量子逻辑的英文

• quantum logic

• "量子"英文翻译    quantum; gion
• "逻辑"英文翻译    logic
• "子逻辑" 英文翻译 :    sublogic
• "句子逻辑" 英文翻译 :    propositional calculus
• "原子逻辑式" 英文翻译 :    atom logical expression
• "组合子逻辑" 英文翻译 :    combinatory logic
• "电子逻辑电路" 英文翻译 :    electronic logic circuit
• "电子逻辑协调器" 英文翻译 :    electronic logic coordinator
• "子逻辑动态冒险" 英文翻译 :    sublogic dynamic hazard
• "量子" 英文翻译 :    quantum; gion 光量子 light quantum; 量子场 quantum field; 量子场论 [量子] quantized field theory; quantum field theory; 量子电动力学 [物理学] quantum electrodynamics; 量子电子学 [电子学] quantum electronics; 量子定律 quantum law; 量子辐射 quantum radiation; 量子干涉仪 quantum inteferometer; 量子光学 quantum optics; 量子化学 [物理化学] quantum chemistry; 量子计数器 [电学] quantum counter; 量子晶体 quantum crystal; 量子流体 quantum fluid; 量子流体动力学 [低温] quantum hydrodynamics; 量子论 [物理学] planck's theory; quantum theory; 量子能 quantum energy; 量子生物化学 quantum biochemistry; 量子生物学 quantum biology; 量子声学 quantum acoustics; 量子释放 quantum release; 量子探测器 [物理学] quantum detector; 量子统计学[统力] quantum statistics; 量子物理学 quantum physics; 量子引力动力学 quantum gravitational dynamics; 量子有机化学 quantum organic chemistry
• "逻辑" 英文翻译 :    logic 有学问而且合逻辑地辩论 argue with learning and logic; 逻辑上的错误 an error in logic; 数理逻辑 mathematical logic; 合乎逻辑 logical; 按照这种逻辑 according to that kind of reasoning; 这是什么逻辑 ? what sort of logic is that?; 逻辑包含 logical inclusion; 逻辑比较 logic comparison; logical comparison; 逻辑变换 logical conversion; 逻辑变量 logic variable; 逻辑 (型)变量 logical variable; 逻辑变项 [数学] logical variable; 逻辑表 logical table; 逻辑表达式 logical expression; 逻辑差 logical difference; 逻辑常数 logical constant; 逻辑程序 logical program; 逻辑错误 logical error; 逻辑代数 logic algebra; boolean algebra; algebra of logic; 逻辑单元 logical block; logic unit; 逻辑电路 logic circuit; logical circuit; 逻辑段 logical segment; 逻辑范畴 logical categories; 逻辑方法 logical method; 逻辑方阵 logical square; 逻辑分析 logic analysis; 逻辑分析法 analysis; 逻辑符号 logic symbol; logical symbol; 逻辑赋值语句 logical assignment statement; 逻辑关系 logical relation; 逻辑规格 logical specification; 逻辑规律 logical laws; 逻辑规则 logic rules; 逻辑函数 logical function; 逻辑恒量 logical constant; 逻辑机 logical machine; 逻辑级 logic level; 逻辑计算机 logical computer; 逻辑记录 [自动化] logical record; 逻辑解释 logical interpretation; 逻辑经验论 [哲学] logical empiricism; 逻辑经验论者 logical empiricist; 逻辑矩阵 logic matrix; 逻辑卡片 logic card; 逻辑连接 logical link; 逻辑连接词 logical connective; 逻辑连接符 [数学] logical connectives; logical connector; 逻辑连结 logical connection; 逻辑矛盾 logical contradiction; 逻辑曲线 [统计学] logistic curve; 逻辑设备表 logical unit table; 逻辑设计 [自动化] logic design; logical design; 逻辑实证论 [哲学] logical positivism; 逻辑实证论者 logical positivist; 逻辑实证主义 logical positivism; 逻辑史 history of logic; 逻辑数学 logical mathematics; 逻辑思维 logical thinking; 逻辑特征 logical implication; disjunction; 逻辑条件语句 logical if statement; 逻辑图 [自动化] logic diagram; logical chart; 逻辑推演 logical deduction by reasoning; 逻辑网络 logical net (work); 逻辑文件 logical file; 逻辑项 logical term; 逻辑型 logical type; 逻辑形l grammar; 逻辑原子论 [哲学] logical atomism; 逻辑运算 logical calculus; logical operation; 逻辑障碍[心] paralogia; 逻辑哲学 philosphy of logic; 逻辑正确 logically true; 逻辑证明 logical proof; 逻辑值 logic value; logical value; 逻辑制表 logic tab; 逻辑重音 logical accent; 逻辑主义 logicism; logicistic; 逻辑主语 [语言学] logical subject
• "场量子" 英文翻译 :    field quantum; fundamental field particle
• "磁量子" 英文翻译 :    magnetic quantum; magnon
• "多量子" 英文翻译 :    multiple quantum
• "光量子" 英文翻译 :    (光子) light quantum; optical photon; photon
• "角量子" 英文翻译 :    azimuthal quantum number
• "局量子" 英文翻译 :    quantal
• "量子场" 英文翻译 :    quantized field; quantum field; quantum theory
• "量子点" 英文翻译 :    quantum dot
• "量子法" 英文翻译 :    quantal method
• "量子号" 英文翻译 :    kvant 2
• "量子化" 英文翻译 :    quantization; quantize◇量子化失真 [讯] quantization distortion; quantization noise; quantumization distortion; quantumization noise; 量子化误差 quantized error
• "量子井" 英文翻译 :    quantum well
• "量子筐" 英文翻译 :    quantum defect
• "量子力" 英文翻译 :    interpretation of quantum mechanics; quantum electrodynamics

