trap energy 中文意思是什麼
trap energy
解釋
陷阱能-
They are combined with the advanced deliberative module and successfully resolve the problem of local energy trap
通過慎思規劃解決了復雜環境下的局部勢能陷阱問題。 -
According to basic principle and application experience of black light lamp, the trapping lamps were opened out using the principle of wave, color and taste to trap insect pests imago with the electric networks of frequently vibration and high voltages, it can trap many species and amounts of insect pests, reduce amounts of field ovum, greatly reduce insect pests density, save energy, have low lost, little harm to natural enemy and persons and livestock, have remarkable economic, ecological and social efficiency
摘要借鑒黑光燈的基本原理和應用經驗，再配以頻振高壓電網觸殺的頻振式殺蟲燈，誘集的害蟲種類多、數量大，既大幅度降低了田間落卵量，又顯著減少了蟲口密度；節能省電，成本低；葉昆蟲天敵殺傷力較小，對人畜安全，不污染環境，具有顯著的經濟、生態和社會效益。 -
The failure of the trap drained him of energy.
這個完全失敗的圈套耗盡了他的精力。 -
Maintaining the temperature of cold trap between - 40 and - 45 is beneficial to save energy and shorter drying time
混合加熱的凍干時間要明顯少於純輻射加熱；冷阱溫度設定在- 40 - 45較為合理。 -
Sixteen sup - processed from 110k to 300k were found. the range of trap energy is from 0. 19ev to 0. 34ev. the maximum of the initial density distribution of the carrier in the traps locates 0. 23ev, and the curve deviated from guass type
本文採用一種tl曲線的自動分解技術，對硅橡膠輻照老化tl曲線進行了自動分峰，結果發現在110k ~ 300k的溫度范圍內有16個子過程，其陷阱活化能變化范圍為0 . 19 ~ 0 . 34ev ，被陷阱俘獲載流子初始濃度的分佈在0 . 23ev處具有極大值，且呈偏離高斯型的分佈。 -
Trap density is calculated and found to depend on trap level energy in a power law relationship, which proves the correctness of the investigated leakage current mechanism and contributes to the succedent investigation of film fabrication
最後，通過漏電流特性計算了bst薄膜陷阱密度的空間分佈、能帶分佈等微觀信息，對bst薄膜的應用研究有一定指導意義。 -
From there the antiprotons go into a " catching trap, " where most of their remaining energy is absorbed and radiated away by electrons swirling in a magnetic field, lowering them to a temperature of about 15 degrees above absolute zero and speeds of a few hundred feet per second
從那裡反質子進入一個「捕獲線圈， 」在一個磁場中它們中的大多數以能量被吸收而且以電子渦流輻射掉了，降低它們的溫度為絕對零度上大約15度且速度為每秒數百英尺。 -
We consider a neutral particle with magnetic moment antiparallel to the field. with the interaction potential energy between the magnetic moment of the particle and the magnetic field, we obtain the classical motion equation of the neutral particles in the loffe trap. in some limit conditions, by using the perturbative method, the equations may take on concise forms. of which the two equations about x and y are mathieu equations. if we properly set the parameters and have the condition a > > q > 0, we can solve the mathieu equation with the traditional wkbj method. as a new attemptation, with fourier series expansion we solve the mathieu equation and obtain the classical motion law of the neutral particles
若阱的參數設置使得條件> > q 0成立時，我們可以利用傳統的wkbj方法近似求解馬丟方程。作為一種新的嘗試，本文還採用傅立葉級數展開的辦法來對馬丟方程進行求解，從而得到中性粒子在阱中的經典運動規律。在研究ioffe阱對中性粒子的囚禁問題時，實際上我們更感興趣的是馬丟方程的周期解，而要想獲得這種周期解，和q必須滿足一定的關系，亦即必須選擇阱的特定的參數和粒子的特定初始條件，對這一問題我們進行了嘗試性的研究。 -
From geological background of the deep gas deposits in xujiaweizi depression, we analyzed systemly these gas reservoir formation condition ( gas source condition, reservoir condition, sealing condition, trap condition ). from the study on the gas distribution law and typical gas reservoir, we established gas reservoir formation model of xujiaweizi depression. we divided gas reservoir systems by gas potential energy extremum
本論文以徐家圍子斷陷深層天然氣成藏的地質背景出發，全面、系統地研究了該斷陷深層天然氣的成藏條件（氣源條件、儲集條件、封蓋條件和圈閉條件） ，通過天然氣分佈規律研究和典型氣藏的解剖，建立了徐家圍子斷陷天然氣成藏模式。
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