Bipolar Patterning of Polymer Membranes by Pyroelectrification
Copyright policy )Bipolar Patterning of Polymer Membranes by Pyroelectrification
Polymer freestanding membranes with permanent bipolar patterns are fabricated by "pyroelectrification". The thermal stimulation of periodically poled lithium niobate (PPLN) crystals simultaneously generates the pyroelectric effect, the glass transition of the polymer, and therefore the periodic electric poling of the polymer. The reliability of these membranes is demonstrated for applications under both dry and wet conditions, including cell patterning.
lithium niobate, Charge patterning, cell patterning; charge patterning; lithium niobate; polymer membranes; pyroelectric effects, Lithium niobate, Cell patterning, Pyroelectric effects, cell patterning, pyroelectric effects, Polymer membranes, charge patterning, polymer membranes
lithium niobate, Charge patterning, cell patterning; charge patterning; lithium niobate; polymer membranes; pyroelectric effects, Lithium niobate, Cell patterning, Pyroelectric effects, cell patterning, pyroelectric effects, Polymer membranes, charge patterning, polymer membranes
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