it is shown that

It is shown that this algorithm can effectively solve the long-term optimal joint operation model with complicated and various constraints.

It is shown that the results of linear regression analysis are highly consistent with that of Input-Output method.

It is shown that this conversion technology is of good social and economic benefit and is in line with the concept of recy. . .

It is shown that so-called eco-environment would substantially point to that of mankind beyond the meaning in conventional ecology.

It is shown that this software is a great help to enhance the model efficiency, to reduce workload and research cost, and to save time.

It is shown that this technique can be applied in different observation data for monitoring earthquake anomalous .

It is shown that the interaction among the magnetic centers is reduced with an increase in electronegativity of atoms in terminal ligands.

It is shown that detuning frequency has no effect on the evolution of thermal entanglement in the system.

It is shown that the field emission performance is poor if the surface of CNTs is covered with conductive paste or inorganic binder.

It is shown that this instrument is light, easy carrying, high sensitive, and precise orientation of the PD source.

By thermal performance calculation and test, it is shown that this structure can meet the chip's cooling requirements to sealed avionics.

It is shown that this method is accurate and convenient enough for use during the preliminary stage of design.

Finally by analyzing the measured data, it is shown that this method can detect the currents efficiently and effectively.

This method has been applied to the production planning of a practical brewery. It is shown that notable economic benefit can be gotten.

It is shown that underground cavity of arbitrary shape significantly amplify the surface motion nearby.

In comparison with the observational data, it is shown that the empirical method is better than the least square method.

It is shown that generalized supersymmetric formalism can be used to construct a hierarchy of Hamiltonians isospectral to a given potential.

It is shown that the existence of central screw conveyer produces the contrary swirl flow under some of the swirl vane angle condition.

It is shown that the fracture control blasting is of great importance in engineering practice to achieve a good perimeter control.

It is shown that the uplift of the middle Taihang Mountains occurred mainly between the end of Pliocene and Early Pleistocene.

It is shown that the forcing of band-pass eddies is acting to decelerate the time-mean westerlies around the splitting point.

It is shown that the heat capacity price ratio increases with the decrease of fin thickness, fin spacing and tube diameter.

It is shown that the presented model can predict the amplitude and frequency dependency of a rubber isolator with small relative errors.

Using these diagnostics it is shown that pin abrasive tests do not represent high stress abrasion in any industrially-relevant sense.

By comparing the result of stream function-vorticity model with the tested result, it is shown that both results are consistent.

While two solutions being contrasted, it is shown that the complex index form transformation presented by the paper is an intuition!

It is shown that the pore distribution and specific surface area of the SWNTs can be significantly influenced by the purification process.

It is shown that optimized Ni-P alloy coatings can be obtained with electroless nickel plating on the surface of AZ91 magnesium alloys.

Also, it is shown that increasing the robustness to parametric uncertainties does not lengthen the duration of the impulse sequence.

In addition, it is shown that public health insurance is associated with an inherent externality resulting in a second-best solution.

It is shown that the thermal effects should be considered in the optimization calculation of the high speed bearing.

It is shown that Shanghai North Bund would be the optimum choice as the home port of passenger liners at present.

It is shown that the oriented capability of the new type bogie is better than traditional bogie.

It is shown that the average density of the initial state determines the large time behavior of the system.

It is shown that the results obtained by experimental analysis are agree with that by numerical simulation.

It is shown that under the action of misaligned asymmetric first-order optical systems AGSM beams do not preserve the closed property.

It is shown that the resistivity of aluminum can be decreased effectively using reasonable filtration process.

By PSPICE simulation it is shown that the performance of proposed circuit is much better than the conventional design.

By repeating tests, it is shown that the analyzer features high accuracy, ease to read, reliable operation and high cost effective.

It is shown that the initial microstructure and texture of cast strips can be controlled by changing superheat in the melt pool.

It is shown that the newtype nozzle structure is of favorable hydrodynamic characteristics.

It is shown that there always exists an optical vortex at the center of the beams and the topological charge is conserved.

Through theoretical derivation, validation and experimental simulation, it is shown that the IPSO owns more excellent performance.

It is shown that the work of the paper is very effective as an analytical tool on the factor for educational teaching.

