Duba wurin da ke ƙasa sannan ka amsa tambayar daga baya a cikin harshe ɗaya kamar yadda wurin yake:  Hanyar wucewa: Yayin da rayukan x-ray za su yi tafiya a cikin saurin haske ta hanyar ƙananan kayan aiki kamar filastik kumfa mai cike da tashar tashar tsakanin (2) da (3), ƙarfin radiation daga fashewar farko ya haifar da wani abu mai banƙyama a gaban tashar tashar tashar, wanda ke aiki kamar jinkirin jinkirin jinkirin jinkirin jinkirin makamashi. Yayin da ake matse na biyu ta hanyar lalatawar radiation, neutrons daga na farko sun kama rayukan x, sun shiga na sakandare, kuma sun fara haɓaka tritium ta hanyar amsa ta uku da aka ambata a sashe na farko a sama. Wannan aikin Li-6 + n yana da exothermic, yana samar da 5 MeV a kowane taron. Ba a riga an matse bututun mai ba, kuma, saboda haka, ya kasance mai mahimmanci, don haka babu wani muhimmin fission ko haɗuwa da ya faru a sakamakon haka. Idan isassun neutrons sun isa kafin fashewar na biyu ya cika, duk da haka, mahimmancin bambancin zafin jiki tsakanin ɓangarorin waje da na ciki na na biyu na iya lalacewa, mai yiwuwa ya sa na biyu ya kasa ƙonewa. Na farko Livermore-tsara thermonuclear makami, da Morgenstern na'urar, ya kasa a cikin wannan hanya a lokacin da aka gwada shi a matsayin Castle Koon a kan Afrilu 7, 1954. Na farko ya kunna, amma na biyu, wanda ya fara zafi ta hanyar neutron na farko, ya sha wahala abin da aka kira a matsayin fashewa mara inganci; don haka, makami tare da hasashen samar da megaton daya ya samar da kilotons 110 kawai, wanda kawai 10 kt aka danganta da haɗuwa. Wadannan tasirin lokaci, da duk wata matsala da suke haifarwa, ana auna su ta hanyar bayanan bututun haske. Ana kiran ƙididdigar lissafi waɗanda suke daidaitawa lambobin radiation flow hydrodynamics, ko lambobin tashar. Ana amfani da su don hango tasirin canje-canje na ƙirar gaba.  Tambaya: Menene sunan makamin nukiliya na farko da Livermore ya ƙera?
na'urar Morgenstern