测不准的英文

• indeterminacy
• uncertainty

• 测    survey; fathom; measure
• 不准    not allow; forbid; prohibit
• 测不准的    indeterminable
• 测不准定理    heinsberg's uncertainty principle; uncertainty principle
• 测不准定律    uncertainty principle
• 测不准关系    heisenberguncertaintyrelation; uncertainty principle; uncertainty relation
• 测不准论    indeterminism
• 测不准条件    uncertainty condition
• 测不准性    indeterminacy; uncertainty
• 测不准原理    heisenberg uncertainty principle; independent variable; indeterminacy principle; indeterminancy principle; indeterminate principle; principle of indeterminacy; principle of indeterminancy; the uncertainty principle; uncertainty principle
• 系统测不准    systemtatic uncertainty
• 测不准原理，测不准关系    principle of indeterminacy
• 【物理学】测不准原理。    uncertainty principle
• 海森堡测不准原理    heisenberg’s uncertainty principle
• 海森伯测不准关系    heisenberg uncertainty relation
• 海森伯测不准原理    heisenberg uncertainty principle
• 频率测不准原理    frequency measurement of uncertainty principle
• 不准    not allow; forbid; prohibit 不准上诉 [法律] unappealable; 此处不准吸烟。 smoking is not allowed here. 不准停车! no parking! 不准入内。 no admittance. 不准吸烟! no smoking! 不准动手! keep your hands off!; hands off! 士兵们接到命令, 不准外人进入大门。 the soldiers had orders to allow no strangers through the gates
• 电测不良    test failure
• 侦测不死    detect undead
• 不准率    degree of uncertainty
• 不准确    inaccurate◇不准确度 inaccuracy; 不准确数据 inexact data
• 不准许    disallow
• 不准直    decollimation
• 对不准    misregsitration

• Uncertainty principle points out that , which means that high time resolution and high frequency resolution can not be obtained both at the same time in spectrum analysis
  测不准原理表明： t ? f 1 / 4 ，即在一次谱分析中，时间分辨率和频率分辨率不能同时达到高分辨率
• The uncertainty principle of quantum mechanics requires that the vacuum be filled with particles living on borrowed time and energy , popping in and out of existence
  在量子力学的测不准原理要求下，真空必须被存在于外借的时间和能量的粒子所填满，这些粒子会随时间不停地进出真实的空间。
• 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
  至于量子源自相对论的说法，布索最近由全像极限推导出了量子力学最有名的公式海森堡的测不准原理。
• This immediately tells us that the virtual quanta necessarily have to be short lived . thus the vacuum has a non - zero and very large value of energy density associated with it
  能在极短时间内复归于无，在不违反能量时间测不准定理的情况下，短暂的能量不守恒是容许的，所以真空可拥有一个非零而非常大的能量密度。
• 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 "
  在这一部分中，除了对熵的概念和理论的介绍外，作者将光学中的“测不准原理”和熵理论结合，独立地提出了“不确定原则” 。
• Concept of knowledge in post modern times is the logic of humanistic thinking and conforms to uncertainty principle in quantum mechanics , " multi - value logic " in logistics and orientation in scientific hermeneutics
  后现代知识观是一种人文思维的逻辑，它与量子力学的测不准原理、逻辑学中的“多值逻辑”以及科学解释理论中的转向有其一致性。
• 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、束缚态、氢原子、波包及测不准原理、 wkb近似、量子力学的原理、微扰论、变方法、自旋与角动量、散射论。
• Since uncertainty results from the deflection or rotation of space - time , we naturally infer that quantum uncertainty is due to space - time rotation and we can further understand the cause of quantum uncertainty in the paragraphs below
  揭示了“测不准”或“不确定”原理的本质原因是时空偏转，将“测不准”的概念扩展到宏观领域。 “测不准”不是微观粒子的专利，
• 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
  光场和原子的压缩以其具有重要的应用价值引起了人们的广泛研究。最近文献[ 16 ]提出的信息熵测不准关系为高灵敏量度光场与原子的压缩效应提供了新的理论根据。
• Quantum communication is based on the quantum mechanics and cryptography , its security is guaranteed by the basic quantum principle - hersenberg ' s uncertainty principle and the quantum noncloning principle . so it is highlighted by people more and more
  量子保密通信是密码学和量子力学相结合的产物，它的安全性由量子力学基本原理? ?测不准原理和单量子态不可克隆定理所保证，因而越来越受到人们的重视。

• 测不准的日语：ce4buzhun3 [理]不确定性