ion-trap 中文意思是什麼
ion-trap
解釋
電離阱-
Determination of lincomycin in blood by high performance liquid chromatography atmospheric pressure chemical ionization ion trap mass spectrometry
質譜法檢測血液中林可黴素 -
The study indicate that sral2o4 : tb3 + phosphor can be composed from 1250c to 1550c, the phosphor ' s luminance reduce and the afterglow time shorten along with the compounding temperature ; the better luminance and afterglow with the better crystalloid degree ; the luminescence of tb3 + ion in the sral2o4 is coming from the transition of 5d4 - 7fj ( j = 6, 5, . . . 0 ) ; the afterglow is because of the electron that seized in the trap released which integrate with the luminescence center
合成發光體亮度隨合成溫度的降低而逐漸降低,余輝時間逐漸縮短;當合成物具有較好的結晶度時,合成的發光粉不僅發光亮度高而且余輝時間長; tb ~ ( 3 + )離子在sral _ 2o _ 4基質晶格中的發光主要來自於~ 5d _ 4 ~ 7f _ j ( j = 6 , 5 , … … 0 )的躍遷;其餘輝是因為不斷有被陷阱所俘獲的電子釋放出來與發光中心復合。 -
Study on noncovalent binding between ketoprofen and plasma protein by electrospray ion trap mass spectrometry
酮洛芬與血漿蛋白非共價結合的電噴霧質譜研究 -
Quadrupole ion trap
四極離子阱 -
Study on the impurities in synthesized pioglitazone hydrochloride by hplc - esi ion trap mass spectrometry
離子阱質譜儀聯用分析鹽酸匹格列酮中的雜質 -
Researchers have proposed many implementation technologies such as nmr ( nuclear magnetic resonance ), ion trap etc. the 5 qubits and 7 qubits quantum computer have been built in laboratory
已經提出了多種量子計算機的物理實現技術,如核磁共振、離子阱等。目前在實驗室中已經研製出了7位量子計算機原型系統,量子計算機的可行性問題已經解決。 -
Based on the models used to deal with the interaction between the trapped ions and the laser, we investigate the physical foundation under the ion - trap computing and the evolution of the states of the trapped ions
本文在簡要總結了處理激光與原子相互作用的幾種物理模型的基礎之上,詳細研究了運用離子阱中囚禁離子對進行量子邏輯非門操作的物理原理及其在此相互作用過程中量子態的演化規律。 -
Characteristics of traped ion considering the double frequency of trap field in
阱中射頻源倍頻作用下囚禁離子運動特性 -
" for the development of the ion trap technique
發展原子精確光譜學和開發離子陷阱技術 -
Sppc grating at 790nm mainly attributes to the charge grating in ce - ion deep trap while the fe - ion deep trap contributes more at 532nm wavelength than that at 790nm
利用該模型分析認為: 790nm激光泵浦時位相共軛光柵主要依賴ce離子深能級,而532nm激光泵浦時fe離子深能級的貢獻比在790nm時大。 -
Spb - fwm forms the charge grating in fe - ion deep trap, while tir - fwm builds up the charge grating in the ce - ion deep trap
Spb - fwm形成了fe離子深能級上的載流子光柵,而tir - fwm形成了ce離子深能級的載流子光柵。
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