Tianjin/DIODE/Model3
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+ | Figure 3: In order to keep the biodiode work stably and avoid the appearance of break-down, both the flux rate and density of generater cells should be considered seriously. The ratio of positive output to negative input is employed to represent the quality of a biodiode. Since a ideal diodiode should have a maximum positive output and a minimum negative input, the ridge of the graph figure out the optimum condition for the work of biodiode.<br> | ||
+ | [[Image:TJUzf.jpg|300px]] |
Revision as of 16:48, 24 October 2007
Figure 1: The positive-biased condition of biodiode. Cell number in all three picture refer to the cell density of generator cells (4L). The middle graph indicates the concentration of AHL rises quickly to a high level after the amplifier cells are activated by the enviromental AHL signal (input signal). The biodiode could reach to the condition of positive-biased under a high cell density of 4L or a slow flux rate.(right graph)
Figure 2: The negative-biased condition of biodiode.
Figure 3: In order to keep the biodiode work stably and avoid the appearance of break-down, both the flux rate and density of generater cells should be considered seriously. The ratio of positive output to negative input is employed to represent the quality of a biodiode. Since a ideal diodiode should have a maximum positive output and a minimum negative input, the ridge of the graph figure out the optimum condition for the work of biodiode.