Abstract:
An abrasive liquid slurry for polishing and radiusing microholes comprises: a liquid medium; finely divided abrasive particles, wherein the slurry is characterized in that the abrasive particles remain uniformly distributed when the slurry is not subjected to shear, and the slurry decreases in viscosity when subjected to shear flowing through a microhole at a pressure of 0.69 to 13.79 Mpa; and a rheological additive to maintain distribution of said particles.
Abstract:
An abrasive liquid slurry for polishing and radiusing microholes comprises: a liquid medium; finely divided abrasive particles, wherein the slurry is characterized in that the abrasive particles remain uniformly distributed when the slurry is not subjected to shear, and the slurry decreases in viscosity when subjected to shear flowing through a microhole at a pressure of 0.69 to 13.79 Mpa; and a rheological additive to maintain distribution of said particles.
Abstract:
An abrasive liquid slurry for polishing and radiusing microholes comprises: a liquid medium; finely divided abrasive particles, wherein the slurry is characterized in that the abrasive particles remain uniformly distributed when the slurry is not subjected to shear, and the slurry decreases in viscosity when subjected to shear flowing through a microhole at a pressure of 0.69 to 13.79 Mpa; and a rheological additive to maintain distribution of said particles.
Abstract:
An abrasive liquid slurry for polishing and radiusing microholes comprises: a liquid medium; finely divided abrasive particles, wherein the slurry is characterized in that the abrasive particles remain uniformly distributed when the slurry is not subjected to shear, and the slurry decreases in viscosity when subjected to shear flowing through a microhole at a pressure of 0.69 to 13.79 Mpa; and a rheological additive to maintain distribution of said particles.
Abstract:
An abrasive liquid slurry for polishing and radiusing microholes comprises: a liquid medium; finely divided abrasive particles, wherein the slurry is characterized in that the abrasive particles remain uniformly distributed when the slurry is not subjected to shear, and the slurry decreases in viscosity when subjected to shear flowing through a microhole at a pressure of 0.69 to 13.79 Mpa; and a rheological additive to maintain distribution of said particles.
Abstract:
An abrasive liquid slurry for polishing and radiusing microholes comprises: a liquid medium; finely divided abrasive particles, wherein the slurry is characterized in that the abrasive particles remain uniformly distributed when the slurry is not subjected to shear, and the slurry decreases in viscosity when subjected to shear flowing through a microhole at a pressure of 0.69 to 13.79 Mpa; and a rheological additive to maintain distribution of said particles.
Abstract:
A system to smooth and radius a microhole in a workplace to calibrate the mircohole which comprises means for preconditioning a microhole with a liquid abrasive slurry at a first station, means for flowing a calibration fluid through the preconditioned microhole and means for flowing a slurry through the microhole for a predetermined time based on the flow rate of the calibration fluid.
Abstract:
A system to smooth and radius a microhole in a workplace to calibrate the mircohole which comprises means for preconditioning a microhole with a liquid abrasive slurry at a first station, means for flowing a calibration fluid through the preconditioned microhole and means for flowing a slurry through the microhole for a predetermined time based on the flow rate of the calibration fluid.
Abstract:
A system to smooth and radius a microhole in a workpiece to calibrate the microhole. The workpiece is held in an indexable holder (28), which moves the workpiece through a series of calibrating, abrasive jet, and cleaning stations.
Abstract:
A system to smooth and radius a microhole in a workpiece to calibrate the microhole. The workpiece is held in an indexable holder (28), which moves the workpiece through a series of calibrating, abrasive jet, and cleaning stations.