
?????????????????????? ?????????????????????? ?????????????????????????????? ?????????? ???????????????????????? ?????????????????? ?? ???????????????? ?????????????????????????? ???????? ?? ???????????????????????? ?????????????????????????? ?????? ???????????????????? ????????????????. ????????????????, ?????? ???????????????????? ?????????????????????? ???????????????????????????????? ?????????????? ???????????????????????????? ???????????? ?????????????? ?????????????????????????????????? ?????????? ?????????????????? ???????????????????????????????? ?? ???????????????????????? ?????????????? ????????. ???????????????????????? ???????? ???????????????????????????????? ?? ???????????????????????? ?????????????????? ?????? ???????????????????? ?????????????????? ?????????????????? ???????????? ????????????????????. ?????????????????? ?????????? ?????????????????????????? ???????????????????????? ?????????????????? ???????????????? ?? ???????????????????????????? ?????????????????? ???? ???????????? ???????? ?????????????????????????????? ??????????-????????????.
?????????????????????????? ?????????????????????? ?????????????????? ???????? ???????????????????????? ?????????????????? ?? ?????????????????? ?????????????????????? ???????? ???? ???????????????????? ?????????????????????? ?????? ???????????????????? ??????????. ????????????????, ???? ?????????????????? ???????????????????? ???????????????????????????? ???????????????????????? ???????????????????????????? ???????????? ?????????????? ???????????????????????? ???????????????????? ???????????????? ???????????????????????????????? ?? ???????????????????????? ?????????????? ????????. ???????????????????????? ???????? ???????????????????????????? ?? ???????????????????? ???????????????? ???? ???????????????????? ???????????????????? ?????????????????? ???????????? ????????????????????. ???????????????????????????? ?????????? ?????????????????????? ???????????????????? ???????????????? ?????????????????????? ?? ?????????????????????????? ???????????????????? ?????? ???????????? ???????? ?????????????????????????? ??????????-????????????.
Electrodes vapour material transport characteristics in the free-burning electric arc and formation of its pressure gradients are investigated. It is shown that adequate defining of gas-dynamic characteristic of electric arc plasma demands successive account of the thermal conductivity processes in the channel arc region. The roles of the gas-dynamic and diffusion processes as transfer mechanisms of electrodes erosion products are compared. The method using distant stabilized wall to study the transfer processes out of channel proposed.
Low temperature plasma and plasma technologies
Low temperature plasma and plasma technologies
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