1.
Test and verification of temporal aberration theory for electron optical imaging systems by an electrostatic concentric spherical system model
静电聚焦同心球系统验证电子光学成像系统的时间像差理论
2.
Seidel third order theory of aberration
塞德耳三级像差理论
3.
Theoretical and Experimental Investigation of Wavefront Aberration of Pulse Compression Grating;
脉冲压缩光栅波像差理论与实验研究
4.
Computation of temporal aberration coefficients of electrostatic concentric spherical electron optical system
静电同心球电子光学系统时间像差系数的计算
5.
A Contrastive Study of Conception of Time and Point of Reference in Russian and Chinese;
论俄汉时间认知方式与参照点的差异
6.
Lie Algebraic Treatment of Optical Systems in Higher Aberration Orders;
李代数理论对一般光学系统像差的处理
7.
But not all of the gap between Europe and America can be explain- ed by the time-lag theory.
但是，欧洲与美国之间的所有隔阂，并非都可以用时间差的理论予以解释。
8.
Handled the itinerary schedule of the general manager.
安排总经理的出差旅行计划时间表。
9.
There remains a tiny discrepancy between theory and observation.
理论和观测之间仍存在很小的差异。
10.
Error study on color space conversion using Taylor's theorem
基于泰勒理论的色空间转换误差研究
11.
Any change in the circadian cycle (such as jet lag and other conditions associated with travel) requires a certain period for readjustment
日夜节律的改变(像是时差与其它旅行相关状况)需要一段时间调整。
12.
Calibration method of camera instrinsic parameters based on binocular parallax theory
利用双目视差理论的摄像机参数标定方法
13.
INVESTIGATION OF THE REASONABLE TIME INTERVAL FOR LONG HOLE MILLISECOND BLASTING OF TUNG ANSHAN IRON MINE
东鞍山铁矿深孔爆破合理微差间隔时间的研究
14.
Reasonable delay time of bench microsecond delay blasting
露天台阶爆破中合理微差间隔时间的确定
15.
ECT Image Reconstruction: A State Space Framework;
基于状态空间理论的ECT图像重建
16.
Aberration Theories and Subwavelength Imaging Experiments for Negative-Index Lenses;
负折射率介质透镜的像差理论及亚波长成像实验
17.
On Theory of Paraxial Lateral Aberrations of Electrostatic Imaging Electron Optics Based on the Asymptotic Solutions
基于渐近解的静电成像电子光学近轴横向像差理论
18.
Theoretical model calculation shows that the distinquishable bed thickness esti- mated using seismic interval transit time is 1/8～1/4 wave length.
经理论模型计算,用时差估算薄层厚度的分辨率在1/8～1/4波长之间。