Abstract: A method of using a finishing element having a fixed abrasive finishing surface including organic boundary lubricants for finishing semiconductor wafers is described. The organic lubricants form an organic lubricating boundary layer in the operative finishing interface in a preferred coefficient of friction range. The selected coefficient of friction helps improve finishing and reduces unwanted surface defects. Differential lubricating boundary layer method are described to differentially finish semiconductor wafers. Planarization and localized finishing can be improved using differential lubricating boundary layer methods of finishing.

Abstract: A method of using of using a friction detector for finishing semiconductor wafers. The method uses secondary friction sensors which can interpolate and add improved control to finishing. The method aids control of finishing while using lubricating boundary layers in the operative finishing interface. The method aids control of differential lubricating boundary layers and improved differential finishing of semiconductor wafers. Planarization and localized finishing can be improved using differential lubricating boundary layer methods of finishing. Defects can be reduced using the in situ friction detector method.

Abstract: A method of using a finishing element having a fixed abrasive finishing surface including boundary lubricants for finishing semiconductor wafers is described. The lubricants in the finishing element are transferred to operative finishing interface a forming lubricating boundary layer. The lubricating boundary layer thickness is controlled to improve finishing and reduce unwanted surface defects. Differential lubricating boundary layer methods are described to differentially finish semiconductor wafers. Planarization and localized finishing can be improved using differential lubricating boundary layer methods of finishing.

Abstract: A method of using lubricating boundary layers for finishing semiconductor wafers is described. The lubricating boundary layer thickness is controlled to improve finishing and reduce unwanted surface defects. Differential lubricating boundary layer methods are described to differentially finish semiconductor wafers. Planarization and localized finishing can be improved using differential lubricating boundary layer methods of finishing.

Abstract: New sod mats are described. The sod mats are reinforced with a coherent sheet of stable fibers and degradable matrix material. The sod reinforcements are easy to manufacture and handle. The sod mats have good of handling characteristics, good sod mat propagation characteristics, good "shelf life" stability, and are more easily dispersed into the soil by rototilling or other means when the mats are no longer useful as sods. Sod mats of grasses, ornamental plants, and nutritional plants are disclosed. The method of propagation is disclosed.

Abstract: This invention relates to sod and turf having modified planting mediums and a synthetic sod reinforcement. The sod mats are propagated quickly and are very effective in use. The sod mats are especially effective for soil stabilization and sports fields.

Abstract: A new and improved herb, vegetable, flower, and groundcover sod mat suitable for many landscape applications. The improvement comprises growing either plant seeds, seedlings, plant plugs, rooted cuttings, or root divisions in a planting medium so that the roots of the plant material entangle with a polyolefin sod reinforcement to form a tough, lightweight, flexible sod mat. The sod mat can be produced in many strengths and weights, with many diverse planting mediums, with multiple species of plants. The polyolefin sod reinforcement can contain prodegradants which promote environmental friendliness. Sod mat may be sold in rolls or rectangular mat.

Abstract: New and improved sod mats of grasses, nutritional plants and ornamental plants have been developed for many garden and landscape applications. The improvement comprises growing plants whose roots penetrate and entangle with an improved nonwoven sod reinforcement to form versatile sod mats. Nonwoven sod reinforcements contain apertures to facilitate uniform water infiltration and root wetting. The sod mats can be produced with many diverse planting mediums and in both large and small sizes. Sod mats may be sod in rolls or in rectangular mats.

Abstract: New specialty sod mats are described. The sod mats use a nonwoven sod reinforcement of low strength to provide ease of handling, good sod mat propagation characteristics and easy dispersal into the soil by rototilling or other means when the mats are no longer useful as sods. Specialty sod mats of grasses, ornamental plants, and nutritional plants are disclosed. The method of propagation is disclosed.

