CT studies showed that the frontal horn index, maximum width of the third ventricle, the intermastoid ratio and global atrophy in patients with bipolar disorder were similar to that in the patients with schizophrenia.
结果显示，双相情感性精神障碍和精神分裂症病人前角指数、第三脑室最大宽度、乳突间比值和脑萎缩差异均无显著性（P＞0.05）。
There is variation in Event-related potential P300 with schizophrenic, and the variation is related to schizophrenic itself, not the medications. 2, There is variation in the many process of information processing with schizophrenic. 3、Probably parietal lobe damaged more seriously than frontal lobe and central lobule in schizophrenic. 4, The variation degree of amplitude and latency in P3 is not related to the serious of clinical symptoms to some degree. 5、The inter-peak amplitude of P2-N2 is related to the severity of negative symptom to some degree. 6, The characters of Event-related potential P300's index is different:① The latency of P3 and amplitude of P3 and inter-peak latency of P2-N2 are probably genetic index of schizophrenic, they may contribute to explore the pathogeny, screen and monitor the high-risk group; ②Inter-peak amplitude of P2-N2 is probably state index, it can be used to observe the clinical curative effect; ③Inter-peak amplitude of P2-N2 is mainly genetic index, but it is affected by symptoms. 7、It ispossible that the Event-related potential P3oo should be recorded when the schizophrenic patientsare fully recored and stop taking medicine so that the property of P300 can be finally identified.
精神分裂症患者事件相关电位P300存在异常改变，该异常改变并非药物所致，而是精神分裂症本身所致。2、精神分裂症患者多个信息加工过程存在异常。3、精神分裂症患者可能顶叶较额叶、中*央叶的功能损害严重。4、P3波幅和P3潜伏期的变异程度不能反映精神分裂症患者临床症状的严重性。5、P2-N2峰间波幅在一定程度上可反映精神分裂症阴性症状的严重性。6、事件相关电位P300中指标的性质各不相同：①P3潜伏期、P3波幅隔及P2-N2峰间潜伏期是精神分裂症属性指标的可能性大，以上指标不能用于指导治疗及疗效判断，可用于病因病机的探讨、高危人群筛查监测、高危人群早期预防及早期干预：② P2-N2峰间波幅是状态性指标的可能性大，可试用于临床疗效的观察；③ N2-P3峰间波幅可能是在属性指标的基础上掺杂了症状成分的影响。7、可能需要在精神分裂症患者临床痊愈停止服用抗精神病药物以后，继续进行事件相关电位P300检测，才能真正明确P300指标的属性问题。
We calculated functional language laterality index by taking out the inferior frontal gyrus, inferior parietal lobe and superior and middle temporal lobe.
并分别提取出左右大脑半球额下回后部、顶下小叶和颞上、中回，计算总的激活区体积，计算语言功能偏侧化指数(laterality index，LI)。
High load high temperature resistant, good performance, and braking stability, mud in winter and bad conditions, the disc brake driving drum brake easier than in a relatively short period of time to stop the car Can collapse in vehicle principls shrinkage occurs when the frontal impact crushing forward, to ensure the shrinkage crew chest from harm CAE simulation technology for application of the original design, the change process, CAE analysis method and combining with engineering design, analysis and design, CAE and the integration of CAD most of the vehicle in the design phase problems can be resolved through simulation, can be in concept design phase is accurately forecast and control components and vehicle performance and reliability, thus in the development initial can make the future product performance and structure index guaranteed.
高负载时耐高温性能好，制动效果稳定，而且不怕泥水侵袭，在冬季和恶劣路况下行车，盘式制动比鼓式制动更容易在较短的时间内令车停下可溃缩式转向柱会在车辆发生正面碰撞的时候向前溃缩，以保证乘员胸部免受伤害 CAE仿真技术进行的全面应用，改变了原来的设计方法和流程，CAE分析和工程设计紧密结合，实现了分析与设计同步、CAE与CAD的一体化使车辆的大多数问题都可以在设计阶段通过仿真得到解决，可以在概念设计阶段就精确地预测和控制零部件乃至整车的性能和结构可靠性，从而在开发初期就能使未来产品性能和结构指标得到保证。
The counts ratio between the left frontal lobe via the cerebellum was a very important index to distinguish between the middle AD patients and severe AD ones according to the degree of hypometabolism.
轻度AD只有顶叶受累，中度和重度AD颞叶和额叶也受累，其中左额叶与小脑的计数比值减低程度是区别中度和重度AD的重要指标。
Car occupant kinematics and dynamics response in vehicle frontal impact were studyed, the kinetic parameters relating to human injury severity and occupant head injury index HIC, value of chest acceleration in 3 ms, etc, were analyzed.
研究了轿车正面碰撞事故车内乘员的运动学和动力学响应过程，分析了与人体伤害部位相关的动力学参数及乘员头部伤害指标HIC值、胸部3ms内的加速度等伤害指标。
Perseverative error was a major index reflecting frontal lobe function.
持续错误数是反映额叶功能的一项最主要的指标。
Analysis of correlation between occipital and frontal bispectral index values during neurosurgery
神经外科手术中枕部与额部脑电双频指数相关性分析的研究
Results Univariate analysis showed that cerebrovascular lesions, bilateral frontal white matter lesions (WML) and ventricular index on CT scan had significant difference between MCI and NC.
结果单因素分析显示脑血管病变、双侧额区白质病变评分及脑室指数在两组之间差异有显著性意义（P<0.05）。
Meanwhile a clear head, low energy factor, temporal lobe synchronization, frontal superiority, quiet degree, composite index, electroencephalogram (EEG) coherence function are also obviously declined.
同时高清醒度、低活力系数、颞同步化、额优势化、安静度、综合指标、脑电相干函数下降也都非常显著。