Schlumberger Technology Corporation

Irina Shestakova

Olivier G Philip

Irina Molodetsky

Adam Headley

Rakesh Patel

Detection of nuclear reactions are accomplished through use of a solid-state detector that uses a hexagonal boron nitride configuration. Metallized areas for the hexagonal boron nitride have a metallized top and bottom area that is pixelated.

Rugged hexagonal boron nitride solid state detector

A scintillator package includes a scintillator crystal, a first reflector layer directly surrounding a first area of a surface of the scintillator crystal, wherein the first reflector layer comprises a diffuse reflector, a second reflector layer directly over the first reflector layer, wherein the second reflector layer comprises a metal, and a package housing directly over the second reflector layer, wherein the package housing comprises a polymer with a reinforcing material, wherein the package housing is configured to optically expose a second area of the surface of the scintillator crystal.

Scintillator packaging for oilfield use

A downhole tool includes a housing a measurement device disposed in the housing. The measurement device includes a sensor and electronic circuitry configured to detect or process signals detected by the sensor. The housing, the sensor, or the electronic circuitry, or any combination thereof, includes a polymer matrix with integrated boron nitride nanotubes.

Growing community of inventors

Princeton, NJ, United States of America

Irina Shestakova