solar neutrino 中文意思是什麼
solar neutrino
解釋
太陽中微子-
Several experimental results on solar neutrino missing and on atmospheric muon neutrino missing are described
介紹太陽中微子丟失實驗的結果和大氣中微子丟失實驗結果。 -
This kind of new particle is the neutrino, and scientists believe they exist in large number in the universe. take the solar neutrinos, for example, every second about one million billions 10
科學家相信，中微子在宇宙中的數目相當多，就以太陽製造的中微子為例，它們到達地球的數目確實是天文數字：每秒約有一百萬億10 -
Kamioka, situated 300 km west of tokyo of japan, was originally planned to construct a laboratory for the purpose of studying proton decay. the detector was called kamiokande kamioka nucleaon decay experiement. it was ultimately turned into the second solar neutrino detector in history with the assistance of usa in 1984 and was renamed kamiokande ii
座落於日本首都東京以西300公里的神網，本來計劃興建一座大型實驗室用作研究質子衰變，這實驗裝置稱為神網號，后來於1984年在美國協助下，它被改建為有史以來第二個探測太陽中微子的實驗室神網2號。 -
The hall - life measurement of long - lived radio isotopes, cross section measurement of nuclear reaction, searching for super heavy elements, cosmic study and solar neutrino detection are the main components which have been discussed
包括放射性核素半衰期的測定、核反應截面的測量、超重元素的尋找、宇宙射線和太陽中微子性質等方面的研究工作。 -
In the detector should be able to capture 7. 7 solar neutrino unit per chlorine atom per second
的實驗裝置應該可以每秒每一個氯原子捕獲7 . 7個太陽中微子單位簡稱snu 。 -
Current progress on study of solar neutrino problem
太陽中微子問題研究進展 -
Neutrino oscillation and solar neutrino problem
中微子振蕩與太陽中微子問題 -
This is the solar neutrino problem
這便是著名的太陽中微子難題。 -
Neutrinos have been playing an important role in the rapidly developing field of physical science, but their significance to astronomy was recognized only since the 1960s. that was the famous solar neutrino problem
中微子在一日千里的物理學發展上佔有重要的位置，而其在天文學領域上的貢獻卻肇始於60年代，亦即是著名的太陽中微子之謎。
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