I applied accounting, economics, and management theories in this paper, combining theory with reality, in order to perfect the accounting standards and disclosure rules, and seek to rational policy to regulate the state-owned stock transferring behavior in China.

In this paper, by discussing the legal nature of the transferring behavior of pre-sold commercial residence houses, it is found that the transfer of pre-sold commercial residence houses is a claiming behavior, aiming to solve some complicated real estate disputes.

The tribological properties of Ni-Cr-CaF2 as well as Ni-Cr-PbO/Si3N4 tribo-couples were investigated. The transferring behavior of solid lubricants at the interface of Ni-Cr alloy/Si3N4 tribo-couples were analyzed by scanning electron microscopy.

Using the consumable rods of 20 steel and 1Cr18Ni9Ti stainless steel, experimental studies of friction surfacing welding were carried out to clarify the nature of the frictional and transferring behavior of consumable metal.

This paper dealt with the overwintering, oviposition, boring and transferring behavior, population dynamics, and control of striped stem borer (SSB), Chilo suppressalis in Zizania fields.

The consumable metal transfers not from the whole rotational plane but real contact plane and its transferring behavior follows the frictional rule of welding on, shearing and plowing.

This paper deals with the overwintering, oviposition, boring and transferring behavior, population dynamics, and control of striped stem borer (SSB), Chilo suppressalis in Jiaobai,Zizania caduciflora L.fields.

TOF-SIMS chemical images indicated that the transferring behavior of the lubricating oil onto the slider surface during CSS tests was dependent on the chemical structure of volatile organic contaminants.

This reuse will be contemplated within the same behavioral architecture and from the point of view of transferring behavior modules from one platform to a different one.

A new mathematical model of mixing pool type is proposed to simulated the fluid flow and mass transfer behavior in a large tray. In the proposed model, the whole tray deck is divided into a number of square (or rectangular) compartments or mixing pools, each of which is assigned to have adjustable flow and backmixing in both z (along the main flow path) and w (perpendicular to the main flow path) directions. The chief features of present model are: (1)It is a two dimensional model instead of usual one...

A new mathematical model of mixing pool type is proposed to simulated the fluid flow and mass transfer behavior in a large tray. In the proposed model, the whole tray deck is divided into a number of square (or rectangular) compartments or mixing pools, each of which is assigned to have adjustable flow and backmixing in both z (along the main flow path) and w (perpendicular to the main flow path) directions. The chief features of present model are: (1)It is a two dimensional model instead of usual one dimensional so that more complicated actual flowing condition obtained from hydrodynamic study in a large tray can be closely simulated by adjusting the flow among mixing pools in both z and w directions. (2)Since backmixing is taken into account, the number of mixing pools in a tray can be fixed instead of varied as in conventional mixing pool model;thus, the application of matrix computation is possible. (3) The present model can be reduced to other tray models depending on the number of mixing pools to be chosen in each direction.

Experiments were performed to study turbulent heat transfer to air in plates and annuli. The effect of single and double side heating is analyzed. Heat transfer behavior under linear heat flux distribution is investigated, and relevant empirical correlations fire presented.In addition, the heat transfer calculation model with varying heat flux in annuli, presented before, is modified to consider the effect of variable physical properties and various geometric dimensions. The calculation results...

Experiments were performed to study turbulent heat transfer to air in plates and annuli. The effect of single and double side heating is analyzed. Heat transfer behavior under linear heat flux distribution is investigated, and relevant empirical correlations fire presented.In addition, the heat transfer calculation model with varying heat flux in annuli, presented before, is modified to consider the effect of variable physical properties and various geometric dimensions. The calculation results are compared with our experimental data and the agreement is satisfactory.

From pile load-transfer analyses, it is known that the sequence of mobilization of pile shaft skin friction and that of pile point resistance are quite different. Thus determining single-pile bearing capacity with a single safety factor K is rather ambiguous, two partial safety factors, namely, one for shaft skin friction and another for point resistance, should be used instead.In this paper the load transfer of loading tests on five model piles and seventeen prototype driven and bored piles is analyzed....

From pile load-transfer analyses, it is known that the sequence of mobilization of pile shaft skin friction and that of pile point resistance are quite different. Thus determining single-pile bearing capacity with a single safety factor K is rather ambiguous, two partial safety factors, namely, one for shaft skin friction and another for point resistance, should be used instead.In this paper the load transfer of loading tests on five model piles and seventeen prototype driven and bored piles is analyzed. For these piles, curves of safety-factors Kf and Kb as functions of the degree of mobilization of point resistance a are obtained, which well represent load-transfer behavior. From the test data the Kf and Kb -(s/d)curves are also obtained, where s/d is relative settlement of the pile; from these, for K=2,ranges of Kf -and Kb -values and corresponding s/d values have been obtained, and it is hoped that these may prove to be of some value in practical design work.