測不準論 的英文怎麼說
中文拼音 [cèbùzhǔnlún]
測不準論
英文
indeterminism-
Investigation and inspection results acquired not only reflect the real working conditions of hoop - stove chimney but also provide systemic project material to study and design of the congeneric chimney
論文研究中獲得的調查檢測結果不僅準確反映了環形爐煙囪實際的使用狀況,而且為同類煙囪的研究和設計提供了系統的工程資料。The termless security of quantum cryptographic key protocol is based on the quantum non - clone principle and heisenberg uncertainty principle. whilst, these two characteristics mentioned above contributes greatly to solve the problems of low transmitting rate, complicated operation and forge - identity assault in the bb84 protocol
量子密鑰協議的無條件安全性能主要建立在量子不可克隆定理和heisenberg的測不準原理兩大理論基礎上的,但也正是由於量子的這兩種特性導致在bb84協議中存在了傳輸效率低下、操作復雜、假冒身份攻擊等方面的問題。According to quantum theory, even a perfect vacuum is not truly empty ; it is filled with fluctuations as a result of the heisenberg uncertainty principle
根據量子理論中的海森堡測不準原理,就算是完美的真空也不是空無一物,而是充滿了量子漲落。Heisenberg ' s uncertainty principle, according to which nature is inherently indeterministic, implies an open future ( and, for that matter, an open past )
在海森堡測不準原理中,自然在本質上是不可確定的,這意味著未來是開放、不確定的(以此觀點而論,過去也是開放的) 。Apart from introduction of the concept and theory of entropy, the author puts forward " non - confirmation principle " by combining " measurement non - accuracy theory " of optics and " entropy theory "
在這一部分中,除了對熵的概念和理論的介紹外,作者將光學中的「測不準原理」和熵理論結合,獨立地提出了「不確定原則」 。Limitations of space prevent us from covering electric logging in this book.
鑒于篇幅有限,我們在本書不準備討論電子測井技術。Uncertainty relations a further research into fundamental theoretical problem of the quantum fi eld the ory
測不準關系量子場論基本理論問題再探討The purpose of this work is to improve the space resolving power of the temperature measurement system for small laser - processed region. the main conclusions and contributions are as follows : 1. after expatiating upon the principle of radiation thermometry, we mainly discuss the effects on the space resolving power and the measurement precision of the real - time temperature measurement system by some factors
本文的工作就是圍繞輻射測溫系統空間分辨能力的提高技術展開的,主要的研究結果和創新之處如下: 1 .在闡述不接觸測溫原理的基礎上,討論了影響空間分辨能力及測溫準確性的兩種因素? ?強度點擴展函數有效分佈、進入系統中的雜散光。Quantum cryptography ( qc ) is the combination of classical cryptography and quantum mechanics. the characteristics of quantum mechanics, such as no - cloning theorem and heisenberg ' s uncertainty principle, provide the perfect secrecy for quantum cryptographic communication
量子密碼學是密碼學與量子力學結合的產物,利用量子不可克隆定理和海森堡測不準原理等量子特性,量子密碼通信理論上已經證明是絕對安全。The philosophical meaning of the argument about heisenberg uncertainty relation
圍繞測不準關系爭論的哲學意蘊Provides feature articles, news stories, analyses, book and product reviews, a searchable job database, and obituaries
-介紹量子力學薛丁格方程式波函數及測不準原理牡蠣謬論等,並有相關討論區。Bohr when no more decisions, great or small, are ever made again. when there ' s no more uncertainty, because there ' s no more knowledge
波爾那時,不再需要抉擇,無論大小。也不再有測不準原理,因為那時已不再有知識。The squeezing of the field and atom intensively studied due to its practical application, the reference [ 16 ] presented the squeezing theory of quantum information for a high sensitive measurement of the squeezing effects of the field and atom
光場和原子的壓縮以其具有重要的應用價值引起了人們的廣泛研究。最近文獻[ 16 ]提出的信息熵測不準關系為高靈敏量度光場與原子的壓縮效應提供了新的理論根據。At the same time, the coordinate representation also can be exploited in calculating thermal non - classical states recently, such as coherent state. basing on the correlative theory, and within the framework tfd, we calculate rindler oscillator ' s information - entropy in the coordinate representation, and discuss the relation of its general uncertainty relationship and information - entropy, especially the relation of its thermal fluctuation and information - entropy
在相關理論的基礎上,本文一方面利用熱場動力學,在坐標表象下計算出了與一維rindler諧振子的位子和動量有關的信息熵,並給出了信息熵與一維rindler諧振子的廣義測不準關系,特別是與熱擾動之間的聯系。Through leading and publish and examine and forbid relation determinism and that the double meaningses of determinism prove " examining and forbid and classical sports compatible law relation ", suppose and reduce a lot of of quantum mechanics to one basically on the basis of this, thus beautified quantum mechanics greatly
通過導出測不準關系具有決定論和非決定論的雙重意義而論證了「測不準關系與經典運動規律兼容」 ,在此基礎上將量子力學的多個基本假設縮減至一個,從而大大美化了量子力學。The coherent state is represented by a minimum uncertainty wave packet, the quantum correlation in these state is absent, so that it behaves as a quasi - classical state. it is such a property that leads to the results coincide completely with those obtained in semiclassical approximation
正是因為相干態是一個量子力學允許的最小的測不準波包,沒有任何量子關聯,可以看作是一個準經典態,才導致了完全量子場論和半經典近似下理論結果的完全一致性。Schrodinger equation, bound states, hydrogen atoms, wave packets and uncertainty relations, wkb approximation, principle of quantum mechanis, perturbation theory, variational method, spin and angular momentum, scattering theory
薛丁格方程、束縛態、氫原子、波包及測不準原理、 wkb近似、量子力學的原理、微擾論、變方法、自旋與角動量、散射論。However, from the theories of modern logistics management, dcac still has many problems in fields such as good communication with its customers, precise production forecast and use of high information technologies
但從現代物流管理理論來看,神龍公司仍存在著與客戶缺乏溝通,生產預測不夠準確以及信息技術沒有充分運用等不足。As for the idea that the quantum can emerge from relativity, bousso recently derived the most famous formula of quantum mechanics, the heisenberg uncertainty principle, from the holographic limit
至於量子源自相對論的說法,布索最近由全像極限推導出了量子力學最有名的公式海森堡的測不準原理。Beginning with the relationship of the measurement - detection ' s uncertainty and quality management, we formulized the importance of the uncertainty ' s application in the modern quality management, the incountry and overseas synopsis of the uncertainty theory research and application, the uncertainty ' s basic theory and assessment methods. according to the turbine production practice, we made the example analysis to the measurement of the measurement standard apparatus and important parameters in turbine production process. we closely made out the methods of the measurement - detection
本文從計量檢測不確定度與質量管理的關系出發,闡述了不確定度的應用在現代質量管理中的重要性,不確定度理論研究與應用的國內外發展概況,不確定度的基本理論以及不確定度的評定方法;並且針對汽輪機生產實際,對其所需的計量標準器以及汽輪機生產過程中的重要指標參數的測量進行了實例分析,深入了解計量檢測的方法,還對其中某些參數提出了新的測量方法,並對其中的難點問題提出使用神經網路方法進行建模,最後在此基礎之上全面評估和正確評定其不確定度。分享友人