Authors have made initial research on phase characteristic of seismic wave under wavelet transform. It is shown that the me. . .

It is shown that the optical bistability can be controlled via the interference of incoherent pump processes.

It is shown that the uncertainty of circuit board component fault diagnosis can be solved fairly from the fusion result.

It is shown that there is some relationship between the cause of electrical fire and trace identification.

It is shown that the procedure is able to find optimum values of design variables in wide range.

It is shown that the improved inductance capacitance matching circuit is better than the others.

It is shown that absorbed water and PTFE affect the static tensile and bending properties of the blends in different ways.

It is shown that the shear strength in isotropic consolidation is greater than that of K0 consolidation in case of similar dynamic stress.

By analyzing the pellet's dynamical states, it is shown that the process of the pellet's discharge can be clearly explained.

It is shown that the stress-strain relations hip of coarse materials is in good agreement with experimental data.

It is shown that the variational inequality model can be equivalent to dynamic departure time problem.

It is shown that the intensity distribution will recover to Gaussian distribution after propagating a certain distance.

It is shown that the measured resonance frequencies of the plate are in good agreement with the calculated results.

It is shown that as the deflection value decreases, modules of resilience and shear wave speed increase remarkably after injection.

Through simulation experiments, it is shown that it behaves more robustly and can detect pitch more accurately at low signal-to-noise ratio.

It is shown that the activity and mechanisms of bio-molecules can be revealed and understood in new depth with the use of optical tweezers.

By computer simulation and experience it is shown that the proposed synchronized control strategy is effectiveness and performs well.

It is shown that the interval tension fracture would occur repeatedly under large axial compression stress, which forms the layered failure.

It is shown that the prevailing metallogenic periods of associated gold deposits of magmatic type are Proterozoic Era and Hercynian Period.

It is shown that the measuring curves and mathematical functions can meet the requirements of engineering measurements in the production.

It is shown that the impurity effect leads to the formation of a new impurity mode in the energy gap.

It is shown that the radium content is not completely relevant to radon exhalation rate from some building material.

It is shown that the squeezed vacuum input significantly increases the range of the optical bistability.

It is shown that series truncation may be avoided by analytically performing the radial integral over an entire Bessel function.

It is shown that the percentage of segment weight loss decreases basically with increasing segment hardness in the specially designed test.

It is shown that size of the hole became stable, hole quality was improved and relative problems in printing crack were overcome.

It is shown that observation accuracy of apparent resistivity could be improved greatly through up--down transmission.

It is shown that there exists an optimal information release strategy that can drive the flow pattern to a system optimization.

It is shown that the both are in a good agreement. Therefore, 3DEC simulation on the dynamic response of jointed rock slope is effective.

It is shown that the IBA (ion beam analysis) is an important and powerful tool for the study of atmospheric aerosol.

It is shown that the proposed detector has the constant false alarm properties with respect to the covariance matrix of the clutter.

It is shown that deformation behavior and strength characteristics are affected by water content (suction)of unsaturated expansive soils.

It is shown that, as an effective coordination mechanism, credit period can improve the supply chain's profit.

By theoretical analysis, it is shown that tracking error converges to a small neighborhood of zero.

It is shown that the trapped region will be greatly disturbed during the magnetic storm, and the particle number will vary accordingly.

From the results of computer simulation, it is shown that the stator flux oriented control system using this method had good performance.

It is shown that the surrounding rock deformation can be better controlled using the two-side pilot drifting method.

It is shown that causativity contained in Chinese resultative V-V compounds should be taken as a product of syntactic incorporation.

It is shown that different flux results in different mineralogical phases in dephosphorization and desulphurization.

It is shown that the new algorithm possesses better performance than the conventional method without the increase in complexity.

It is shown that the annual and the seasonal mean temperature increased in Qingdao during the last 95 years.

It is shown that the boundary element method was a valid method on computing the magnetic field of aluminium electrolysing cell.

Analyzed by an example, it is shown that the parameters of stress, strain, porosity and permeability change with time and space.

It is shown that the OAG is a non-monotonic function of the noise strength and the external field frequency.

It is shown that silica-alumina-barium deoxidizer has good deoxidation effect. promotes inclusion floating and purifies steel liquid.

