晶元實驗室 的英文怎麼說

中文拼音 [jīngyuánshíyànshì]
晶元實驗室 英文
labonchipip
  • 晶 : Ⅰ形容詞（光亮） brilliant; glittering Ⅱ名詞1. （水晶） quartz; （rock） crystal 2. （晶體） any crystalline substance
  • 實 : Ⅰ形容詞1 （內部完全填滿 沒有空隙） solid 2 （真實; 實在） true; real; honest Ⅱ名詞1 （實際; 事實...
  • 驗 : 動詞1. （察看; 查考） examine; check; test 2. （產生預期的效果） prove effective; produce the expected result
  1. On the basis of the research of former graduates, we design the hardware & software of digital boxcar by employing the high - speed ad fpga chip and the usb protocol controller chip, and we realized the high - speed sampling, digital adding, high - speed storage, data transmission and interface circuits of pc successfully

    根據實驗室前幾屆研究生的積累，前人研究方案的基礎上，利用ad晶元、 fpga晶元和usb協議控制晶元重新設計了boxcar的硬體實現電路和相應的檢測軟體。
  2. Abstract ： to obtain the high frequency ( hf ) array signals, an applied circuit called hf array signals generator is designed using dsp and duc ( digital up converter ). the generator simulates the generation of output signals of 9 - element arrays with different array format, different direction of arrival ( doa ) and existing cochannel signals respectively

    為了在實驗室中獲得短波天線陣列信號，應用dsp晶元和duc晶元（數字上變頻器）設計了一個實用電路短波陣列信號發生器，模擬實現了短波九元天線陣的多種陣型、不同來波方向及存在同頻多信號時的陣列輸出信號。
  3. In 1948 to be exact, a new device, the transistor, was announced by bell telephone laboratories.

    確切地說，是在1948年，貝爾電話實驗室把一種新的元件晶體管公諸於世。
  4. Then, in 1948 to be exact, a new device, the transistor, was announced by bell telephone laboratories.

    確切地說，是在1948年，「貝爾電話實驗室」把一種新的元件--晶體管公諸於世。
  5. In 1948 to be exact, a new device, the transistor, was announced by bell telephone laboratories

    確切地說，是在1948年，貝爾電話實驗室把一種新的元件? ?晶體管公諸於世。
  6. Then, in 1948 to be exact, a new device, the transistor, was announced by bell telephone laboratories

    確切地說，是在1948年， 「貝爾電話實驗室」把一種新的元件- -晶體管公諸於世。
  7. Advances in the sorting of particles using lattices of light herald the advent of lab - on - a - chip technologies

    在採用微流控技術篩選粒子方面的進展預示著晶元實驗室技術的成熟。
  8. This prowess in modern chipmaking know - how didn t come out of a vacuum - rather, it came out of the hermetically - sealed clean rooms of the most advanced r d department in the semiconductor industry

    這種對現代晶元製造知根知底的能力並非是空穴來風，而是來自於半導體工業中最先進的r & d部門的封閉且潔凈的實驗室。
  9. The author reviewed the detection measures of prunus necrotic ringspot virus, and related the research progression of the pathogen detection technology inside and outside. the template amplication technology include pcr assays ^ nasba and so on. the cdna and crna probe which labeled with the isotope % biotin or dig, the offset probe and the peptide probe can be applied to magnify the signal. pcr - gene scan assays and pcr agilent chip chamber combine the template amplication and the signal magnification

    本文回顧了李壞死環斑病毒的檢測方法，較全面地評述了國內外病原物檢測技術研究進展：在模板的擴增有各種pcr技術、 nasba技術；在信號的放大有同位素、生物素或dig標記的cdna和crna探針，分支探針和肽核酸探針；模板擴增和信號放大相結合的有pcr -基因掃描技術、 pcr安捷倫晶元實驗室技術；模板擴增和雜交以及信號放大相結合的有pcr - elisa技術、實時熒光pcr技術、生物晶元技術。
  10. Finally the high voltage thyristor vale was tested in lab. the results illuminate the good insulation structure, reliable triggering and blocking, good voltage division on each thyristor, and that the bod protecting circuit acts rapidly. in a word the high voltage thyristor vale satisfies the expected specification in the application of auto - passing over neutral section of traction power supply system

    最後論文對高壓晶閘管閥在實驗室進行的各種試驗進行了分析總結，試驗結果表明，該高壓晶閘管閥絕緣結構合理，觸發和關斷可靠，元件在各種工況下的均壓一致性良好，過壓保護電路動作迅速，達到了在牽引供電網自動過分相裝置應用中的技術要求。
  11. The initial application for this technology is expected to involve pharmaceutical companies, which could use the biological chips to test potential drugs in the lab more quickly and accurately

    這項技術最初設想是在制藥公司應用，用這種生物晶元來在實驗室中更及時更精確的檢測潛在的藥物。
  12. With advantages of high efficiency, real time, low volume and automation, capillary electrophoresis separation techniques have been widely used in industrial analysis, biomedicine, molecule biology etc. with the pretence of lab on the chip and the development of micro total analysis system, electrophoresis chip, capillary electrophoresis technology on a chip, became the research hot of micro electromechanical system

    毛細管電泳分離技術以其高效、快速、微量、易自動化等優點在生命科學、醫學藥物、環境保護等領域得到了極其廣泛的應用。隨著「晶元上的實驗室」思想的提出和微型全分析系統的發展，使得電泳晶元?在晶元上進行電泳分離的技術成為了當今國內外的重要研究熱點。
  13. Elegant microfluidics, also developed at lincoln, direct the sample and nutrient media through the channel, where a charge - coupled device ( ccd ) like those found in camcorders detects even a single b cell firing

    先進的微流體晶元? ?同樣由林肯實驗室研製? ?指引樣本和營養介質通過通道，通道中即使只有一個b細胞發光，與便攜攝像機里的裝置類似的電荷耦合器也會探測到。
  14. Microluidics system is the key part in the lab - on - a - chip, which has important application in the booming micro total analysis system. it uses microchannels as transporting the sample, which saves time and reduce the material waste, lowered environment pollution

    微流控系統作為晶元實驗室中的一個關鍵組成部分在目前蓬勃發展的微全分析系統中有著及其重要的應用，其採用微通道結構進行樣品的輸送，節省了時間、減少材料浪費、降低了環境污染。
  15. By connecting them to microscopic test tubes and petri dishes, these nanoscale transistors could lead to labs - on - a - chip that work without moving parts

    將這種奈米尺寸晶體管連接微小的試管和培養皿，就可構成沒有可動零件的單晶元實驗室。
  16. In this review, we focus on lab - on - a - chip with fluid flow along micro - scale channels ( microfluidics ) and its application on life science and biotechnology

    現就基於微流通道的晶元實驗室（微流晶元）及其在生物化學檢測上的運用作一介紹。
  17. Technology and application of lab - on - a - chip

    晶元實驗室技術及其應用
  18. They call it a lab on a chip

    他們稱之為晶元實驗室。
  19. Over the last decade, the lab - on - a - chip concept has received considerable attention

    在最近十幾年中，晶元實驗室技術逐漸得到廣泛的重視。
  20. The lab - on - a - chip based on the technology of mems has become the rapidest research realm with its characteristics of miniaturization and integration

    微機電系統（ mems ）中的晶元實驗室以其微型化，集成化的特點成為目前公認的最具發展潛力的研究領域。
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