1) adiabatic computation
绝热计算
1.
An energy recovery circuit based on adiabatic computation principles is a effective way to overcome the CV2 barrier during a node transition with capacitance C.
基于绝热计算原理的能量回收电路是克服数字电路功耗CV2壁垒的有效途径,非绝热损失是能量回收电路的主要功耗来源,该文提出的IERL(ImprovedEnergyRecoveryLogic)电路以小电容节点的非绝热操作使大电容输出节点通过CMOS支路进行充电和回收,减少了输出节点的非绝热损失。
2) adiabatic computing
绝热计算
1.
This paper discusses the adiabatic computing principle in view of changing the mode of energy transmission in CMOS circuits.
从改变 CMOS电路中能量传输方式的观点出发 ,讨论了绝热计算原理 。
3) adiabatic quantum computation
绝热量子计算
4) non-adiabatic geometric quantum computation
非绝热几何量子计算
1.
Based on a rigorous theorem concerned on orthogonal superposition quantum state proved in this paper,an orthogonal state method is proposed to carry out the non-adiabatic geometric quantum computation.
基于本文给出的关于正交叠加态的一个严格定理,提出一种用正交态实现非绝热几何量子计算的方法,并用NMR旋转磁场下的自旋粒子和纳米非对称SQUID电路这2个二能级系统详细地演示了我们构造的量子门。
5) principle of engineering adiabatic computing
工程绝热计算原理
1.
According to the practical engineering requirement and taking consideration into nonlinear character, the authors present the principle of engineering adiabatic computing, instead of the principle of linear adiabatic computing.
从实际工程需要出发,考虑非线性的特点,提出工程绝热计算原理,代替线性绝热计算原理。
6) insulation design
绝热设计
1.
Adopting the 30m3 liquid oxygen vessel as the example, the insulation design was made with approximate theoretical calculation and the conclusion was educed that the vessel heat leakage was less than allowable calculated value of state liquid oxygen evaporation rate standard.
以30 m3液氧储槽为例,用近似的理论计算做绝热设计,得出该储槽漏热小于按国家标准液氧蒸发率计算允许值的结论。
2.
These provide basis for the insulation design engineer.
文章对管道绝热设计中基本设计参数确定,能量价格计算、绝热结构单位造价,绝热结构材料选择,绝热计算,热损失计算,绝热层外表面温度计算以及绝热结构设计进行了详细的介绍,为绝热设计人员提供了设计基础。
补充资料：洪水调节计算(见水库调洪计算)
洪水调节计算(见水库调洪计算)
hongshui tiaojie洪水调节计算J ISUan 见水库调洪计算。
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