量子路 的英文怎麼說
中文拼音 [liángzilù]
量子路
英文
quantum circuit-
The network analyzer is one of all the basilic test instruments in electronic area
網路分析儀，用於測量網路的各種特性參數，是電子領域中常用的設備之一。At a definite temperature a mesoscopic circuit isnt in a determinate quantum state instead of in the mixed state ( or statistical state ). using the density matrix of the canonical ensemble, we have deduced the formulate of the quantum fluctuations of both charge and current in a non - dissipative mesoscopic coupled circuit. and the dependences of the quantum fluctuation of the circuit on its temperature have obtained
在有限溫度下，介觀電路系統實際上並不處在一個確定的量子狀態，而是處在混合態.根據正則系綜的密度矩陣導出耦合互感電路中電荷和電流的量子漲落，得到了量子漲落與溫度的依賴關系Impractical as this may sound, geordie rose, d - wave ' s founder, is optimistic that it is the best way forward for quantum computing
盡管這聽起來有點不切實際，但遞波的創始人基尼羅斯仍很樂觀地表示：這是通向量子運算處理的最佳道路。Quantum effect in the mesoscopic lc circuits with a source
介觀電路的量子效應Quantum entanglement shared by more than two particles or parties is the essential base for developing quantum communication networks. using the multipartite entanglement the novel telecloning, controlled dense coding, sharing secure quantum states and reduction of communication complexity can be realized
為了研究量子網路，必需研究兩個以上子系統之間的糾纏，即多粒子或多組份糾纏，利用它可以實現遠程克隆（ telecloning ） 、可控密集編碼、共享秘密量子態以及減小通訊復雜性（ reductionofthecommunicationcomplexity ）等。It has been offering secure network service to 600 local scientific researchers and some other internet users. the network parallel computation cluster inside the system has been applied to carry on magnanimity supercomputing of quantum chemistry by researchers in the state key laboratory of structure chemistry. it is highly appraised by experts and users
系統實現后已經提供了安全網路服務給600名本地科研用戶以及一些所外網際網路用戶；同時該系統中所包含的網路并行計算機群正在為中國科學院福建物質結構研究所結構化學國家重點實驗室的科研用戶提供量子化學海量超級計算服務。Probabilistic teleportation and guantum logical circuit of an arbitrary three - particle entangled state
任意未知三粒子糾纏態的概率傳遞及其量子邏輯電路Gaas / algaas quantum well photodetectors ( qwips ) are new type devices and progressed rapidly in recent 20 years. qwips utilizing intersubband absorption between gallium arsenide ( gaas ) well and aluminum gallium arsenide ( alxga1 _ xas ) barriers were perfected. therefore, the ability to accurately control the band structure and hence the spectral response, as well as both established technology for growing and processing gaas optical devices and commercially available large area vlsi gaas ic ' s, makes gaas / algaas qwips attractive devices for use in very large focal plane arrays ( fpas ), especially available in the range of long wavelength 8 - 12 urn
Gaas algaas量子阱紅外探測器（ qwips ）是近二十年來迅速發展起來的一種新型紅外探測器，它成功地利用了gaas勢阱和al _ xga _ （ 1 - x ） as勢壘之間的子帶間吸收，使之具有能帶結構可精確設計從而獲得指定光譜響應的特點，加之成熟的材料生長技術、器件工藝，以及商業上可獲得大面積的vlsigaas集成電路，使得gaas algaasqwips尤其適宜製作8 12 m長波范圍的大面陣探測器。This locomotive fuel information system make use of advanced computer internet management technology and apply the procedure control based on c / s model to integrate the oilcan measuring system, automatic control system for oiling of locomotive and fuel report system in the paper. it eliminates the disadvantage of mechanical and iterant manual work
本文利用先進的計算機網路技術及架構，運用c s結構的過程式控制制機制，對油庫計量子系統、機車自動加油控制子系統、鐵油報表子系統進行集成優化，消除了人工機械重復勞動和人為因素的不利影響。Non - linear dynamical systems and chaotic phenomena. random processes and diffusion. ising model and lattice gas. quantum systems and electronic structures. percolation, fractal and self - similarity. neural network and genetic algorithm
