Andrew Bunker: Publications

Optical spectroscopy of two overlapping, flux-density-limited samples of radio sources in the North Ecliptic Cap, selected at 38 and 151 MHz

MONTHLY NOTICES OF THE ROYAL ASTRONOMICAL SOCIETY 308:4 (1999) 1096-1116

Authors:

M Lacy, S Rawlings, GJ Hill, AJ Bunker, SE Ridgway, D Stern

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The deepest spectrum of the universe? Constraints on the Lyman continuum background at high redshift

HY-REDSHIFT UNIVERSE: GALAXY FORMATION AND EVOLUTION AT HIGH REDSHIFT 193 (1999) 262-266

Authors:

FR Marleau, AJ Bunker, JR Graham

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A z=5.34 Galaxy Pair in the Hubble Deep Field

(1998)

Authors:

Hyron Spinrad, Daniel Stern, Andrew Bunker, Arjun Dey, Kenneth Lanzetta, Amos Yahil, Sebastian Pascarelle, Alberto Fernandez-Soto

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Seeking the Ultraviolet Ionizing Background at z~3 with the Keck Telescope

(1998)

Authors:

Andrew J Bunker, Francine R Marleau, James R Graham

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Keck Spectroscopy and NICMOS Photometry of a Redshift z=5.60 Galaxy

(1998)

Authors:

RJ Weymann, D Stern, A Bunker, H Spinrad, FH Chaffee, RI Thompson, LJ Storrie-Lombardi

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Andrew Bunker

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Optical spectroscopy of two overlapping, flux-density-limited samples of radio sources in the North Ecliptic Cap, selected at 38 and 151 MHz

Authors:

The deepest spectrum of the universe? Constraints on the Lyman continuum background at high redshift

Authors:

A z=5.34 Galaxy Pair in the Hubble Deep Field

Authors:

Seeking the Ultraviolet Ionizing Background at z~3 with the Keck Telescope

Authors:

Keck Spectroscopy and NICMOS Photometry of a Redshift z=5.60 Galaxy

Authors:

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Andrew Bunker

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Optical spectroscopy of two overlapping, flux-density-limited samples of radio sources in the North Ecliptic Cap, selected at 38 and 151 MHz

Authors:

The deepest spectrum of the universe? Constraints on the Lyman continuum background at high redshift

Authors:

A z=5.34 Galaxy Pair in the Hubble Deep Field

Authors:

Seeking the Ultraviolet Ionizing Background at z~3 with the Keck Telescope

Authors:

Keck Spectroscopy and NICMOS Photometry of a Redshift z=5.60 Galaxy

Authors: