1) gear algorithm
Gear算法
1.
A symbolism simulation system design theory based on gear algorithm;
基于Gear算法的一个符号化仿真系统设计原理
2.
Based on some rule,the improved GEAR algorithm established multipath from the source node to the target region,at the same time,it can avoid the identical node encountering the same hole again.
改进的GEAR算法从均衡网络流量出发,根据规则建立了从源节点到目标区域的多条路径,并且避免了同一节点重复面临同一路由空洞问题。
2) GEAR method
GEAR方法
1.
By adopting the GEAR method as a means of s olving the equation and by comparing with experimental results, the dynamic mode l established in the paper is found to be valid.
对含间隙的凸轮分度机构动力学模型进行了深入研究 ,建立了计及间隙与阻尼等多种影响因素的凸轮分度机构非线性动力学方程 ,并采用 GEAR方法进行了求解计算 ,经与实验测试结果分析比较 ,验证了本文建立的动力学模型是正确
2.
In order to exactly analyse the motion of ball rotor with high efficiency,a certain fuze ball rotor was taken as an example,the differential equations were numerically simulated by Gear method and Runge-Kutta method with different parameters and integral precision.
为了准确、高效地分析球转子的运动过程,以某火炮引信球转子为例,针对不同参量和积分精度,对比地应用了Gear方法和Runge-Kutta方法,对该方程组进行了数值模拟。
3.
Based on GEAR method,this paper presents the numerical calculation method for solving dynamics differential equations of gear systems.
本文基于Gear方法对齿轮系统非线性动力学微分方程进行了数值计算分析。
3) Computer program of Gear's method
Gear方法程序
4) Gear's method with variable steplength
变步长Gear方法
5) headgear activator
Head-gear Activator
6) GEAR protocol
GEAR协议
1.
Improved method for GEAR protocol in wireless sensor networks;
无线传感器网络GEAR协议的一种改进方案
2.
This article analyzed the needs of routing,choosed GEAR protocol as the research object,this paper improved the GEAR protocol according to actual demand,and put forward a network model with mobile nodes by introducing polar coordinate system,established two simulation environment,and It will improve the security of communication.
分析了矿井的路由需求,选择了基于位置信息可知的GEAR协议作为研究对象,对GEAR协议进行了改进,引入极坐标系从而提出了一种带移动节点的网络模型,使其更符合煤矿井下的要求。
补充资料:internal gear pump
分子式:
CAS号:
性质:一种齿轮泵。由一个外齿轮和一个内齿轮相啮合而输送液体。与外啮合齿轮泵相比,结构紧凑,体积小,吸入性能好。但齿形复杂,加工困难。一般用于高空液压系统中,如飞机的液压系统等。
CAS号:
性质:一种齿轮泵。由一个外齿轮和一个内齿轮相啮合而输送液体。与外啮合齿轮泵相比,结构紧凑,体积小,吸入性能好。但齿形复杂,加工困难。一般用于高空液压系统中,如飞机的液压系统等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条