The foundations of quantum mechanics were established during the first half of the 20th century by Max Planck, Albert Einstein, Niels Bohr, Werner Heisenberg, Erwin Schrodinger, Max Born, John von Neumann, Paul Dirac, Wolfgang Pauli and others.
在20世纪上半叶由马克斯·普朗克，艾伯特·爱因斯坦，尼尔斯·波尔，沃纳·海森堡，欧文·薛定谔，马克斯·博恩，约翰·万·诺埃曼，保罗·迪拉克，沃尔夫冈·泡利和其他人建立起来量子力学基础。
Bohr developed his theory using three concepts, all of which were at variance with the classical theories.
玻尔在发展他的学说时用了三个概念，都是与经典理论相矛盾的。
Since H. Bohr proposed the theory of almost periodic function, this field has been developed greatly.
自H。Bohr提出概周期函数理论以来，这一领域得到了很大的发展，其发展过程的一个主要特点就是其函数范围不断扩大。
For example, in general terms, as the angular momentum of the Bohr hydrogen atom quantum theory of the third assumption, In fact it is introduced to the Bohr from the correspondence principle, do not think it is a basic assumption.
比如，现在一般把角动量量子化的条件作为玻尔氢原子理论的第三个假设，而实际上它是玻尔从对应原理中推出来的，并不认为它是一个基本假设。
Week 14 Regular nature of hydrogen atomic spectrum and Bohr hydrogen atom theory, wave –particle dualism of matter and uncertainty relation
第14周氢原子光谱的规律性和玻尔的氢原子理论；实物粒子的波粒二象性和不确定关系。
The Bohr theory, with its strong flavor of elementary classical mechanics, formed an important bridge between classical physics and present-day atomic theory.
玻尔理论具有强烈的初等古典力学的气味，这就构成了古典物理和近代原子理论间的一座重要的桥梁。
To understand the atmosphere of the time, one must realize the extraordinary predicament physics found itself in, shortly after Niels Bohr published his theory of Atomic Structure.
要了解当时的气氛，必须知道自从1913年玻尔提出了他的原子模型以后，物理学即进入了一个非常时代：牛顿
In this paper, an object of study in EDN, the square barrier model is set up, the mechanism of electron tunnel effect is discussed in EDN, and the explanation of Bohr quantum theory is given on the spark phenomenon in EDN.
以电火花线切割加工为研究对象，通过建立方势垒模型，阐述了电火花加工中的电子隧道效应机理，并对放电加工中出现的火花现象给出了Bohr的量子论解释。
Previous studies by others and this laboratory on the allosteric effect of hem oglobins have suggested that the electrostatic replusive cavity at the center of tetrameric moiety plays a substantial role in regulating O2 transport prope rties, including chloride binding, and Bohr effect.
中文摘要过去对血红蛋白异位调节效应的研究指出，在血红蛋白四合体中央空腔的区域的静电排斥效应对分子机能的调节如氧合时氯离子的键结和波尔效应，扮演著一个很重要的角色。
Bohr insisted, in effect, that not only do we see the world through a glass darkly but that this shadowy and indefinite view is as real as anything gets.
波耳强调，实际上我们不只是透过一副漆黑的眼镜在看世界，而且眼前的黑影与不确定的景色，就和一般实物同样真实。
The Bohr effect H+, CO 2 and 2, 3-bisphosphoglycerate are allosteric effectors, promting the release of O 2 from hemoglobin.
玻尔效应：H +、CO 2 和 2 ，3-二磷酸甘油酸是变构效应剂，促进从血红蛋白释放 O 2 。
After the analysis this paper holds that the conclusion in line with Bohr Theory can be drawn only if one employs the symmetry satisfied by standing wave condition of circinal string vibration to strength the condition of forming the standing wave when handling angular momentum of the motion of electron going round nucleus in a circle.
提出应该利用封闭弦振动的驻波条件满足的对称性，以加强形成驻波的条件，来处理电子绕核作圆周运动角动量的量子化问题，才能得出与玻尔理论一致的结论。
Thegeneral study of nuclear structure, including the study of state and the newest development of deformed nucleus, is briefly introduced at the beginning of this article. Bohr quadrupole deformation theory has been deduced in detail. Then based on Bohr model, group kinetic energy and potential energy expression of nuclear in the condition of small deformation was deduced.
