@inproceedings{trussell_zhang_2012, title={The dominance of poisson noise in color digital cameras}, booktitle={2012 IEEE international conference on image processing (ICIP 2012)}, author={Trussell, H. J. and Zhang, R.}, year={2012}, pages={329–332} }
 @article{arogo_zhang_riskowski_day_1999, title={Mass transfer coefficient for hydrogen sulfide emission from aqueous solutions and liquid swine manure}, volume={42}, DOI={10.13031/2013.13309}, abstractNote={Mass transfer coefficient for hydrogen sulfide emission from an aqueous solution and liquid manure into the 
air was determined using a convective emission chamber where air temperature, velocity, turbulence, and relative 
humidity were precisely controlled. The mass transfer coefficient was determined from experimental data and correlated 
to liquid temperature, air temperature, and air velocity using a dimensional analysis method. Typical values of air 
temperature (15-35°C), air velocity (0.1-0.5 m/s), and liquid manure temperature (15-35°C) found in under-floor manure 
storage pits were used. The mass transfer coefficient increased as liquid temperature increased and decreased as the air 
velocity and air temperature increased. When the liquid temperature was higher than the air temperature, the mass 
transfer coefficient increased as the difference between the two temperatures increased. This result implies that higher 
emission rate of H2S is likely to occur in a situation where the liquid temperature is higher than the air temperature. 
Sensitivity analysis showed that the mass transfer coefficient is more sensitive to changes in liquid and air temperature 
than to air velocity above the liquid.}, number={5}, journal={Transactions of the ASAE}, author={Arogo, J. and Zhang, R. H. and Riskowski, G. L. and Day, D. L.}, year={1999}, pages={1455–1462} }