非線性動力系統與混沌現象、隨機過程和擴散現象、易幸模型與格子氣體的統計模擬、量子系統與電子結構、展透、碎形與自我類似、類神經網路與基因演演算法。Higher - order fluctuation of the dissipative mesoscopic circuit with coupled inductor
耗散電感耦合電路的高階量子漲落In this paper, the quantization of dissipative mesoscopic circuit with coupled inducotors is given and higher - order puantum fluctuation of the charge and curret are obtained
摘要給出耗散電感耦合電路的量子化，在此基礎上研究電荷及電流在能量本徵態下的高階量子漲落。Laser physics is compositive synthesis of the quantum theory, wireless technology, microwave spectroscopy and solid physics, and it ? also the brilliant production of close - knit combine in science and technology, theoretics and practice. after the naissance, the developments of laser physics emerge rapidly, our living, behavior and concept were affected and influenced by laser
激光物理的創立，是人類認識自然道路上的一座里程碑。它是現代物理學的一項重大成果，是20世紀量子理論、無線電電子學、微波波譜學以及固體物理學的綜合產物，也是科學與技術、理論與實踐緊密結合產生的燦爛成果。The designed gates have simple configuration, they also have the advantages that quantum devices possess, so they can suit the requirement of vlsi
論文設計了基於rt量子器件的二值與非門與或非門，設計的門電路結構簡單，並具有量子器件所具有的速度快、功耗低、集成度高等優點。A novel quantum neural computational model is constructed based on the universal quantum gates unit ( i. e. phase - shift gate and controlled not gate ), which acts as the basic computational component
研究以通用量子邏輯門組（即相移門和受控非門）作為計算基函數，構造新的量子神經計算網路模型。Familiar with the application of equipment like spectrum, vna, etc
熟悉電子通信領域常用儀器（頻譜儀，矢量網路分析儀） 。Thirdly, the paper researchs the application of single electron transistor and the synthesis theory of cicuit based on quantum dot cellular automata by synthesis example of quantum cellular neural network based on build schr ? dinger equation of coupling quantum dot. at last, the paper researchs digital integrated circuit design based on quantum dot cellular automata and design a 8 - bit quantum dot cellular adder by qcadsign based on a method of majority logic reducetion for quantum cellular automata, it prove this designer of 8 - bit quantum dot cellular adder is correctly
Dinger ）方程為基礎的量子點細胞自動機電路綜合理論，本文以量子細胞神經網路為綜合實例，建立耦合量子點的薛定鄂（ schr ? dinger ）方程組，通過化簡得到類似細胞神經網路的非線性電路方程。最後研究了基於量子點細胞自動機數字集成電路設計，通過建立邏輯方程，簡化邏輯方程，並設計基於精簡qca擇多邏輯門8位加法器，並用qcadesign進行了模擬，實驗證明設計正確性。In the work of investigating superconducting rsfq digital cell, basic theory of josephson equation and squid are intensively analysised
在研究超導rsfq數字單元電路工作中，本文深入研究了約瑟夫森方程和超導量子干涉器等超導rsfq數字電路的基礎理論。Dr rose favours this route, because he sees quantum computers as specialised accelerators for certain tasks, rather than stand - alone number crunchers
羅斯之所以熱衷於這條道路，那是因為他把量子計算機看作是解決某些個特定任務的專業加速器，而非獨立的數字處理器。Along with silicon ulsi technology has seen an exponential improvement in virtually any figure of merit, as described by moore ’ s law ; the miniaturization of circuit elements down to the nanometer scale has resulted in structures which exhibt novel physical effects due to the emerging quantum mechanical nature of the electrons, the new devices take advantage of quantum mechanical phenomena that emerge on the nanometer scale, including the discreteness of electrons. laws of quantum mechanics and the limitations of fabrication may soon prevent further reduction in the size of today ’ s conventional field effect transistors ( fet ’ s )
隨著超大規模集成電路的的發展，半導體硅技術非常好地遵循moore定理發展，電子器件的特徵尺寸越來越小;數字集成電路的晶元的集成度越來越高，電子器件由微米級進入納米級，量子效應對器件工作的影響變的越來越重要，尺寸小於10nm將出現一些如庫侖阻塞等新特性。量子效應將抑制傳統晶體管fet繼續按照以前的規律繼續減小。在這種情況下，宏觀的器件理論將被替代，可能需要採用新概念的晶體管結構。分享友人