本文首先简单介绍了核结构领域的一些研究概况，包括形变核的研究现状及其最新进展，详细推导了Bohr四极形变理论，在Bohr模型基础上(假定原子核是理想不可压缩的无旋流体)，导出原子核在小形变条件下的集体运动动能和势能表达式。
Combining the idea of quantization and the semi-classical hydrogen model of Bohr, the structure of atom is described. Solving the Schrodinger equation, the deduced wave function is related to the probability of finding the electron in space, a particle in the potential well and in a box. The concept of atom is expanded to the molecular and the energy band theory of solid state physics.
经由波尔之半古典的氢原子模型，结合量子化的概念以解释原子结构，并引入薛丁格方程式所求得之波函数与电子之空间机率的关系描述粒子波动特性，进而探讨位能井与氢原子光谱模型。
The Bohr magneton, calculated using the mass and charge of the electron.
鲍尔磁子，用电子的质量和电荷来计算
In Tibetan chicken, the heart and lung were bigger, and the right heart index was in normal scope. Increased the efficiency of O_2 transportation with higher RBC and MCHC, and lower Hct, MCV and MCH, the T have adapted to hypoxic condition. The blood contents of T were low, and the values at highland and lowland were similar, but the blood content of other groups at high altitude decreased significantly comparing with that at lowland, which was contributed by depressed plasma content. With lower venous pH, and higher venous P_(CO_2), and lower venous and arterial P_(O_2) in high altitude, the T wasbetter to unload O_2 to tissues by blood, and had greater tension of driving O_2 to enter into blood in lung, which was favorable for transporting O_2 efficiently.
T的心脏和肺较大，右心指数正常；血液RBC和MCHC较高，Hct、MCV和MCH较低，提高了血红蛋白运送氧的效率来适应低氧生活。T血量低，但高海拔与低海拔相差不大，还略有上升趋势；但其他鸡种高海拔时血量明显降低，降低的原因是血浆容积的减少。T在高海拔环境中静脉血pH低、P_(CO_2)高，动、静脉血P_O_2，均低，说明血液在组织卸载氧的能力强，肺内驱动O_2进入血液的压力差较大，血氧亲和力强，Bohr效应高，有利于O_2的高效运输。T的心肌组织LA和LDH活性低，SDH活性高，说明心肌细胞对无氧代谢依赖性低，能高效利用组织中的氧。T肺NOS活性高，不易发生高原性肺动脉高压和右心肥大。
Quantum dots are semiconductor nanocrystals with physical dimensions smaller than the exciton Bohr radius.
量子点是指半径小于或接近于激子玻尔半径的半导体纳米晶粒。
As their sizes are smaller than the bulk exciton Bohr radius, theyexhibit many unique optical, electrical and chemical properties, giving rise tonumerous potential applications in physics, chemistry, biology and medicine.
由于粒子的尺寸比体相材料激子的波恩半径还小，因此表现出非常独特的光、电和化学性质，在物理，化学，生物，医药等许多方面有着巨大的应用价值。
Quantum dots are a kind of semiconductor nanopaticles with the radius equal to or less than the exciton Bohr radius. They have tremendous potential in the field of biology and medicine because of their unique and tunable optical properties (broad excitation spectrum, narrow emission spectrum, precise tunability of their emission peak and negligible bleaching, etc) as new fluoresent probes.
量子点是半径小于或接近于激子玻尔半径的一类半导体纳米晶，作为一种新型的荧光标记物，其独特和可调谐的光学特性（宽的激发光谱、窄的发射光谱、可精确调谐的发射波长以及可忽略的光漂白等）使其在生物和医学方面显示出巨大的应用潜力。
The small band gap and the large Bohr radius of lead chalcogenides enable unique optical, electrical, and chemical properties, presenting this family of materials as a good candidate for potential applications in solar cells, thermoelectric devices, telecommunication, field effect transistors and biological imaging.
IV-VI族铅的硫属化合物半导体纳米材料，由于他们较小的能带间隙和较大的激子波尔半径，这类材料在太阳能电池，热电器件，电子通信，场效应晶体管，生物成像技术上有很广泛的潜在应用价值。