There is a new fusion taking place from the wall to the floor.

This paper presents a method for determining clusters of time series.

The invention relates to a ceramic filter element (22) for removal of liquid from solids containing material in a capillary suction dryer.

Further, sludge dewaterability is quantified using a simple technique called capillary suction time (CST).

The pulverulent polymer according to the invention, based on at least one water-soluble ethylenically unsaturated monomer, has a capillary suction capacity under pressure after 20 minutes at least equal to 20 ml/g.

There is a new fusion taking place from the wall to the floor.

This paper presents a method for determining clusters of time series.

The invention relates to a ceramic filter element (22) for removal of liquid from solids containing material in a capillary suction dryer.

Fluid absorbent members according to the present invention use a high surface fiber and refining to provide capillary pressure (or suction) to the fluid absorbent member.

The suction electrode has a suction head (210) for providing suction contact with the foetus by the formation of a negative pressure in said suction head.

Further, sludge dewaterability is quantified using a simple technique called capillary suction time (CST).

The pulverulent polymer according to the invention, based on at least one water-soluble ethylenically unsaturated monomer, has a capillary suction capacity under pressure after 20 minutes at least equal to 20 ml/g.

Fluid absorbent members according to the present invention use a high surface fiber and refining to provide capillary pressure (or suction) to the fluid absorbent member.

The vacuum chuck is provided by integrating a suction layer and a compact substance layer, which are formed of a porous ceramics, and positioning the suction layer on a side of sucking the object to be sucked.

The vacuum holds the wafer (60) flat to the chuck (20).