After annealing in a rotating field, the initial permeability of films is not less than 3000, at the field up to 10 MHz, and they show a good frequency response!

The calculating results of models showed that the method greatly improved the robustness and the stability of inversion system and made the inversion system show a good behavior.

Results: The muscone show a good linear relationship at range of 0.01264 ～ 0.2527 mg/ml, Y=460.14X+0.8469, r=0.9997. The average recovery was 97.53% (RSD was 2.46%, n=5) for muscone.

The CdSe NCs obtained which show a good PL property are monodisperse, size-tunable and of high crystallinity.

The kinetic model is validated by an industrial unit with sets of plant data under different operating conditions and simulation results show a good agreement between the model predictions and the plant observations.

The results of calculations show a good agreement with experiment.

The results obtained show a good outlook for the broad hole burning technique for studying low-temperature photoreactions and illustrate the diversity of photoreactions occurring in specific chromophore-matrix pairs.

The results of theoretical modeling show a good qualitative and quantitative agreement with the experimental data.

In this paper, the hybrid plane stress rectangular Element and hybrid bending rectangular element defined by the linear stress are selected. By combining them, we can obtain the hybrid shell elemeut hmsl, and then use it for the analysis of cylindrical shell having perpendicular edge and three-di- mensional panel structures. The basic principle of the method, the formula's derivation of the node force having prestrain in the neutral plane of the shell, the discussion of the effect of the hole in the element...

In this paper, the hybrid plane stress rectangular Element and hybrid bending rectangular element defined by the linear stress are selected. By combining them, we can obtain the hybrid shell elemeut hmsl, and then use it for the analysis of cylindrical shell having perpendicular edge and three-di- mensional panel structures. The basic principle of the method, the formula's derivation of the node force having prestrain in the neutral plane of the shell, the discussion of the effect of the hole in the element and the main features of a universal computer programme are introduced. This paper presents the results of calculation of a box column model with different meshes and are compared with those obtained from the method using the plane stress triangle elements and the theoretical analysis. It shows that the present method has high accuracy and good convergence with a few eleme- nts. Finally, the numerical results of deflection and wall stress of a five storey large panel building model subjected to the seismic force are presented. It shows a good agreement with the experimental data.

This paper investigates the relationship between the moment-curvature and the load-displacement of flexural members and members under combined flexural and compressive axial load at the different levels from cracking up to failure.Theoretical analysis of the whole process of the moment-curvature and the load-displacement by the use of computer is compared with the results of the tests. The comparison shows a good agreement between them. According to the test results from 107 members, an empirical formula...

This paper investigates the relationship between the moment-curvature and the load-displacement of flexural members and members under combined flexural and compressive axial load at the different levels from cracking up to failure.Theoretical analysis of the whole process of the moment-curvature and the load-displacement by the use of computer is compared with the results of the tests. The comparison shows a good agreement between them. According to the test results from 107 members, an empirical formula of the ductility ratio of the displacement for flexural members and for members under combined flexurai and compressive axial load is presented in the paper.

The determination of heat conduction with mass transfer and chemical reaction is an important problem encountered in design of heat shied for reentry command module. An integral method for solving this problem is provided.Starting with energy balance for definite element, a set of ordinary differential equations has been obtained for temperature at discrete points in present paper. It has been shown the method presented in this paper is more effective in obtaining temperature history in the regions of...

The determination of heat conduction with mass transfer and chemical reaction is an important problem encountered in design of heat shied for reentry command module. An integral method for solving this problem is provided.Starting with energy balance for definite element, a set of ordinary differential equations has been obtained for temperature at discrete points in present paper. It has been shown the method presented in this paper is more effective in obtaining temperature history in the regions of pyrolysis and interface. Comparison with analytic results of one-dimensional heat conduction shows a good agreement. The calculation results have also been consistent with the ground ablation experiments.