?? ?????? ???????????? ???????????????????? ???????????????????? ?????????????????????????? ?????????????????????????? ???????????? ???????????????? ???????????????? ?????????????????? ?????????????? 6G ?? ?????????????????????????? 101 ?????? ???????????????????????? ???????????????????????? ???????????? ???????????????? ~ (32 ?? 5) ???? ?????? ???????????? ???????????? ???????????????????????????? ????????????????????????????. ??????????????????????, ???? ???????????????????? ???????????????????????? ?????????????????????? ???????????????? ?????????????????????????? ?????????????????????????? ???????? ??????????????????. ????????????????, ???? ?????????????????? ?????????????????????????? ?????????????????????????? ?????? ????????????, ?????? ???????????? ?????????????? ?????????? ???????????????????????????? ???????????????????????????? ???? ?????????????????? ?????????????? ?????????????????????? ?????????????????? ????????????????????????. ???? ???????????????? ?????????????????? ?????????????????????? ???????????????? ???????????????? ?????? ?????????????????? ?????????????????????? ???????????????????????? ??????????????????????, ?????????????????????? ???????? ???????????????????? ?????????????????? ?????????????????????????? ?????????????????????????? ???? ?????????????? ?????????????????? ?????????????????????? ?????????????????????????????????????? ???????????????????????? ?????????????????? ???????????? ??????????????.

?? ???????????? ???????????? ?????????????????????? ?????????????????????? ?????????????????????????? ?????????????????????????? ???????????? ?????????????????? ???????????????? ???????????????????? ?????????????? 6G ?? ?????????????????????????? 101 ???? ???????????????????????? ???????????????????? ?????????????? ???????????????? ~ (32 ?? 5) ???? ?????? ???????????? ???????????????? ?????????????????????????? ??????????????????. ??????????????????????, ?????? ?????????????????? ???????????????????????? ?????????????????????? ?????????????????? ?????????????????????????? ?????????????????????????? ?????????? ????????????????????. ????????????????, ?????? ?????????????????????? ?????????????????????????? ?????????????????????????? ?????? ????????????, ?????? ?????????? ?????????? ?????????? ?????????????????????????? ?????????????????? ?? ?????????????????? ?????????????? ?????????????????????? ?????????????????? ????????????????????. ???? ?????????????????? ???????????????????? ???????????????????????? ???????????? ?????????? ?? ?????????????? ?????????????????????? ???????????????????????? ??????????????????????, ???????????????????? ?????????????? ???????????????? ?? ?????????????? ?????????????????????????? ???? ???????? ?????????????????????? ?????????????????????? ???????????????????????????????? ???????????????????????? ???????????????????????? ?????????????????? ??????????????.

In this work, the dependence of fluorescence intensity of Rhodamine 6G and Sulforhodamine 101 liquid solutions on concentration of silver nanoparticles with a radius ~ (32 ?? 5) nm is investigated with a different frequency of exciting radiation. It was determined that the increase of the nanocomponent concentration increases fluorescence intensity of both dyes. It is shown that the fluorescence intensity increases when the wavelength of exciting radiation approaches the maximum of nanoparticles plasmon resonance range. Basing on the received dependences, the conclusion is drawn on existence of nanocomponent optimum concentration, the exceeding of which will lead to suppression of fluorescence due to the increase of probability of nonradiative deactivation of molecules excited states.