Ion nitriding in a magnetic field has been studied. The influence of the magnetic field on glow discharge characteristics, structural-phase composition of the modified layer and surface microhardness of steels R6M5 has been analyzed. The probe current-voltage characteristic of the glow discharge inthe magnetic field has been obtained.
The influence of an aqueous medium and superheated steam on the corrosion resistance and resistance to corrosion-mechanical destruction of 07Kh12NMFB steel in various operating modes of a steam generator of a promising high-power sodium-cooled reactor plant has been studied. Steel of this grade meets the requirements for the operation of heat exchange pipes and vessel elements of direct-flow steam generators of a reactor plant in terms of corrosion resistance and corrosion-mechanical strength.
Preservation of microcirculation in the suture zone is considered the most important among the prerequisites for successful healing of a postoperative wound [3, 4].
The healing processes of sutured wounds of soft tissues in most cases depend on the type and quality of the suture material. Any kind of suture material in the tissues of the body is a foreign body that causes various reactive changes from the tissues. The nature of these changes, all other things being equal, is mainly determined by the type of suture material, its thickness and the method of sterilization of the tissues on which the sutures are applied, the trauma of surgery, the infection of the wound and the irritating effect of the threads on the tissues.
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