Publications by Zapalac G | LitMetric

Publications by authors named "Zapalac G"

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Deep inelastic scattering of polarized electrons by polarized 3He and the study of the neutron spin structure.

PL Anthony RG Arnold HR Band H Borel PE Bosted

Phys Rev D Part Fields

December 1996

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Measurement of the kaon content of three-prong tau decays.

DA Bauer R Belcinski RC Berg HH Bingham ED Bloom

Phys Rev D Part Fields

July 1994

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Evidence for spin-one resonance production in the reaction gamma gamma *--> pi + pi - pi 0 pi 0.

DA Bauer R Belcinski RC Berg HH Bingham CD Buchanan

Phys Rev D Part Fields

November 1993

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Determination of the neutron spin structure function.

PL Anthony RG Arnold HR Band H Borel PE Bosted

Phys Rev Lett

August 1993

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Electron-spin polarization in photoemission from strained GaAs grown on GaAs1-xPx.

T Maruyama EL Garwin R Prepost GH Zapalac

Phys Rev B Condens Matter

August 1992

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Observation of strain-enhanced electron-spin polarization in photoemission from InGaAs.

T Maruyama EL Garwin R Prepost GH Zapalac JS Smith

Phys Rev Lett

May 1991

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New measurement of the production polarization and magnetic moment of the Xi - hyperon.

LH Trost ER McCliment CR Newsom SY Hsueh D Müller

Phys Rev D Part Fields

September 1989

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High-precision measurement of polarized- Sigma - beta decay.

SY Hsueh D Müller J Tang R Winston G Zapalac

Phys Rev D Part Fields

October 1988

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Measurement of the Sigma - magnetic moment using the Sigma --->ne- nu -bar and Sigma --->n pi - decay modes.

G Zapalac SY Hsueh D Muller J Tang R Winston

Phys Rev Lett

September 1986

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Measurement of the electron asymmetry in the beta decay of polarized Sigma - hyperons.

SY Hsueh D Muller J Tang R Winston G Zapalac

Phys Rev Lett

June 1985

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A fast and accurate method for measuring radon exhalation rates from building materials.

J G Ingersoll B D Stitt G H Zapalac

Health Phys

August 1983

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A time-dependent method for characterizing the diffusion of 222Rn in concrete.

Health Phys

August 1983

The porosity and diffusion length of concrete have been determined by measuring the time-dependent diffusion of radon through a thin slab of the material. One surface of the slab is exposed to a large, fixed radon concentration beginning at t = 0. The radon that diffuses out of a portion of the opposite surface is collected during several contiguous time intervals.

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