| 1. | Traffic flow capacity at unsignalized intersection of road
无信号交叉口通行能力 |
| 2. | Repair no output signal on universal scintillation detector fj
型通用闪烁检测器无信号输出故障修理 |
| 3. | Why are you wasting your time with that thing ? there ' s no signal
你做乜仲响度浪费时间?依度无信号架啦 |
| 4. | Critical gap investigation at unsignalized intersections in china typical region
中国典型地区无信号交叉口临界间隙调查 |
| 5. | Characteristic analysis of pedestrian crossing unsignalized crosswalks at urban arteries
城市干道无信号控制人行横道行人过街特性分析 |
| 6. | If the criteria have not been met , the calling thread enters the wait state
换言之，一旦这些对象变为有信号并且有一个线程被唤醒，则对象重被置为无信号状态。 |
| 7. | If the object ' s state is nonsignaled , the calling thread enters the wait state
换言之，一旦这些对象变为有信号并且有一个线程被唤醒，则对象重被置为无信号状态。 |
| 8. | In addition , the solutions are given to the calibration of the weight of other types of nodes , such as interchanges , grade crossings with turn ramp , unsignalized intersections which the main traffic has priority , and entrances / exits of urban expressway
此外，针对互通式立交、 “立交平坐”路口、主要道路具优先权的无信号交叉口、快速路出入口等类型的结点，对其结点权重的标定方法，提出了相应的解决方案。 |
| 9. | It is found that the existence of a maximum in the snr is the identifying characteristic of the sr phenomenon . " the main - unexpected - - novelty is the dependence of the effect on initial condition . " ( report of the phys . rev . e referee ) the coherence resonance ( cr ) and the stochastic resonance ( sr ) phenomenon in a globally coupled fitzhugh - nagumo neurons model are studied
Ohyreve审稿人语）在对fhn神经模型的共振现象研究中，我们考虑一个存在耦合的多个神经细胞相互作用的神经网络，利用平均场理论和概率跃迁理论，得到了神经系统在无信号和有周期性信号的两种倩况下的静息电位。 |
| 10. | In the absence of signals , there is a transition phenomenon hi the firing rate which is only occurred under condition of the coupling between each neuron units , and there are two regions in the transition diagram of noise intensity and coupling strength plane : one is the non - sensitive to both noise intensity and coupling strength region , the other is the sensitive one
发现了由于耦合的存在，增大噪声强度会导致相变。同时进一步研究了在无信号输人的情况下，神经系统的激发率随噪声强度和耦合强度的变化，发现了在一定的噪声强度的作用下，神经系统的激发率到达一个峰值，即存在“同步共振”的现象。 |