It is shown that homogeneous and heterogeneous metal-catalyst can enhance the removal efficiency of organic pollutants in wastewater.

It is shown that the AC electrolytic corrosion process in a corrosive is a easy way to prepare metallographic specimens of iridium material.

It is shown that the magnetic arbamido grease has a much lower loss percentage than general grease especially in water surroundings.

It is shown that the method of thickness design, equivalent thickness calculation and stress analysis are correct and effective.

It is shown that the blade bow, twist and leading edge sweep are effective in adjusting the loading distribution on the blade surface.

It is shown that the proposed method is efficient through verification with the data of domestic securities market.

It is shown that the fine grains move downwards in the direction vertical to the slope surface and mostly are assembled in the middle.

Meanwhile it is shown that squeezing of field and photon antibunching can be greatly enhanced via selective atomic measurements.

It is shown that there exist three types of separated flow structure for different pitching rate.

It is shown that its localization properties are similar to those of the intrinsic localized modes of atomic vibrations.

It is shown that steel strength can be decreased, plasticity can be increased and drawing force can be reduced by electroplastic drawing.

It is shown that adding Dura fiber into reinforced concrete will raise anti-corrosion behavior of the reinforcing bar.

It is shown that the analytical results are in reasonable agreement with simulation results, especially when the offered load is light.

During testing the local microcomputer supervisory control system, it is shown that there is a fault of the rotor voltage.

It is shown that the number of catastrophe points is useful for diagnosis of cardiac diseases.

It is shown that the plasma density increases with increasing workpiece voltage, source voltage and gas pressure.

It is shown that the pyrolysis temperature has a great effect on the yield and the compositions of the bio-oil.

It is shown that the influence of nonlinear terms in the landing gear structural on the shimmy stability region is significant.

It is shown that information entropy squeezing is a remarkable precision measure for the atomic squeezing.

It is shown that: the matrix landscape in this area was garden plot and woodland, which were embedded by other landscape patches.

It is shown that the copyrolysis improves the quality of the oil obtained and gives possibility to transform the wastes into liquid fuels.

It is shown that, the reflection and attenuation are influenced greatly by various plasma parameters and the magnetic field.

It is shown that information-oriented construction can ensure the stability of slope and correctly direct construction.

It is shown that the stamping forming process can be analyzed by FEM simulation.

It is shown that such filters mis-estimate the motion of locally asymmetric intensity signals at certain spatial frequencies.

It is shown that the resulting equations conform to those of damped trend corrected exponential smoothing.

In comparison with the observations, it is shown that the model could be well to simulate the variations of surface SO2 at Lin'an.

It is shown that the changes in fiber orientation and interfacial bond have great effect on the stress distribution. . .

It is shown that Fucoidan has heparin-like polysaccharide structure and good anticoagulant activities in vitro .

It is shown that the strain strengthening will obviously improve the strength of sheet steel and the local dent resistance.

It is shown that the proposed controller can guarantee global uniform ultimate boundedness.

It is shown that the mixed finite analytic method is identical with the implicit exponential scheme.

It is shown that the in-mold creep plays very important role in reducing final shrinkage of the part.

It is shown that the bearing capacity of belied pier almost increases linearly with the pier end diameter.

It is shown that by adopting particular combined pulse with 12 optical cycles, single attosecond pulse can be obtained.

It is shown that the big inclination conveying has good application prospect in large open pit mines.

It is shown that with the change of condition parameters in SHS process various time space order combustion waves appear.

It is shown that the variation of gusty cueffieient with height can be fitted by negative exponential law.

It is shown that the present method can effectively reduce the numerical dissipation of the rotor wake.

It is shown that the finite element method is accurate and available to simulate well test problem in reservoir.

It is shown that, even without the central peak, low-resolution structures can still be reconstructed with good fidelity.

It is shown that two-mode squeezed superposed coherent state possesses stronger non-classical properties.

It is shown that the method is effective and accurate for analysis of laminated composite plates and shells.

It is shown that the demand elasticity with respect to socioeconomic variables is lower the more severe the illness.

It is shown that the variation of the maximum and average dynamic response curves is same.

It is shown that the corrosion is not spatially uniform and the corrosion rote increases with time until a stable state reaches.

