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Study of Piezoelectricity of 1D ZnO Nanorods/nanowires by applying an external force
Posted 22 janv. 2021, 02:37 UTC−5 MEMS & Nanotechnology, Piezoelectric Devices, Semiconductor Devices Version 5.5 5 Replies
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Hi guys, Here I'm just a new user in COMSOL Multiphysics software. I want to study the piezoelectricity effect of 1D ZnO NRs made sensor device by applying an external force and find out the variation in current Vs voltage Vs appied force. Pl suggest me how to start. Thanks in advance
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Hello Rehan,
In the following thread I listed the main free online training resources available to you as you get your feet wet with the software.
Best regards,
Jeff
-------------------Jeff Hiller
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Hello Rehan,
In the following thread I listed the main free online training resources available to you as you get your feet wet with the software.
Best regards,
Jeff
Hi Mr. Jeff Hiller, Could you please assist me in building the vertical hexagonal shape? Here I want to built a geametry of hexogonal rod, but I'm unable to set the vertices of top and bottom is to be 0.4micron. I'm unable to build the bottom one as the same.
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Hi Rehan,
I don't understand. The screenshot you attached seems to show that you have succeeded in drawing the hexagonal shape you want. Can you please clarify in which way it is not satisfactory and attach your mph file?
Best,
Jeff
-------------------Jeff Hiller
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Hi Rehan,
I don't understand. The screenshot you attached seems to show that you have succeeded in drawing the hexagonal shape you want. Can you please clarify in which way it is not satisfactory and attach your mph file?
Best,
Jeff
OK, Actually I want to build only a 3D heaxagonal of edges 4um and 0.4um. Here I attached a file like this. Mr. Jeff Hiller, can we discuss via video meeting mode if need? Best Rehan
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Sorry, I cannot offer to video conference. A straight hexagonal rod can be drawn by following the same steps that you used to create the conical one, except that you don't specify the 0.4 factors for xw scales and yw scales as shown in your original screenshot (That's what's causing it do be a cone) and that you'd provide the desired lengths for the base hexagon and extrusion distance.
Best,
Jeff
-------------------Jeff Hiller