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ATOM INTERFEROMETER AND ATOMIC INTERFERENCE MEASURING METHOD
ATOM INTERFEROMETER AND ATOMIC INTERFERENCE MEASURING METHOD
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机译:原子干涉仪和原子干涉测量方法
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摘要
PROBLEM TO BE SOLVED: To provide an atom interferometer of high sensitivity by a single mode atom waveguide solving a problem of loss of coherence caused by the interatomic collision.;SOLUTION: An atom waveguide 102 and an atom waveguide 103 constituted of wires of niobium (Nb) or the like are provided on a substrate 101 consisting of crystals of Al2O3 of sapphire or the like. The atom waveguide 102 and the atom waveguide 103 constitute a closed loop circuit by the superconductivity. The atom waveguide 102 and the atom waveguide 103 are provided close to each other while having areas facing each other. In the area in which the atom waveguide 102 and the atom waveguide 103 are opposite to each other, an atom trapping area 111 is arranged on one end side, an atom observing area 116 is arranged on the other end side, and an interference area is arranged therebetween.;COPYRIGHT: (C)2010,JPO&INPIT
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机译:要解决的问题:通过单模原子波导提供一种高灵敏度的原子干涉仪,以解决由于原子间碰撞而引起的相干损失的问题。解决方案:原子波导102和由铌丝构成的原子波导103(在由蓝宝石等的Al 2 Sub> O 3 Sub>的晶体构成的基板101上设置Nb)等。原子波导102和原子波导103通过超导性构成闭环电路。原子波导102和原子波导103设置为彼此靠近,同时具有彼此面对的区域。在原子波导102和原子波导103彼此相对的区域中,在一个端侧布置有原子俘获区111,在另一端侧布置了原子观察区116,并且干涉区是版权:(C)2010,JPO&INPIT
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