activity
20042009
most citedStar Formation in Close Pairs Selected from the Sloan Digital Sky Survey

177 citations · 352 across the 8 of their papers we have counts for

collaborators

8 papers

astro-ph.IM20092 cited

Inference of Coefficients for Use in Phase Correction II: Using the Observed Correlation Between Phase and Sky Brightness Fluctuations

Bojan Nikolic

By observing bright and compact astronomical sources while also taking data with the 183 GHz Water Vapour Radiometers, ALMA will be able to measure the `empirical' relationship bet…

astro-ph.IM20094 cited

Inference of Coefficients for Use in Phase Correction I

B. Nikolic

We present a Bayesian approach to calculating the coefficients that convert the outputs of ALMA 183 GHz water-vapour radiometers into estimates of path fluctuations which can then…

astro-ph200841 cited

The history of star formation and mass assembly in early-type galaxies

M. S. Clemens, A. Bressan, B. Nikolic +1

We define a volume limited sample of over 14,000 early-type galaxies (ETGs) selected from data release six of the Sloan Digital Sky Survey. The density of environment of each galax…

astro-ph2008

A Semi-Empirical Model of the Infrared Emission from Galaxies

Dominic C. Ford, Bojan Nikolic, Paul Alexander

We present a semi-empirical model for the infrared emission of dust around star-forming sites in galaxies. Our approach combines a simple model of radiative transfer in dust clouds…

astro-ph200688 cited

Out-Of-Focus Holography at the Green Bank Telescope

B. Nikolic, R. M. Prestage, D. S. Balser +2

We describe phase-retrieval holography measurements of the 100-m diameter Green Bank Telescope using astronomical sources and an astronomical receiver operating at a wavelength of…

astro-ph200640 cited

Measurement of Antenna Surfaces from In- and Out-Of-Focus Beam Maps using Astronomical Sources

B. Nikolic, R. E. Hills, J. S. Richer

We present a technique for the accurate estimation of large-scale errors in an antenna surface using astronomical sources and detectors. The technique requires several out-of-focus…