• Quantum logic transformation based on spin - 1 2 states
  2态下的量子逻辑变换
• Probabilistic teleportation and guantum logical circuit of an arbitrary three - particle entangled state
  任意未知三粒子纠缠态的概率传递及其量子逻辑电路
• In the second part of this thesis we maily study the mappings on quantum logics and some related subjects
  第二部分主要研究量子逻辑上的映射及相关问题。
• On one hand , realizing and controlling a quantum logic gate is attended by people because of its inportance for quantum computation
  一方面，量子逻辑门的实现和控制因其在量子计算中的重要性而备受人们所重视。
• The key problem to the realization of the quantum computer is how to construct the quantum bit and how to accomplish the quantum logical operations
  制造实用量子计算机的关键问题是构造量子位以及对量子位进行量子逻辑操作。
• Using the evolution method , by solving the master equation analytically , we find that as the accuracy to implemente the logic gate operation is improved , the time needed is prolonged
  可是在量子逻辑门操作精度提高的前提之下，进行一次逻辑运算的时间被延长。
• 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
  研究以通用量子逻辑门组(即相移门和受控非门)作为计算基函数，构造新的量子神经计算网络模型。
• Based on the models used to deal with the interaction between the trapped ions and the laser , we investigate the physical foundation under the ion - trap computing and the evolution of the states of the trapped ions
  本文在简要总结了处理激光与原子相互作用的几种物理模型的基础之上，详细研究了运用离子阱中囚禁离子对进行量子逻辑非门操作的物理原理及其在此相互作用过程中量子态的演化规律。
• The quantum gate array is the natural quantum generalization of acyclic combinational logic " circuit " studied in conventional computational complexity theory . in 1995 , barenco showed that almost any two - bit gate is universal , so building a feasible two - bit logic gate is the first step to engineer a quantum computer . in principle , the quantum bit can be carried by any two states system
  在众多的量子计算机模型中目前讨论最广泛的是量子计算机门组网络模型，量子计算机门组网络模型是经典计算机门组网络结构的量子推广，它是根基于barenco等人所证明的“一个两比特受控操作和对单比特进行任意操作的门可以构成一个‘通用量子逻辑门组’ ”之上的。
• Due to the importance of the interferometer in implementing the logic gate operations , the coherent time of the system used as quantum bit must be as long as that to carry out the logic gate operations at least . the trapped ions meet the above demands , so it is the best candidate
  由于离子阱中超冷离子是处在一个近乎与世隔绝的空间中，它与外界的相互作用极弱，所以由环境引起的消相干近似可以忽略，因此囚禁离子阱中超冷二能级离子成为实施量子逻辑门操作的首选。