Abstract The study of the dynamics

Abstract

The study of the dynamics of absorption of the liquid water absorbent foam for flowers. By study on the diffusion of the liquid water absorbent cube, with the factorial in CRD (Completely randomized design) experimental size 3×4 at 3 types of liquid water, syrup, saline solution and the size of the surface area in contact with the liquid water absorbent foam 4 sizes of 4.00, 6.25, 9.00 and 16.0 square inches. Recording the height of liquid water on the absorbent foam cube every 0.5 minutes, until the height of the liquid water absorbent foam absorbed unchanged and stable with 4 replications, thus stopping the trail. Then, for the time constant, the gain of the system with incomplete responses and how to find the target. The experiment to be a dynamic one with disturbs to responses is a step. This system is formed by diffusion of fluid dynamics. Disturbances of this system is bringing the base of the liquid water absorbent foam dipped in liquid tray, has responses is increase in the height of the liquid water absorbent absorbed. Thus, the study found that the absorption of liquid water and cross-sectional area at the minimum, to have a lower time constant. According to the hypothesis. A search for the goal seek by reducing the RSS to a minimum to get responses from a closer relationship with the responses from the experiment even further. By observing the R2 approaching 1.0000 increased as well.

ผลลัพธ์ (อังกฤษ) 2:

Abstract The Study of the Dynamics of Liquid Water absorption of the absorbent foam for Flowers. By study on the diffusion of the liquid water absorbent cube, with the factorial in CRD (Completely randomized design) experimental size 3 × 4 at 3 types of liquid water, syrup, saline solution and the size of the surface area in contact with the liquid. water absorbent foam 4 sizes of 4.00, 6.25, 9.00 and 16.0 square inches. Recording the height of liquid water on the absorbent foam cube every 0.5 minutes, until the height of the liquid water absorbent foam absorbed unchanged and stable with 4 replications, thus stopping the trail. Then, for the time constant, the gain of the system with incomplete responses and how to find the target. The experiment to be a dynamic one with disturbs to responses is a step. This system is formed by diffusion of fluid dynamics. Disturbances of this system is bringing the base of the liquid water absorbent foam dipped in liquid tray, has responses is increase in the height of the liquid water absorbent absorbed. Thus, the study found that the absorption of liquid water and cross-sectional area at the minimum, to have a lower time constant. According to the hypothesis. A search for the goal seek by reducing the RSS to a minimum to get responses from a closer relationship with the responses from the experiment even further. By observing the R2 approaching 1.0000 increased as well.

ผลลัพธ์ (อังกฤษ) 3:

Abstract

The study of the dynamics of absorption of the liquid water absorbent foam for flowers. By study on the diffusion. Of the liquid water, absorbent cube with the factorial in CRD (Completely randomized design) experimental size 3 × 4 at 3 types. Of, liquid water syrup saline solution, and the size of the surface area in contact with the liquid water absorbent foam 4 sizes. ,, of 4.00 6.25 9.00 and 16.0 square inches. Recording the height of liquid water on the absorbent foam cube every 0.5 minutes until the,, Height of the liquid water absorbent foam absorbed unchanged and stable with 4 replications thus stopping, the trail, Then,. For the, time constant the gain of the system with incomplete responses and how to find the target.The experiment to be a dynamic one with disturbs to responses is a step. This system is formed by diffusion of fluid, dynamics. Disturbances of this system is bringing the base of the liquid water absorbent foam dipped in liquid tray has responses,, Is increase in the height of the liquid water absorbent, Thus absorbed.The study found that the absorption of liquid water and cross-sectional area at the minimum to have, a lower time constant.? According to the hypothesis. A search for the goal seek by reducing the RSS to a minimum to by JoniCoupon" style="border: none !important; display: inline-block !important; text-indent: 0px !important; float: none !important; font-weight: bold !important; height: auto !important; margin: 0px !important; min-height: 0px !important; min-width: 0px !important; padding: 0px !important; text-transform: uppercase !important; text-decoration: underline !important; vertical-align: baseline !important; width: auto !important; background: transparent !important;">get responses from a closer. Relationship with the responses from the experiment even further. By observing the R2 approaching 1.0000 increased as well.
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