電子附著系數 的英文怎麼說

中文拼音 [diànzizhāoshǔ]
電子附著系數 英文
electron attachment coefficient
  • : Ⅰ名詞1 (有電荷存在和電荷變化的現象) electricity 2 (電報) telegram; cable Ⅱ動詞1 (觸電) give...
  • : 子Ⅰ名詞1 (兒子) son 2 (人的通稱) person 3 (古代特指有學問的男人) ancient title of respect f...
  • : Ⅰ動詞1 (附帶) attach; add; enclose 2 (靠近) get close to; be near 3 (依從; 依附) agree to; ...
  • : 著助詞1. (表示動作的持續) 2. (表示狀態的持續) 3. (用在動詞或表示程度的形容詞後面, 加強命令或囑咐的語氣) 4. (加在某些動詞後面, 使變成介詞)
  • : 系動詞(打結; 扣) tie; fasten; do up; button up
  • : 數副詞(屢次) frequently; repeatedly
  • 電子 : [物理學] [電學] electron
  • 附著 : adhere to; stick to ; adhering; sticking; insertio; capture; attachment; adherence; adhesion
  • 系數 : [數學] coefficient; ratio; modulus; quotient; factor
  1. The entropy or number of states of system or subsystem are closely related to interaction of particles and energy level distribution, therefore, to study the temperature dependence of the specific heat may supply some important and useful microscopic information which may play an important role in understanding electronic structure, density of state, phonon spectrum etc. the specific heat measurements at low temperatures also play important roles in the finding of the third law of thermodynamics, the quantum theory of solid and bcs theory for superconducting etc. moreover, specific heat measurements help us to understand the different kinds of phase transitions ( such as : structural phase transition, magnetic phase transition, superconducting phase transition etc. ) and the scaling behavior near the critical point

    統、統的熵或微觀狀態與微觀粒間的相互作用及能級分佈密切相關,因此研究比熱與溫度的依賴關能夠提供被測量統許多極其有用的微觀信息,對理解固體的結構、態密度、聲譜等起十分重要的作用。低溫比熱的測量和研究對熱力學第三定律、固體量理論和超導bcs等理論的建立起到了積極的推動作用。比熱研究還有助於認識各類相變如結構相變,磁性相變,超導相變等及臨界點近的標度規律。
  2. Semiconductor materials was laid on the base, and the corresponding electrode was lead to. the semiconductor material has selective adsorption to the gas that changes the electronic concentration which also raises hall coefficient, corresponding changes the export of hall electromotive force, so the gas sensors which is based on hall effect was made

    當我們把半導體材料塗敷到基片上,並引出相應的極,由於氣敏材料對個別氣體有選擇的吸特性從而改變了材料中的濃度,也就引起了霍耳的相應變化,輸出的霍耳動勢也跟變化,就製成了基於霍耳效應的氣敏傳感器。
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