目下弦 的英文怎麼說

中文拼音 [mùxiàxián]
目下弦 英文
margin of lower eyelid
  • 目 : Ⅰ名詞1 （眼睛） eye 2 （大項中再分的小項） item 3 [生物學] （把同一綱的生物按彼此相似的特徵分為幾...
  • 下 : 下動詞1. （用在動詞后,表示由高處到低處） 2. （用在動詞后, 表示有空間, 能容納） 3. （用在動詞后, 表示動作的完成或結果）
  1. I have read two of your poetry collections. your poems are extremely profound and full of the ups and downs of life. each verse, each poem is a condensed form resting on the subconscious level to stir up the consciousness deep in the heart

    我目前已經拜讀您兩本詩集，您的詩作意境深遠，內容充滿了人生的甘苦浮沈，篇篇都是動人心弦發人深省的結晶之作，使我不禁為您的愛力而潸然淚下。
  2. The next bit would be to review things i already know, and just to ingrain the good habits of my movements, then to practice some of the things that i don ' t do quite so well : maybe there are certain trills, slurs that are not as good as i want so i would spend some time on that

    接下來的時間我將回顧我已經熟悉的東西，其目的主要是為了鞏固自己已經養成的一些好習慣，然後就是練習一些自己認為還不夠完美的技巧，例如某個柔弦，連音等，我會為此專門花時間來解決。
  3. The innovation in this paper is list below ( 1 ) use rectangle - shape pipeline so that the inducing electromotive force could be enhanced ; ( 2 ) use alternating current whose frequency is adjustable to induce the magnetic ; ( 3 ) make the flowmeter intelligent by use the microprocessor ; ( 4 ) finish designing the ls flowmeter with utra - low power consumption

    本文的創新之處在於採用矩形測量導管大大增加微流量條件下的感應電動勢；採用輸出頻率可調的正弦波電流作為勵磁電流達到消除50hz頻干擾和減少正交干擾的目的；利用單片機等高端現代電子產品實現了電磁流量計的高度智能化及設計出真正的超低功耗的、可用干電池長期供電的ls旋轉流量計。
  4. Besides, i wished to touch no deep - thrilling chord - to open no fresh well of emotion in his heart : my sole present aim was to cheer him

    此外，我不想去撥動那劇烈震顫的心弦不想在他的心田開掘情感的新泉。我眼下的唯一目的是使他高興。
  5. Firstly, according to the characteristic that the doppler frequency shift signal can be approximated as a single sinusoid signal, the extended sinusoid signal retrieval ( pisarenko and esprit ) methods are presented and signal state and measurement formulations are developed, so the kalman filter recursive method is got. the brief introduction of low velocity moving target doppler frequency shift signal wigner - ville transformation and wavelet transformation expression are presented in this paper. secondly, because the clutter is gaussian distribution, cumement and high - order spectrum based methods are presented and the simulation results prove their good performance to suppress gaussian clutter in low velocity moving target doppler frequency shift signal processing

    一個方面是根據低速目標的多普勒信號可簡化為單一正弦波形式這一特點，得到了擴展的高斯色噪聲背景下的諧波恢復演算法，即高斯色噪聲中的pisarenko諧波恢復法和旋轉因子不變法（ esprit ） ；並推導了信號的狀態方程和觀測方程，進而得到基於卡爾曼濾波的遞推演算法對信號進行提取；本文還簡單的介紹了低速運動目標的多普勒頻移信號的wigner - ville變換與小波變換；另一個方面是針對雜波服從高斯分佈這一特點，提出了對接收信號求累積量和高階譜來對高斯雜波進行抑制。
  6. In april 2002, with the renewal of the 3 - year grant and the joining of yip wing - sie as the new music director, the hong kong sinfonietta continues its mission to bring quality orchestral music closer to the community

    2002年4月，樂團再獲香港藝術發展局的三年資助，並邀得葉詠詩接任為新音樂總監。在她的領導下，樂團繼續致力為觀眾帶來高質素的管弦樂及具創意的節目。
  7. Leung has been the recipient of five professional development grants, four research travel grants, and one research initiation grants from the wright state university research council, and two seed grants for internationalizing the curriculum from the university center for international education for advanced studies in piano performance and orchestral conducting in the u. s. and abroad

    此外，梁氏曾獲韋利特州立大學頒發多個獎學金，包括大學轄下研究委員會的五個專業發展獎學金、四個研究考察獎學金和一個研究項目獎學金，以及大學國際教育中心頒發的兩個國際課程培訓獎學金，供梁氏在美國本土和海外深造鋼琴演奏和管弦樂指揮。
  8. Valuable conclusion in engineering are drawn for practical design. the method of getting reasonable prestress degree for suspendoem which is restricted by intergral stability was discussed. optimizing programs are developed with the axis force and joint displacement of upper dome as object function respectively, the effective method of prestress degree for suspendoem which is

    探討了穩定約束的弦支穹頂鋼索合理預應力度的優化方法，分別以網殼桿件內力、節點豎向位移和節點垂直向下位移為目標函數編制了優化程序，得到了整體穩定約束的弦支穹頂結構確定鋼索預應力值的可行方法。
  9. Then we also study the effect of string on the dynamical characteristic under the symmetric load and not under the symmetric load as the prestressing is the key making beam string structure the balanceatie system, having large rigidity and embodying the superiority of dynamical characteristic of this structure, this paper studies and conceives how to deteimine the number of the prestressing in each stage of construction and through comparing between the plan of onetime and repeated pulling construction choose the suitable pulling construction plan

    並且本文還研究了在對稱荷載和不對稱荷載兩種工況下，結構的受力性能隨豎向撐桿數目、結構垂跨比以及下弦索預應力等參數改變時的變化情況，總結出該結構受力方面的特徵，為實際工程設計提供依據。鑒于預應力是使張弦梁結構形成自平衡體系、具備較大剛度和體現結構性能優勢的關鍵，本文研究和探討了結構施工各階段該預應力大小的確定方法，通過一次張拉與二次張拉方案各項指標的比較，選擇適當的預應力張拉施工方案。
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