Ilim ha’m ja’miyet 2-1-нөмір (2023) · 19-20-беттер

MARGANETS BILAN LEGIRLANGAN KREMNIYDA MANFIY MAGNIT QARSHILIK

Madjitov, M.X.

Дереккөзден оқу

Аңдатпа

A large negative magnetoresistance phenomenon has been observed at room temperature by forming magnetic nanoclusters of manganese doped atoms in silicon by low-temperature diffusion. It has been shown that the negative magnetoresistance value can be controlled by controlling the concentration of manganese nanoclusters in silicon.

kremniymagnit yarimo‘tkazgichmarganets nanoklasterlarmagnit qarshilikкремниймагнитный полупроводникнанокластеры марганцамагнитное сопротивлениеsiliconmagnetic semiconductor

Метадеректер дереккөзі: журналдың OAI-PMH архиві · Sindex толық мәтінді сақтамайды, дереккөзге сілтеме береді.

Дәйексөз алу

APA 7 
Madjitov, M.X. (2023). MARGANETS BILAN LEGIRLANGAN KREMNIYDA MANFIY MAGNIT QARSHILIK. Ilim ha’m ja’miyet, (2-1), 19-20.
GOST R 7.0.5 
Madjitov, M.X. MARGANETS BILAN LEGIRLANGAN KREMNIYDA MANFIY MAGNIT QARSHILIK // Ilim ha’m ja’miyet. 2023. № 2-1. С. 19-20.
BibTeX 
@article{m.x.2023,
  author  = {Madjitov, M.X.},
  title   = {MARGANETS BILAN LEGIRLANGAN KREMNIYDA MANFIY MAGNIT QARSHILIK},
  journal = {Ilim ha’m ja’miyet},
  year    = {2023},
  number  = {2-1},
  pages   = {19-20}
}
RIS 
TY  - JOUR
AU  - Madjitov, M.X.
TI  - MARGANETS BILAN LEGIRLANGAN KREMNIYDA MANFIY MAGNIT QARSHILIK
JO  - Ilim ha’m ja’miyet
PY  - 2023
IS  - 2-1
SP  - 19
EP  - 20
ER  -