Based on the theorem and method of images,potential formula Φ=q4πε o(1r-1r′)in vacuum was applied in insulator,thus the potential solver in insulator got further simplified.

Conclusion It is the key region for malaria control in Group 1, the surveillance measures are still need to be strengthened in Group 2, the control measures can be further simplified in Group 3 and Group 4, special attention should be paid to mobile population in Group 5, and regular surveillance can be applied in Group 6.

To further simplify the circuit and improve the system's reliability, the CPLD device EPM9320LC84-15 by Altera Co. is adopted to achieve some functions.

In order to further simplify the configuration of CMOS circuits, the technique of switch sharing, which can realize sharing MOS transistor or MOS net among circuits is investigated.

A controller including 3 scalars is put forward to further simplify the shape adjustment of Coons surfaces,which is independent of the position of the surfaces.

In order to further simplify the computing method of spatial shear wall structures, with space coordinates translation introduced, the shear force of the wall taken as a fundamental unknown quantity, the space adjustment of adjacent tangency points taken as the basis, the effect of space distortion on the breakpoint taken into full consideration readjustment equation has been established and an analytical model has been built for spatial shear wall structures.

In order to further simplify the computing method of spatial shear wall structures,with space coordi- nates translation introduced,the shear force of the wall taken as a fundamental unknown quantity,the space adjustment of adjacent tangency points taken as the basis,the effect of space distortion on the breakpoint taken into full consideration readjustment equation has been established and an analytical model has been built for spatial shear wall structures.

On the basis of free disturbanced motion, the stability criterias of fundamental modes of motion including the longitudinal and kteral motion are obtained through further simplification. The results can be used for design and analysis of stability of attitude motion of the unpropelled capsule.

The concise mathematical model for hobbing non circular gear is obtained from the group of equations with further simplification,and it is a 3 axes simultaneous control structure.

The indices are listed as following: wetting contact angle 145, penetration time 220 minutes, oil absorption content28.2, dispersion degree18.0. It improves indices, reduces the dose of agents and simplifies the modification craft.

For the consideration of practical application, it is further simplified in complexity.

When the system is designed for uniformity coefficient equal or more than 70%, the water application in the field can be expressed as a normal distribution and further simplified to a linear distribution.

The non-linear Langevin equation for δΦth is linearized and further simplified by an RPA type approximation which eliminates the impurity fluctuations from δΦth.

Using very thin polyesterbacked polyacrylamide gels, a further simplified protocol was compared to other widely used silver staining procedures.

These theoretical relationships are further simplified by applying similarity conditions and an unique form is established.

To further simplify this expression, we assume that the center-to-center spacing of two neighboring buildings is constant, and all buildings are of uniform width.

In an effort to further simplify the initial capture of these proteins, an expanded bed adsorption technique using a chelating resin (Streamline Chelating) was introduced.

Simple postulates are made to further simplify the deduced general results of the thermodynamic analysis.

We also indicate how the technique can be applied to further simplify the proof of partial regularity for quasilinear elliptic systems.

A dual-dosage approach was developed to further simplify the conventional standard dose/response curve method.

Further simplification of the isolation techniques and refinement in the catheter design will allow more widespread use of this procedure and higher success rate.

For the total cross section further simplification of the Magnus results yields a useful semiempirical formula.

The results obtained from all three methods are in accordance with one another, but the PAP method is a further simplification for the detection of TdT in the routine diagnostic of acute leukemias.

A further simplification and improvement is demonstrated using Ultra Performance LC (UPLC?) and fast-switching MS/MS.

Further simplification leads to the coupled partial differential equations mathematically equivalent to the FitzHugh-Nagumo equations for the nerve impulse.

This paper described the theoretical basis and practical calculation for analyzing fading records obtained by close-spaced recievers in the study of the small-scale irregularities in the ionosphere. Two new correlation methods, the cross-point method (C. P. M.) and the ten-point method (T. P. M.), were proposed and compared experimentally with Phillips and Spencer's complete correlation method (P. S. M.) and Yerg's six-point method (S. P. M.). It is concluded that the C. P. M., compared with other methods, is...

This paper described the theoretical basis and practical calculation for analyzing fading records obtained by close-spaced recievers in the study of the small-scale irregularities in the ionosphere. Two new correlation methods, the cross-point method (C. P. M.) and the ten-point method (T. P. M.), were proposed and compared experimentally with Phillips and Spencer's complete correlation method (P. S. M.) and Yerg's six-point method (S. P. M.). It is concluded that the C. P. M., compared with other methods, is more exact and provides for more information about the ionospheric irregularities. The C. P. M., as well as the P. S. M., require the determination of the auto-correlation function of one record and the cross-correlation functions between the three records taken in pairs, and it is therefore quite laborious. Then it is shown that there are some advantages in the application of the T. P. M. which provides for informations as much as that of the C. P. M. and as exact as that of the P. S. M., although the calculation is much simpler, as only 8—10 values of correlation coefficient are required. Moreover, it is pointed out that, utilizing the so called "time-lag plots" y_θ, x_θ, the accuracy of the T. P. M. can be further improved. Therefore it is suggested that the T. P. M. should be adopted as a routine, while the C. P. M. or the improved T. P. M. should be adopted for special occasions or special events for which more accurate results are required. for special occasions or special events for which more accurate results are required. In the viewpoint of labour-saving, applications of the structure function and the aftereffect function to the correlation analysis are discussed. In this paper the author also proposed an extrapolation and interpolation method of the value of correlation coefficient for any spacing and/or any time lag. Consequently, some criteria were established for checking the reliability of the calculated values of ionospheric parameters. Especially the occurrence of imaginary value of the random movement and change velocity can be almost always prevented in the course of analysis.

In this paper, further simplifications are suggested for the two-fraction method based on the solubility function and the treatment of fractionation data by using Tung functipn which were proposed by the present authors in previous publications.The evaluation of the distribution parameters for a fraction from two intrinsic viscosity measurements in a good solvent and in a θ-solvent is shown to be not practical, because the required precision is not attainable in ordinary measurements. A new approximation is...

In this paper, further simplifications are suggested for the two-fraction method based on the solubility function and the treatment of fractionation data by using Tung functipn which were proposed by the present authors in previous publications.The evaluation of the distribution parameters for a fraction from two intrinsic viscosity measurements in a good solvent and in a θ-solvent is shown to be not practical, because the required precision is not attainable in ordinary measurements. A new approximation is suggested by taking the phase separation parameter Q to be equal to the volume ratio R of the concentrated and dilute phases. Then, the distribution parameters for the two-fraction method can be readily evaluated. Actual calculations show that the distribution parameters thus calculated is not very sensitive to the value of Q taken, and therefore this approximation is justified as a tentative simplification of the two-fraction method for the determination of molecular weight distributions.In the treatment of ordinary fractionation data by means of Tung function, all fractions except the first and the last ones can be approximated by a straight line for the integral distribution curve. The line passes through the points M(1 = 1/2) = Mη, M(1 = 0) = 1/2Mη which corresponds roughly to a straight line with equal slope as the Tung function at M1/2 with b = 2.7-3.0. This leads to a considerable saving in computation but very slight difference to the result.The suggested simplifications have been applied to a sample of PMMA. The integral distribution curve obtained by the suggested method are closer to the actual one obtained by sedmentation rate method than the usual Schulz-Dinlinger treatment.