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However, the patterned ETFE mold is able to overcome the above weakness of silicon master during the NIL process.
Moreover, the SART-NIL method using ETFE mold is able to fabricate nanogratings but not to induce the change of molecular orientation within conjugated polymer.
However, the patterned silk fibroin mold is able to overcome the above weakness of PDMS imprinting mold during the NIL process.
Therefore, it is suggested that the fabrication of OBHJ nanostructure using SART-NIL method with ETFE mold is able to promote the UV-vis absorption intensity, beneficial to the solar cell performance.
However, it can be found that the fabrication of OBHJ nanostructure using room temperature NIL technique with patterned silk fibroin mold is able to promote optical absorption, interfacial area, and bicontinuous pathway.
Moreover, it is suggested that the SART-NIL method using ETFE film as mold is able to fabricate nanostructures but not to induce the change of molecular orientation within the conjugated polymer.
Similar(53)
Both yeasts and molds are able to grow in an acidic environment (pH less than 7).
These are further inspired by the observation that other tip growing cells such as water molds are able to grow without measurable turgor [25].
Most spoilage yeasts and molds are able to grow at 5°C, albeit slowly.
Therefore, it is suggested that the SART-NIL method using ETFE film as mold here is able to fabricate nanostructures but not to induce the change of molecular orientation within conjugated polymer thin film.
The pattern is removed from the mold when its shape is able to be retained by the mold material.
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CEO of Professional Science Editing for Scientists @ prosciediting.com