Abstract: A new and improved herb, vegetable, flower, and groundcover sod mat suitable for many landscape applications. The improvement comprises growing either plant seeds, seedlings, plant plugs, rooted cuttings, or root divisions in a planting medium so that the roots of the plant material entangle with a polyolefin sod reinforcement to form a tough, lightweight, flexible sod mat. The sod mat can be produced in many strengths and weights, with many diverse planting mediums, with multiple species of plants. The polyolefin sod reinforcement can contain prodegradants which promote environmental friendliness. Sod mat may be sold in rolls or rectangular mat.

Abstract: New sod mats are described. The sod mats are reinforced with a coherent sheet of stable fibers and degradable matrix material. The sod reinforcements are easy to manufacture and handle. The sod mats have good of handling characteristics, good sod mat propagation characteristics, good "shelf life" stability, and are more easily dispersed into the soil by rototilling or other means when the mats are no longer useful as sods. Sod mats of grasses, ornamental plants, and nutritional plants are disclosed. The method of propagation is disclosed.

Abstract: A new, improved herb, vegetable, flower, and groundcover sod mat suitable for many landscape applications. The improvement comprises growing either plant seeds seedlings, plant plugs, rooted cuttings or root divisions in a planting medium so that the roots of the plant material entangle with a nylon sod reinforcement to form a tough, lightweight, flexible sod mat. The sod mat can be produced in many strengths and weights, with many diverse planting mediums, with multiple species of plants. The nylon sod reinforcement will degrade if it is uncovered by some accident and exposed to sunlight. Sod mats may be sold in roll form or a rectangular mats.

Abstract: Fluorinated ion exchange polymers which have pendant side chains which contain --OCF.sub.2 COOR groups, or which have both pendant side chains containing carboxylic groups and pendant side chains which contain sulfonyl groups, when used in the form of membranes to separate the anode and cathode compartments of an electrolysis cell, permit operation at high current efficiency. Those containing both carboxylic and sulfonyl groups can be made by oxidation of fluorinated polymers which have pendant side chains containing sulfinic groups, or both sulfinic and sulfonyl groups. The fluorinated polymers which have pendant side chains containing sulfinic groups, or both sulfinic and sulfonyl groups, are in turn made from fluorinated polymers which have pendant side chains containing sulfonyl halide groups by reduction with, for example, hydrazine. Those polymers which have only pendant side chains which contain --OCF.sub.

Abstract: Fluorinated ion exchange polymers which have pendant side chains which contain --OCF.sub.2 COOR groups, or which have both pendant side chains containing carboxylic groups and pendant side chains which contain sulfonyl groups, when used in the form of membranes to separate the anode and cathode compartments of an electrolysis cell, permit operation at high current efficiency. Those containing both carboxylic and sulfonyl groups can be made by oxidation of fluorinated polymers which have pendant side chains containing sulfinic groups, or both sulfinic and sulfonyl groups. The fluorinated polymers which have pendant side chains containing sulfinic groups, or both sulfinic and sulfonyl groups, are in turn made from fluorinated polymers which have pendant side chains containing sulfonyl halide groups by reduction with, for example, hydrazine. Those polymers which have only pendant side chains which contain --OCF.sub.

Abstract: Ion-exchange films, membranes and laminar structures incorporating a layer of a blend of a first fluorinated polymer which contains sulfonyl groups in ionizable form and a second fluorinated polymer which contains carboxylic acid functional groups, when used to separate the anode and cathode compartments of an electrolysis cell, permit operation at high current efficiency and low power consumption. They can be made by synthesis of precursor polymers in melt-fabricable form, blending, fabrication of the film, membrane or laminar structure, and hydrolysis of the functional groups to ionizable form, such as the free acid form or alkali metal salt thereof.

Abstract: Ion-exchange films, membranes and laminar structures incorporating a layer of a blend of a first fluorinated polymer which contains sulfonyl groups in ionizable form and a second fluorinated polymer which contains carboxylic acid functional groups, when used to separate the anode and cathode compartments of an electrolysis cell, permit operation at high current efficiency and low power consumption. They can be made by synthesis of precursor polymers in melt-fabricable form, blending, fabrication of the film, membrane or laminar structure, and hydrolysis of the functional groups to ionizable form, such as the free acid form or alkali metal salt thereof.