This paper illustrates students' test anxiety attributable to test itself from four aspects of testing procedure — planning, preparing, administrating, and scoring. It is the test anxiety that impedes effective a...This paper illustrates students' test anxiety attributable to test itself from four aspects of testing procedure — planning, preparing, administrating, and scoring. It is the test anxiety that impedes effective and successful testing performance of students and further causes measurement error. All educators endeavor to eliminate measurement error and expect no biased results or decisions based on students' observed scores. Therefore, suggestions to solve such problems are provided here.展开更多
Several results on optical-axis perturbation and elimination of the mismatching error C of a monolithic triaxial ring resonator （MTRR） are reported. Based on the augmented 5×5 ray matrix method, by simultaneous...Several results on optical-axis perturbation and elimination of the mismatching error C of a monolithic triaxial ring resonator （MTRR） are reported. Based on the augmented 5×5 ray matrix method, by simultaneously considering axial displacement of a mirror and the misalignments in three planar square ring resonators of a MTRR, the rules of optical-axis perturbation are obtained. The mismatching error C of the MTRR is eliminated. The results obtained are important for cavity design, as well as in the improvement and alignment of MTRR.展开更多
文摘This paper illustrates students' test anxiety attributable to test itself from four aspects of testing procedure — planning, preparing, administrating, and scoring. It is the test anxiety that impedes effective and successful testing performance of students and further causes measurement error. All educators endeavor to eliminate measurement error and expect no biased results or decisions based on students' observed scores. Therefore, suggestions to solve such problems are provided here.
基金supported by the National Natural Science Foundation of China under Grant Nos.60608002and 60608002
文摘Several results on optical-axis perturbation and elimination of the mismatching error C of a monolithic triaxial ring resonator （MTRR） are reported. Based on the augmented 5×5 ray matrix method, by simultaneously considering axial displacement of a mirror and the misalignments in three planar square ring resonators of a MTRR, the rules of optical-axis perturbation are obtained. The mismatching error C of the MTRR is eliminated. The results obtained are important for cavity design, as well as in the improvement and alignment of MTRR.