It is shown that Brazilian MBR lump ore plays an important role in improvement of BF technical and economic production indexes.

It is shown that both the turbulent atmosphere and topological charges will influence the beam propagation.

It is shown that the artificial neural network technics is a new approach to develop ATCS for EVA space suits.

It is shown that the M2 factor increases with increasing bandwidth and deceases with increasing spatial correlation degree.

It is shown that the macro-heterogeneity of Chang 6 member controls the lateral and vertical petroleum formation and distribution.

By comparing the simulation result with field data, it is shown that the model is logical and effective.

It is shown that the result obtained from information fusion is consistent with the result obtained by analyzing actual airfight process.

It is shown that the improved coal ash adsorbent can obviously heighten the absorptivity of ions.

It is shown that the research has a certain application value in data re-examination of old wells.

It is shown that the shrinkage, crimp ratio of CDP-FDY fibers reduce and the crimp rigidity increase with the increasing drawn temperature.

It is shown that the wavelet analyses have many advantages in processing of discrete signals.

It is shown that all cultures are producers of alkaloids and mycotoxins that belong to different structural groups.

It is shown that the rate of injure to knee joints of Chinese female football player amounts to 29. 1%.

It is shown that fiber cement slurry can plug with good effect, wide scope and good pressure resisting capability.

It is shown that neural network is a good tool to integrate information for defect classification.

Meanwhile, it is shown that two-dimensional element method is very suitable for the stability calculation of jointed rocky slope.

It is shown that the common method of integrating factor of differential equation of first order is given.

It is shown that the shear strength of joint is concerned with normal stress and weighted average of mean profile angles of joint surface.

It is shown that the PNN method is very effectively by the theoretical analysis and practical application.

It is shown that the loading identification method based on precise integration method is promising in engineering applications.

It is shown that the method introduced is a new attempt in evaluation of human reliability in ATC system.

From the diamond's dynamic analysis, it is shown that recrystallization of graphite is a key problem of diamond synthesis.

It is shown that the activation energy is different at various phases on coal of different rank.

It is shown that the model undergoes saddle-node bifurcation and Hopf bifurcation.

It is shown that the method delay-feedback-injection is robust by numerical simulation, which is the base for its application in practice.

By comparison, it is shown that the new GA has been greatly improved in global convergence and convergent rate.

It is shown that the higher order statistics approaches restrain effectively the effect of coloured noise.

It is shown that the convergence of solutions for the buckling load is good when the number of polynomials is more than 20.

Based on the analysis and simulation results, it is shown that the proposed protocol is suitable for large-scale wireless sensor networks.

It is shown that the sliding surface of the slope is not a circular one.

After testing, it is shown that the operating system runs properly and the code can run correctly.

It is shown that the method is feasible according to the profile retrieval experiments of temperature and humidity.

It is shown that the seepage field of horizontal well pattern is sensitive to the reservoir anisotropic and the production time.

It is shown that with increasing stress the correlation dimension decreases.

By using linear operator semigroup theory, it is shown that the solution obtained by the model is well-posedness.

It is shown that the constraint parameter A2 of single edge notched tension specimens are not sensitive to load level J.

It is shown that these performance calculated by analytical method is available.

It is shown that the method presented provides a new and reliable approach for assessment of slope stability based on slope monitoring data.

It is shown that sub solving method is reasonable with this optimum control example.

It is shown that the squeezed branches take lots of load, and the ratio is related to the load and the elastic modulus of soil.

It is shown that the method can meet practical needs and has some value in production.

It is shown that the model can reflect the flow mixture character of water in water tank objectively.

It is shown that hydrodynamic cavitation technology is a potential method to treat toxic and refractory organic waste water in the future.

It is shown that the new method is computationally more advantageous than the conventional companion matrix method.

It is shown that seismic activities can arouse the earth-ionosphere cavity resonance anomalies from the observation for many years.

In the third study, it is shown that liver steatosis needs higher spatial resolution of ultrasound for more accurate characterization.

It is shown that the revised force-restore method gives the more reliable results.

It is shown that the machining effects of EDM are clearly improved by using the homemade powder in powder-mixed dielectric EDM.

It is shown that the relaxation depth of rock mass at the slope is varied because of the different controlling factors.

