⚡️"Ilm-fan va innovatsion rivojlanish" jurnalining 2024-yil 1-sonida Toshkent davlat texnika universtiteti Qo‘qon filiali Ilmiy tadqiqotlar, innovatsiyalar va ilmiy pedagogik kadrlar tayyorlash sektori boshlig‘i, texnika fanlari bo‘yicha falsafa doktori (PhD) To‘ychiyev Zafarjon Zokirovich hamda Farg‘ona politexnika instituti Energetika fakulteti 1-bosqich doktoranti Qobilov Mirodil Xamidjon o‘g‘li tomonidan yozilgan “Elektr uzatish tarmoqlarida kuchlanish og‘ishining ekspluatatsiyadagi kuch transformatorlarining ish rejimlariga ta’siri” nomli maqola chop etilmoqda.
✅Kuchlanish og‘ishi natijasida kuch transformatorlarida hosil bo‘layotgan qo‘shimcha quvvat isrofini aniqlash ushbu tadqiqot ishining maqsadi hisoblanadi.Tadqiqotning predmeti sifatida ekpluatatsiya holatida bo‘lgan moyli kuch transformatorining magnit o‘zagi va chulg‘amlari tanlab olindi. Bundan tashqari, har xil yuklama rejimlarida ishlayotgan ushbu kuch transformatorida quvvat isrofi uning yuklanish koeffitsiyentiga bog‘liq ekanligi aniqlandi.
⚡️"Ilm-fan va innovatsion rivojlanish" jurnalining 2024-yil 1-sonida Toshkent davlat texnika universtiteti Qo‘qon filiali Ilmiy tadqiqotlar, innovatsiyalar va ilmiy pedagogik kadrlar tayyorlash sektori boshlig‘i, texnika fanlari bo‘yicha falsafa doktori (PhD) To‘ychiyev Zafarjon Zokirovich hamda Farg‘ona politexnika instituti Energetika fakulteti 1-bosqich doktoranti Qobilov Mirodil Xamidjon o‘g‘li tomonidan yozilgan “Elektr uzatish tarmoqlarida kuchlanish og‘ishining ekspluatatsiyadagi kuch transformatorlarining ish rejimlariga ta’siri” nomli maqola chop etilmoqda.
✅Kuchlanish og‘ishi natijasida kuch transformatorlarida hosil bo‘layotgan qo‘shimcha quvvat isrofini aniqlash ushbu tadqiqot ishining maqsadi hisoblanadi.Tadqiqotning predmeti sifatida ekpluatatsiya holatida bo‘lgan moyli kuch transformatorining magnit o‘zagi va chulg‘amlari tanlab olindi. Bundan tashqari, har xil yuklama rejimlarida ishlayotgan ushbu kuch transformatorida quvvat isrofi uning yuklanish koeffitsiyentiga bog‘liq ekanligi aniqlandi.
The perpetrators use various names to carry out the investment scams. They may also impersonate or clone licensed capital market intermediaries by using the names, logos, credentials, websites and other details of the legitimate entities to promote the illegal schemes. On Feb. 27, however, he admitted from his Russian-language account that "Telegram channels are increasingly becoming a source of unverified information related to Ukrainian events." That hurt tech stocks. For the past few weeks, the 10-year yield has traded between 1.72% and 2%, as traders moved into the bond for safety when Russia headlines were ugly—and out of it when headlines improved. Now, the yield is touching its pandemic-era high. If the yield breaks above that level, that could signal that it’s on a sustainable path higher. Higher long-dated bond yields make future profits less valuable—and many tech companies are valued on the basis of profits forecast for many years in the future. Unlike Silicon Valley giants such as Facebook and Twitter, which run very public anti-disinformation programs, Brooking said: "Telegram is famously lax or absent in its content moderation policy." Channels are not fully encrypted, end-to-end. All communications on a Telegram channel can be seen by anyone on the channel and are also visible to Telegram. Telegram may be asked by a government to hand over the communications from a channel. Telegram has a history of standing up to Russian government requests for data, but how comfortable you are relying on that history to predict future behavior is up to you. Because Telegram has this data, it may also be stolen by hackers or leaked by an internal employee.
from br
