An gano Thorium, wani sinadarin rediyo mai dauke da sinadarai mai karfin gaske wanda aka yi amfani da shi a tsarin amfani da sojoji a cikin zumar Sardiniya, madara, da sauran wuraren sarkar abinci.
2.3 Sauran ayyukan sun nuna cewa radionuclides da ba za a iya narkewa ba (kamar waɗanda aka samar da su ta hanyar sanadin uranium da sauran abubuwa na wucin gadi), waɗanda aka sallamar da su daga teku daga shafin Sellafield, za su iya yin tafiyar ɗaruruwan kms daga tushe. Rediyon nuclides, kamar Plutonium 239 (tare da rabin rai na shekaru 24,110), adsorb da karfi zuwa saman farfajiyar kwayar halittar da aka dakatar da su a cikin ruwa wanda suke da shi don safara a cikin layin ruwa (akan karin nisa da sikeli na lokaci) da sanyawa a gaba cikin ɗakunan ajiya masu kyau kamar estuarine da mudflats na bakin teku da fadama na gishiri. (Ref 5)
Duk hujja ita ce rayuwar rayuwar Tekun Pacific tana da matukar damuwa, saboda haka yawancin jinsin da yawa suka mutu daga rahotannin tsuntsayen teku, kifaye, hatimai da kifayen ruwa da sauransu.
Ba wai kawai wannan kogin da ke kusa da rukunin Bala'in Nukiliyar Fukushima ya gurbace ba. Duk gurbatattun tsarin kogin da ke tsakiyar Honshu, tare da rafin karkashin kasa da ke malala a kan narkakkun ma'adanan uku a dandalin Masana'antar Nukiliya ta Fukushima, suna ci gaba da wanke yawan gurbatacciyar iska a cikin Tekun Pacific.
Masu suka, duk da haka, suna zargin cewa an sami waɗannan sakamakon ne ta hanyar auna ma'aunin radiation, wanda ke nufin cewa mutum "wurare masu zafi" kamar waɗanda Greenpeace ke ikirarin sun gano na iya zuwa ba tare da an bayyana ba.
15th Yuli 2013 - 290,000,000 Bq / m3 na Tritium a cikin binciken farko na sabon rami mara dadi 38 m daga Tekun Pacific.
http://fukushima-diary.com/2013/07/220-bqkg-of-cs-134137-from-carp-in-teganuma-lake-chiba-over-double-as-safety-limit/
Masu siyarwa a masana'antar ɗaukar iska sun saka hannun jari a cikin fasaha mai inganci da matakai don haɓaka haɓakar ƙarfin haɓakar iska mai amfani wanda za'a aiwatar da shi a cikin gabar teku da kuma shafukan yanar gizo. Akwai wasu nau'ikan zane daban daban waɗanda za'a iya samu a cikin gearbox na injin turbin, amma galibi, ana amfani da haɗuwa daban-daban na CRBs, TRBs, da raƙuman ƙwallon ƙafa.Idan raƙuman sun fi girma, raƙuman suna daɗewa amma yin bearings mafi girma yana ƙaruwa gogayya, wanda ke rage tasirin injin turbin. Beyarwar yanzu tana da kuɗin sauyawa wanda ya yi yawa. Abin da muke buƙata shi ne tsalle mai tsalle a cikin fasahar ɗaukar kayan aiki - kayan ɗaukar abubuwa waɗanda aƙalla sau goma sun fi ƙarfin abin da ake amfani da su a yanzu. Suna aiki a cikin manyan injinan MW, suna jimre wa matsin lamba da rashin tabbas don tallafawa motsi a cikin tsarin Matsanancin yana haifar da lokaci, gyara tsada don injinan iska da yawa. Tabbatar da babban jigon shaft lamari ne. Rashin nasarar turbine na baya-bayan nan ya kasance mai ban mamaki, binciken ya ta'allaka ne akan SRBs: Daidaita kai-tsaye Roller Bearings. Hanyoyi don sake canza kayan kwalliyar kai-tsaye (SRBs) a cikin tsari mai hawa uku, gami da SRB masu jure sutura da ƙirar TRB da aka riga aka ɗora.
Tepco yana ci gaba da bincika ainihin maƙasudin abin da ya faru. Koyaya, akwai yuwuwar cewa bututun da aka canza shi ya lalace kuma anyi shine daga Polyethylene.
Godiya ga Dr. Sternglass don wannan takardar binciken da ke ƙasa. A bayyane yake nuna yadda gurɓatar makaman nukiliya daga zamanin gwajin bam ɗin nukiliya ya haifar da haɗari mai yawa a hannun jarin kifayen Tekun Pacific. Idan wannan haka lamarin yake, zai zama da ma'ana a ɗauka cewa Bala'in Nukiliyar Fukushima yana da irin wannan tasirin.
Dalilin da yasa ba za a iya sanya yawan abubuwan da ke faruwa a cikin yanayin nodules na thyroid ba. Yawan da ke kusa da Fukushima ya sha fama da nau'ikan nau'ikan isotoshin na rediyo, ba kawai Iodine-131 ba, tare da adadin Cesium na rediyo da ke iya haifar da cutar kansa ta thyroid. Rahotannin da ke ƙasa sun bayyana a fili yadda girman faɗuwar Iodine yake, bayan Fukushima.
Fiye da metric tan 330,000 na ruwa tare da matakan yawan guba an adana shi a cikin ramuka, ginshiƙai da ɗaruruwan tankuna a tashar nukiliyar Fukushima da ta lalace.
Rahoton Kasuwancin Silicon Nitride na Kasuwancin Rahoton 2019-2026: Toshiba, CoorsTek, Hoover Precision, ITI, Winsted Precision Ball, Ortech | 6902 2rs Suna dauke da Bidiyo masu alaƙa:
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