It is shown that the results of model test, calculation and field test are consistent with each other.

Some typical soot samples are tested. It is shown that the result is acceptable when the density of soot is high.

It is shown that the Thiokol has a stable performance and reliable quality.

It is shown that BP neural network model make use of various data and can effectively improve reliability and accuracy of forecasting.

It is shown that the method of fracture mechanics of frozen soil is a development of conventional method.

It is shown that the procedure is very effective in random seismic analysis of large structures suds as dams.

It is shown that the entropy evolution exhibit nonperiodicity vibration.

It is shown that ice storage air conditioning can bring a good economic result.

It is shown that the thermal effect decreases the peak intensity and beam focusability in the far field.

It is shown that the geomorphologic mapping based on RS and GIS will improve the efficiency, quality and precision.

Finally, it is shown that the method is correct by analyzing a project.

It is shown that the blue-light emission disappears in these two cases.

It is shown that: the level of indoor pollution beside the trunk road lies on the flow rate and the type of vehicles.

It is shown that the refiner was good for impure copper refinement.

Based on the analysis of some accidents, it is shown that overfilling is the main cause of the cylinder explosion.

It is shown that an accurate analytical method is crucial . . .

It is shown that the potential of copper resources in the East Tianshan Mountains is very great.

It is shown that the computation time and stability can be significantly improved based on the improved algorithm.

It is shown that magnesium hydroxide is a new type of inorganic fire retardant which is friendly to environment.

It is shown that 20% deformation is best to satisfy the requirements of good dispersion strengthening.

It is shown that initial conditions have a significant effect on the transient phase of the biofilm growth.

It is shown that the magneto-optical and the reflectance spectra are correlated to each other.

It is shown that the rotor hub viscous frictional torques have a larger magnitude than the other retarding torques.

It is shown that the Three Gorges valley and the eastern Jianghan Plain are the highest risk areas of wind disaster.

It is shown that test aerospike nozzle has good altitude compensability of thrust.

It is shown that different intension gel form with the variety of concentration Kelcogel LT100.

It is shown that 9 factors in customer aspect and 5 factors in enterprise aspect influence CLV significantly.

It is shown that only the center core of HPWJ has the ability to remove materials.

It is shown that the government is leading by the narrowest of margins.

In addition, it is shown that impellers optimized at design point may not have good acoustic performances at off design point.

It is shown that the gate-pulse mode reduces the dead time and improves the count rate.

And it is shown that squeezing properties of single-mode squeezing is.

Based on computer simulation, it is shown that the new idea of hybrid press is very attractive.

It is shown that the Plexiglas is first choose consider about acoustics characteristic, process, the economy and so on. 3.

It is shown that it can monitor any changes of the topology structure.

It is shown that with new technology integration, laser holography will find more and more application foreground.

It is shown that the effect of seepage field is pronou. . .

It is shown that the SI simulation is not only viable but also essential in high - speed circuit design.

It is shown that stable thick oil film can be formed on hydrophobic SiO 2surfaces but can not on hydrophilic ones.

It is shown that in 1997, the economic input in Sanshui was higher than that in Guangdong Province, but close to some developed countries.

It is shown that the average acceleration of vibration decreased 11 percent and the noise decreased 6 dB. The effect is very well.

It is shown that artificial neural network is effective to study the simulant formability of the sheet metal.

It is shown that in a specific range, the closer of upright interval of reinforced layer, the better of effect;

It is shown that the result of pmoessing error diagnosis coincides with the actual situation;

It is shown that information advantages of participants are not necessarily beneficial in international low-carbon technology transfer;

It is shown that: temporal distribution regularity of landslides depended on the change of precipitation and human project activities;

It is shown that the improper design of bending lower die and pre-forging die is the main cause of crankshaft's folding;

It is shown that electrical discharge machining with ultrasonic aid can be achieved well in gas medium

It is shown that the compressible shaft wall can reduce the additional force and the section axial stress of shaft wall effectively;

It is shown that lower mezzo epoxy magnets cover magnetic powder weaker, magnets gap more, lower density, lower magnetic property;

It is shown that the combined process had these features: (1) low operation cost, extremely less residual sludge and low power consumption;

It is shown that application of spin motors to boosted IPW is feasible in principle;