APA

Alaferdov A. V., Savu R., Rackauskas T. A., Rackauskas S., Canesqui M. A., de Lara D. S., Setti G. O., Joanni E., de Trindade G. M., Lima U. B., de Souza A. S. & Moshkalev S. A. (20180718). A wearable, highly stable, strain and bending sensor based on high aspect ratio graphite nanobelts. : Nanotechnology.

Chicago

Alaferdov A V, Savu R, Rackauskas T A, Rackauskas S, Canesqui M A, de Lara D S, Setti G O, Joanni E, de Trindade G M, Lima U B, de Souza A S and Moshkalev S A. 20180718. A wearable, highly stable, strain and bending sensor based on high aspect ratio graphite nanobelts. : Nanotechnology.

Harvard

Alaferdov A. V., Savu R., Rackauskas T. A., Rackauskas S., Canesqui M. A., de Lara D. S., Setti G. O., Joanni E., de Trindade G. M., Lima U. B., de Souza A. S. and Moshkalev S. A. (20180718). A wearable, highly stable, strain and bending sensor based on high aspect ratio graphite nanobelts. : Nanotechnology.

MLA

Alaferdov A V, Savu R, Rackauskas T A, Rackauskas S, Canesqui M A, de Lara D S, Setti G O, Joanni E, de Trindade G M, Lima U B, de Souza A S and Moshkalev S A. A wearable, highly stable, strain and bending sensor based on high aspect ratio graphite nanobelts. : Nanotechnology. 20180718.