Abstract: The dispersible wet wipes of the current disclosure have sufficient strength to withstand packaging and consumer use. They also disperse sufficiently quickly to be flushable without creating potential problems for household and municipal sanitation systems. In certain instances the wipes have a first outer layer comprising a tissue web containing cellulose fibers and a plurality of embossments disposed thereon, and a second outer layer comprising a nonwoven web; a triggerable binder composition; and a wetting composition. The wipes may have a geometric mean tensile strength (GMT) greater than about 225 grams per linear inch (g/in) and a Slosh Time less than about 60 minutes.

Abstract: A sensor comprising an electronic circuit electrically coupled to a type III-V semiconductor material, for example indium arsenide (InAs) and an antibody contacting the type III-V semiconductor material. The sensor produces measurable N changes in the electrical properties of the semiconductor upon antibody-antigen binding events. Electrical properties measurable by the electronic device may include resistivity, capacitance, impedance, and inductance. A method of detecting an antigen using sensors of the invention. A method of detecting a reaction of an analyte to a stimulus using sensors of the invention. Sensor arrays comprising multiple sensors of the invention.

Abstract: A method of manufacturing a tampon includes the steps of at least partially overlaying a web of base material with a web of absorbent material. The web of absorbent material is secured to the web of base material with a first securement. At least one of the web of base material and the web of absorbent material is folded after the first securement. The web of absorbent material is further secured to the web of base material with a second securement that is a stronger securement than the first securement. The web of absorbent material and the web of base material together define a web of cover material. The web of cover material is applied to an absorbent structure. The web of cover material and the absorbent structure is manipulated such that the web of cover material extends about a circumference of the absorbent structure to form a tampon.

Abstract: A method of manufacturing a tampon includes transporting a web of material in a machine direction. The web of material has a base web and an absorbent web. The absorbent web has a free end and a bonded end wherein the bonded end is bonded to the base web. The free end of the absorbent web is moved in spaced relationship with the base web. The base web is bonded to a substrate.

Abstract: A method of manufacturing a tampon includes the steps of at least partially overlaying a web of base material with a web of absorbent material. The web of absorbent material is secured to the web of base material with a first securement. At least one of the web of base material and the web of absorbent material is folded after the first securement. The web of absorbent material is further secured to the web of base material with a second securement that is a stronger securement than the first securement. The web of absorbent material and the web of base material together define a web of cover material. The web of cover material is applied to an absorbent structure. The web of cover material and the absorbent structure is manipulated such that the web of cover material extends about a circumference of the absorbent structure to form a tampon.

Abstract: A method of manufacturing a tampon comprises the steps of at least partially overlaying a web of base material with a web of absorbent material. The web of absorbent material is secured to the web of base material with a first securement. At least one of the web of base material and the web of absorbent material is folded after the first securement. The web of absorbent material is further secured to the web of base material with a second securement that is a stronger securement than the first securement. The web of absorbent material and the web of base material together define a web of cover material. The web of cover material is applied to an absorbent structure. The web of cover material and the absorbent structure is manipulated such that the web of cover material extends about a circumference of the absorbent structure to form a tampon.

Abstract: A method of manufacturing a tampon generally comprises forming a softwind including a core and a cover overlying and at least in part covering the core. The cover carries an absorbent web having a free end and a bonded end wherein the free end is capable of moving relative to the cover. The softwind is passed through a transfer assist device to facilitate the transferring of the free end of the absorbent web without the absorbent web becoming misaligned relative to the cover.

Abstract: A sensor comprising an electronic circuit electrically coupled to a type III-V semiconductor material, for example indium arsenide (InAs) and an antibody contacting the type III-V semiconductor material. The sensor produces measurable N changes in the electrical properties of the semiconductor upon antibody-antigen binding events. Electrical properties measurable by the electronic device may include resistivity, capacitance, impedance, and inductance. A method of detecting an antigen using sensors of the invention. A method of detecting a reaction of an analyte to a stimulus using sensors of the invention. Sensor arrays comprising multiple sensors of the invention.

Abstract: A method for making a field emitter comprising the steps of providing a projection; electrically biasing the projection; and exposing the electrically biased projection to a hydrocarbon containing plasma to form a layer of diamond nuclei on the projection. The diamond nuclei are relatively inert and have a high nucleation density. The projection is preferably a material capable of forming a carbide, such as (111) oriented silicon. Refractory metals may also be used for the projection. The electrical biasing is preferably at a voltage in a range of about -150 to -250 volts. The hydrocarbon containing plasma preferably comprises a plasma including about 2 to 5% by weight of methane in hydrogen. An intervening carbide layer is preferably formed at a surface of the projection and underlying the layer of diamond nuclei. The field emitter produced by the method and having a relatively high diamond nucleation density is also disclosed.