the image stream presentation in a split screen arrangement. 

Fig.4.23. Peripheral nerve sheath tumors postsurgical findings. Long-axis 12-SMHz US image over the tibial nerve (arrowheads) at the mid-posterior leg in a 48-year-old woman who was previously operated on for schwannoma shows residual hypoechoic thickening (arrows) of the nerve at the site of tumor resection with loss of the fascicular echotexture. This finding was stable at 3 year follow-up. A split-screen image was used, with the two screens aligned for an extended field of view...

Fig. 12.22. Gluteus minimus muscle. Coronal split-screen 12-5 MHz US image obtained over the muscle (GMi) and tendon (t) of the gluteus minimus. Note the gluteus medius muscle (GMe), which overlies the gluteus minimus. The tendon of the gluteus minimus is seen inserting onto the anterior facet of the greater trochanter (GT). The schematic drawing at the left side of the figure indicates probe positioning...

Fig. 13.30a,b Myositis ossificans, a Longitudinal 12-5 MHz US split-screen image obtained over the vastus lateralis muscle in a patient with a previous history of local blunt trauma with b radiographic correlation reveals multiple, irregularly shaped gross calcifications (arrows) within the vastus intermedius muscle. The vastus lateralis (open arrowheads) is displaced superficially by the bulk of the calcifications... 

Fig. 14.39. Biceps femoris tendon. Longitudinal split-screen 12-5 MHz US image demonstrates the biceps muscle (BiM) continuing into the biceps tendon (arrowheads). The tendon inserts into the fibular head (FH). LM, lateral meniscus. The photograph at the bottom left of the figure indicates probe positioning...

Fig. 14.76a-d. Iliotibial band friction syndrome, a Coronal split-screen and b transverse 12-5 MHz US images over the lateral knee with correlative c coronal and d transverse fat-suppressed T2-weighted MR images demonstrate fusiform hypoechoic swelling of the distal iliotibial band (white arrowhead) as it courses over the lateral femoral condyle as a result of impingement. Note that the distal part of the band has a normal echotexture (open arrowhead). A hypoanechoic area (arrow) located between the band and the condyle reflects a fluid collection within the synovial bursa... 

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