FIGURE SHOWS THE BLOCK COPOLYMER (LEFT) AND HOMOPOLYMER (RIGHT)

1 GENERAL INFORMATION FIGURE 11 MAP OF RIVER
1 PREDICTIVE ANALYSIS OF INTERVAL CHOLECYSTECTOMY FIGURE 1
1 QUALITY ASSESSMENT FIGURE S1 RISK OF BIAS ASSESSMENT

11 SUPPLEMENTAL FIGURES SF1 SAMPLES CLUSTER BY STRAIN PLOT
12 •• WHICH OF THE POSITIONVERSUSTIME CURVES IN FIGURE
3 SUPPLEMENTARY FIGURES 画布 196 FIGURE S1 PHYLOGENETIC PROFILES

This figure shows the block copolymer (left) and homopolymer (right) samples


Figure shows the block copolymer (left) and homopolymer (right) samples. The background of both figures is a transmission electron microscopy image showing that the block copolymer is made of nanoscopic domains visualized as a honeycomb pattern of cobalt-rich cylinders while the homopolymer is unstructured but contains small cobalt particles shown in black. Similar small cobalt particles are present in the block copolymer but they are not easily observed due to the nanoscopic block copolymer super-structure. The chemical structure of both polymers is also shown along with powder samples of the two materials. The block copolymer is attracted to the white magnet bar shown in the photograph while the non-magnetic homopolymer sample has no such attraction.


Photo produced by Tew Research Group at the University of Massachusetts Amherst



4 CROSSWALK FRICTION TESTS (ATTACHMENT) FIGURE 1 AN INTERSECTION
7 BILDER OG UTKIPPSFIGURER I PRIMÆR 3 –
AIR CARGO FIGURES FOR THE MAIN UK FREIGHT AIRPORTS


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