Magnetek Universal Mfg., Corp.

Other

Remote Data Technologies, LLC

Michael F Berman

Edward M Lobo

Herbert R Gram

Randolph L Boncek

Randy Boncek

Linda A Averill

A system is presented for remotely measuring a concentration of a target material (e.g., radioactive gas, suspended aerosols or non-radioactive gaseous chemistries). The system includes a data processing system and a monitoring device. The device includes a detector having a chamber, collector in the chamber and a sensor. The target material enters the chamber. The collector collects ions generated by decay of the material. In one embodiment, the sensor measures changes in an electrostatic potential of the collector in response to the ions. In another embodiment, the sensor includes a scintillation counter that measures alpha or beta particles and provides an energy spectrum. In another embodiment, the sensor includes a material whose optical properties vary according to fields formed within the sensor. The device includes a transmitter for transmitting the potential, the spectrum or the field strength to the processing system for determining the concentration of the target material.

Real-time remotely programmable radioactive gas detecting and measuring system

A method to improve the solubility, dispersability and buffering capacity of blood by exposing a patient's blood to a constant mono-polar magnetic field of at least one tesla utilizing the patient's circulatory system to pass blood through the imposed magnetic field.

Method for therapeutic blood conditioning

A zinc metallized film capacitor includes a dielectric fluid comprising epoxidized soybean oil having at least one epoxy group per molecule, preferably four epoxy groups per molecule. Utilizing epoxidized soybean oil with zinc metallization results in a substantial performance improvement under high temperature and high voltage conditions, providing a zinc metallized film capacitor of reduced size and cost. In addition, the epoxidized soybean oil is relatively non-toxic, reducing environmental concerns.

Dielectric fluid for a metallized film capacitor

A metallized film capacitor includes an aromatic ester dielectric fluid including 2.0-5.0% by weight of an epoxide in an aromatic ester such as dioctyl phthalate. Utilizing such a particular amount of epoxide results in a substantial performance improvement under high temperature and voltage conditions, providing a metallized film capacitor of reduced size and cost.

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Ansonia, CT, United States of America

Michael F Berman