1)  idle
空闲
1.
0, when the idle time reach the setting value.
监视键盘和鼠标的动作,当其空闲时间达到设定值时,用delphi7。
2)  idle time
空闲时间
1.
Optimization controlling algorithm of shortening idle time for the dynamic assembly scheduling;
缩短空闲时间的动态装配调度优化控制
2.
An algorithm of shortening idle time for the assembly problem;
基于缩短装配设备空闲时间的车间装配方法
3.
A new technique,rheometer equipped with a four-blade vane test fixture was used to investigate the idle time of cross-linking polymerization of acrylamide.
使用装备自制的四叶片旋转叶片的应力控制流变仪测试过硫酸铵和四甲基乙二胺氧化还原体系作为引发体系引发丙烯酰胺自由基聚合过程的模量变曲线,得到聚合反应的空闲时间(idle time),交联剂为N,N’-亚甲基双丙烯酰胺。
3)  idle resource
空闲资源
1.
An architecture named SkyHawk-CSF based on CSF4 both for scheduling cluster resources and idle PC resources for computational grid environments was proposed in this paper,which expands both the idle resource management adapter called SHIRM adapter and idle PC resource manager called SHIPC and improves metascheduler.
由于基于集群的网格任务调度系统扩展性有限,同时在互联网上存在大量廉价的空闲PC资源得不到有效利用,针对以上情况,提出了一种对集群和空闲PC资源联合调度的体系结构SkyHawk-CSF,它在开源的社区调度框架CSF4的基础上扩展了调度空闲PC资源的空闲资源管理适配器SHIRM Adapter和空闲PC资源管理器SHIPC,并对元调度器作了相应的修改。
4)  idle mode
空闲状态
1.
By defining the workstation operating mode as congesting model and idle mode,the availability model based on bandwidth and time slot is established.
通过定义工作站“拥塞状态”和“空闲状态”,建立基于网络带宽、时隙的可用度模型。
2.
On the basis of this problem, this thesis provides the method to settle the mobile going in out-of-service in idle mode in CDMA system.
本文正是在考虑到以上问题的基础上,提出了解决CDMA系统手机空闲状态脱网的方案。
5)  idle time
空闲时段
6)  spare capacity
空闲容量
1.
The basic types of p-cycle and the definitions of spare capacity and localmap are introduced.
基于网状光网络p圈保护算法,研究了常见简单p圈和空闲容量分配的常见问题,介绍了光网络中局部图概念,针对如何在光网络拓扑中优化配置p圈,提出获得更多性能优良圈的局部图扩展算法和工作容量约束下启发式p圈空闲容量分配算法。
2.
The basic types of p-cycle and the definition of spare capacity are introduced.
基于Mesh光网络p-cycle保护算法,研究了常见简单p圈及空闲容量的相关性能,针对如何在光网络拓扑中优化配置p圈问题,提出了获得更多性能优良圈的圈扩展算法和基于空闲容量的p圈启发式分配算法。
3.
In this paper, to solve the shortcomings of current ATM capacity management for survivability, a new mechanism (named CMGCSS) is presented, which is based on survivability importance of various services, and is composed of capacity preemption during restoration and spare capacity placement in advance.
文中针对当前研究中已提出的ATM 网络生存性资源管理机制的不足,基于网络中各种服务不同的生存重要性,引入了故障恢复过程中的资源剥夺,并改进了预先的空闲容量规划,形成了新的生存性资源管理机制(记作CMGCSS)。
参考词条
补充资料:空闲受体
分子式:
CAS号:

性质:又称空闲受体。当药物分子与受体结合数,少于结合部位的受体总数,这种未被结合的多余受体称储备受体。一个高效能激动剂只要占领少部分受体即可产生最大效应,因此当拮抗剂存在时,只要存在储备受体,不影响高效能激动剂产生最大效应。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。