1.In this paper, we propose an all optically cooled and trapped 133 Cs BEC scheme, which is composed of a pyramidal hollow beam gravito optical trap (PHB GOT) from a diode laser ( λ =0.852 μm) and a conical hollow beam (CHB) GOT from an Ar + laser ( =0.5013 μm).
该方案主要由一个来自半导体激光 (λ=0 85 2 μm)的倒金字塔形中空光束重力光学囚禁 (pyramidal hollow beam gravito opticaltrap ,缩写为PHBGOT)和一个来自Ar+ 激光 ( λ =0 5 0 13μm)的圆锥形中空光束重力光学囚禁 (conical hollow beam gravito opticaltrap ,缩写为CHBGOT)组成 .
2.Diagnostic Neutral Beam (DNB) equipment can provide TOKAMAK with neutral beam for diagnostic. The running parameters of plasma can be analyzed by impinging plasma of TOKAMAK with diagnostic neutral beam.
诊断中性束(Diagnostic Neutral Beam,简称DNB)装置用于对TOKAMAK提供诊断的中性束流,此束流轰击TOKAMAK中的等离子体,借以分析等离子体的运行参数。
3.In this article we report 52 cases of sporadic encephalitis patients examinating with Elec troencephalogram (EEG) and Brain Electrical Activity Mapping (BEAM), the results show that the abnormality rate of EEG in these patients is 94. 2% (49/52) and of BEAM is 100%, therefore,BEAM is more sensitive in diagnosis of sporadic encephalitis, but combine these two examinations may be more useful for clinical diagnosis.
本文报道我院1991年1月～1993年12月收治的52例散发性脑炎住院患者。 将其脑电图（EEG）和脑电地形图（BEAM）检查结果进行临床对比分析。
4.LINK8 to be adopted for the rod unit. BEAM188 to be utilized for beam unit. LINK10 to be adopted for the cable unit.
杆单元采用LINK8,梁单元采用BEAM188,索单元采用LINK10。
5.The method based on beam split to measure height of target with meter-wave radar can only be used for low elevation range(1°~11°). In order to resolve the problem,a new method which combines digital beam forming(DBF) technology with the foregoing method to increase measurable elevation range is presented in this paper.
针对基于波瓣分裂的米波雷达测高方法只能在低仰角范围内(1°~11°)测高的问题,提出一种将数字波束形成(DBF,Digital Beam Forming)技术与波瓣分裂相结合的米波雷达测高方法,以扩大仰角测量范围(1°~25°)。
6.The BPM system in 100MeV linac includes BPM(Beam position monitor),BPM front-end electronics, BBC module,RF switch module and AD module．The BPM front-end electronics and the detailed design of the data acquisition system are presented in this paper.
100MeV直线加速器束流位置探测器系统包括BPM(Beam position monitor)、BPM前端电子学、基于束流的准直模块(Beam based calibration,BBC)、高频信号切换模块和AD模块。 本文详细介绍了BPM前端电子学和数据采集系统设计。
7.Beam balance (BBT)and bean walking (BWT) were measured on 1 - 5 days after injuryed to assess vestibulomotor function, coordinated walking ability, learning and memory behavior after CC.
应用平衡木(Beam Balance test，BBT)及噪音横杆跑动试验(Beam Walking test，BWT)，分别检测和伤后1～5天的平衡时间(Balance Latency，BL)以及步入黑箱的潜伏期(Step Through Latency，STL)的改变。
8.This article compares the change of EEG, BEAM with that of CT or MRI in 54 patients with brain lacunar infarction. The result showed that BEAM was inferior to CT or MRI in the value of location, but superior and anterior in reflecting the change of cerebral function.
对54例经颅脑CT(X线电予计算机断层扫描)或MRI(核磁共振成象)检查确诊为多发性腔隙性脑梗塞病人的EEG(脑电图)、BEAM(脑电地形图)检查结果进行了对比分析。
9.ZnO thin films can be deposited by various methods, such as sputtering, e-beam evaporation, spray pyrolysis, sol-gel, pulsed laser deposition (PLD), metalorganic vapor phase epitaxy (MOVPE), molecular beam epitaxy (MBE), atomic layer epitaxy (ALE), etc.
制备ZnO薄膜的方法有很多，包括：溅射方法(sputtering)、金属有机气相外延(MOVPE)、分子束外延(MBE)、脉冲激光沉积(PLD)、原子层外延(ALE)、等离子体加强化学气相沉积(PECVD)、溶胶-凝胶法(soll-gel)、喷涂热解法(spray pyrolysis)、电子束蒸发法(e-beam evaporation)等等。
10.METHODS:The BEAM-EEGs of 39 normal elderly people were examined by using the Concerto SEEG-16 channels BEAM machine(Danmark).
方法:应用丹麦ConcertoSEEG-16首脑电地形图仪,对39例正常老人的BEAM-EEG作了检测。
