%0 Journal Article
%T REGULARITY-CHAOS TRANSITION TEMPERATURE AND GUISBIERS-BUCHAILLOT EQUATION
%A D. Malivuk
%A S. Nje£¿i£¿
%A S. Leki£¿
%A Z. Rajili£¿
%J Contemporary Materials
%D 2010
%I Academy of Sciences and Arts of Republic of Srpska
%X A fo-cus of fron-tli-ne in-ter-di-sci-pli-nary re-se-arch to-day is the de-ve-lop-ment of the con-cep-tual fra-me-work and the ex-pe-ri-men-tal bac-kgro-und of the sci-en-ce of na-no-struc-tu-red ma-te-ri-als and the per-spec-ti-ves of its tec-hno-lo-gi-cal ap-pli-ca-ti-ons. G. Gu-is-bi-ers and L. Bucha-il-lot fo-und out the ge-ne-ral equ-a-ti-on (GBE) which was ba-sed only on the sur-fa-ce area to vo-lu-me ra-tio of na-no-struc-tu-res and sta-ti-stics (Fer-mi¨CDi-rac or Bo-se¨CEin-stein) follo-wed by the par-tic-les in-vol-ved in the con-si-de-red phe-no-me-na (mel-ting, ferromagnetism, vi-bra-tion and su-per-con-duc-ti-vity). In this pa-per, we con-si-der anot-her pheno-me-non, the regu-la-rity-cha-os tran-si-tion, and find its con-nec-tion with GBE. We ha-ve per-for-med the com-pu-ta-ti-o-nal ex-pe-ri-ments with one hydro-gen mo-le-cu-le and one grap-he-ne she-et. H2-C in-ter-ac-ti-ons are de-scri-bed by Len-nard-Jo-nes po-ten-tial. The main goal of our ex-pe-ri-ments is find out the cri-ti-cal tem-pe-ra-tu-res of re-gu-la-rity-cha-os tran-si-tion. The re-sults of com-pu-ta-tion de-ri-ved using Run-ge-Kut-ta-Fehlberg met-hod show ap-pro-xi-ma-te agreement with GBE.
%K Hydro-gen mo-le-cu-le
%K cri-ti-cal tem-pe-ra-tu-re
%K re-gu-la-rity-cha-os tran-si-tion
%K Gu-is-bi-ers-Buc-ha-il-lot equ-a-ti-on
%U http://www.savremenimaterijali.info/sajt/doc/file/casopisi/SM1_1/1-12%20malivuk.pdf