1) time-domain regulation method
时域校正法
1.
A time-domain regulation method of fractional steps is proposed.
提出了一种分步时域校正法。
2) Time correction method
时间校正法
3) simultaneous correction
同时校正法
1.
Computer simulation of separating traces of thiophene from benzene is performed by the methods of three diagonal matrix and simultaneous correction, based on the determination and optimized estimation of the involved experimental data.
本文在相关实验数据的测定及优化拟合的基础上 ,用三对角矩阵及同时校正法对脱除苯中微量噻吩的萃取精馏过程进行了模拟计算。
2.
The extractive distillation colum was calculated with SC(Simultaneous Correction)method, the optimun opreating conditions of distillation colum was obtained and can be provided the basis for scale-up design in the industrialization experiment.
根据Ｎ－甲基吡咯烷酮，苯和烷烃间汽液平衡数据的研究，提出以Ｎ－甲基吡咯烷酮为溶剂萃取精馏分离焦化苯中微量烷烃的流程，采用同时校正法对萃取精馏塔进行模拟计算，得出萃取精馏塔的优化操作条件，为分离焦化苯中微量烷烃的工业化实验提供了依据。
4) temporal correction coefficient
时域校正因子
1.
By introducing the temporal correction coefficient, which is defined as the ratio between the closed loop wavefront residual error and the open loop error induced by atmospheric turbulence, and the measured signal to noise ratio, the temporal correction effectiveness of adaptive optical system for light wave atmospheric propagation is studied.
引入时域校正因子 (系统团环校正波前残余误差与系统开环时的湍流波前扰动误差之比 )和系统测量信噪比 ,分析了自适应光学系统对实际大气湍流扰动的时域校正效果与湍流功率指数、湍流功率谱转折频率、系统测量信噪比、系统时间延迟以及系统闭环带宽的关系 ,并给出了系统的最佳闭环带宽。
5) real-time corrected value method
实时校正量法
1.
In this paper,real-time corrected value method,Kalman filtering method and simulating feedback real-time correction method are applied for the real-time co-correction of the prediction results of Xin anjiang Model in the Zengjiang basin,and the three re.
采用了实时校正量法、卡尔曼滤波法、反馈模拟实时校正法对增江流域的新安江模型预报结果进行了实时校正,并将这3种结果进行比较分析。
6) range walk correction in time domain
时域距离走动校正
补充资料：时间分解测光法校正背景
分子式：
CAS号：
性质：利用脉冲空心阴极灯发射瞬态特性：放电开始后，分析线波长λ1强度上升和衰减迅速；邻近线λ2滞后数微秒。依时间分散顺序，先测定λ1基态原子吸收及背景吸收总信号；数微秒后，再测定λ2背景吸收信号。分别由脉冲放大器放大，经差分处理，可自动扣除背景吸收。
CAS号：
性质：利用脉冲空心阴极灯发射瞬态特性：放电开始后，分析线波长λ1强度上升和衰减迅速；邻近线λ2滞后数微秒。依时间分散顺序，先测定λ1基态原子吸收及背景吸收总信号；数微秒后，再测定λ2背景吸收信号。分别由脉冲放大器放大，经差分处理，可自动扣除背景吸收。
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