Stil bilong Manganes (ol strongpela manganes ain)
Dispela haimanganis ain ol i save yusim planti taim long Saina bren na skop bilong aplikesen bilong en em: ZGMn{0}}10%~10%~10%~10%~{15}50%) bilong ol hap i no gat bikpela impak, ZGMn{3}} (C1.00%~1.40%) bilong ol narapela hap, ZGMn{6} (6} (6} (6} (6} (C0}} (C0.40) bilong ol." ZGMn13-4 (C0.90%~1.20%) bilong ol bikpela hap bilong impak. Ol manganis i stap insait long ol dispela 4-pela kain stiel i stap antap em 11.0%~14.0%.
Long taim bilong kol defomesen bilong impak lod, stiel i kamap strong long bikpela inkris bilong dislokesen densiti, dislokesen deliveri, dislokesen plug deposisen, na intareksen bilong dislokesen na solut atom. Dispela em i wanpela bikpela as bilong prosesim hatening bilong . ε martensite and the production of deformation twin. High density dislocation, dislocation deposition and entanglement can often be seen in the deformation hardening layer of conventional high manganese steel.ε The appearance of martensite and deformed twin makes the steel difficult to deform, especially because the latter is more important. The above factors make the hardening layer of high manganese steel strengthened to a high digri, na strong bilong en i kamap gutpela tru.
Hae manganese steel i isi blong mekem i kam strong, mekem se i had blong prosesem, bigfala pat blong ol kasting, wan smol tumas amaon blong prosesing blong foging metod{{0} Kasting pefomens blong hae-manganese i moa gud{{2} melting poen blong steel i daon (olsem 14 ()() digri ), so tempereja intapol blong likid mo strong laen blong steel i stap smol () digri ), tempereja intapol blong likid mo strong laen blong steel i stap long smol mak () digri ), tempereja intapol blong likid mo strong laen blong steel i stap long sidaun i smol () digri ). ol molten likiditi i gutpela, isi long kapsaitim molding. Waya ekspansen koefisen bilong hai manganis steel em 1.5 taim bilong klinpela ain na 2-pela taim bilong kabon stiel{{9} Olsem na, volium shrinkage na waya shrinkage i bikpela long taim bilong kasting, we i prone long stres na krek.
Long mekim wok bilong hai manganis stiel i kamap gutpela moa, planti stadi i bin kamap long aloi, maikroaloi, kabon na manganis konten stretim na presipitasen strongim tritmen, na ol i aplai long prodaksen praktis. Lukluk bilong mesostatik austenitis manganis steel inap long daunim tru kabon na manganis konten bilong stia, we i ken aplaim long wok bilong stiel na kamapim gutpela samting long stiel, we ol i ken aplaim long wok bilong stiel na kamapim gutpela samting bilong stia, we ol i ken aplaim long wok bilong ain na manganis i stap insait long stia, we ol i ken aplaim long wok bilong stiel na kamapim gutpela samting long stia, we ol i ken aplaim long wok bilong ain na manganis i stap insait long stia, we ol i ken aplaim long wok bilong stiel, we ol i ken aplaim long wok bilong stiel, we ol i ken aplaim long wok bilong ain, we ol i ken aplaim long wok bilong stiel, we ol i ken aplaim long wok bilong stiel, we ol i ken aplaim long wok bilong stiel na kamapim gutpela samting long ain, we ol i ken aplaim long wok bilong stiel na mekim wok bilong en i kamap gutpela moa. low impak lod, we i niu divelopmen blong hae manganes steel.
(2) I no gat magnetik stiel. Dispela kain ain i gat moa long 17% manganis, na kabon konten i save stap daunbilo long 1{4}}0%, na planti taim ol i save yusim long moto indastri long mekim ol proteksen ring{{8} densiti bilong dispela kain stiel i olsem 7.}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15}{15} bilong dispela." manganese, thermal konduktiviti bilong ain i no gutpela. Temal konduktiviti em 12.979W/ (m digri ), olsem 1 / 3 bilong kabon stiel. Bikos stiel em i austenititik tisyu na i no gat ol magnetik samting, magnetik konduktiviti bilong en μ em 1.003 i go long 1.03 (H/m).
