Donohue

Donohue M D and Aranovloh G L 1998 Classifioatlon of Gibbs adsorption Isotherms Adv. Colloid Interface Sci. 76/77 137-52... 

Donna Karan Donnan exclusion Donnan principle Donnazyme Donohue correlation Doors... 

There are no general, reUable pressure—drop formulas for baffled sheUside flow avaUable in the open Uterature. Therefore, the Donohue correlation for a pair of disk-donut or segmental baffles is presented herein because of its simplicity (15) ... 

D. L. Donohue and R. Zeislei, Anal Chem. 65, 359A—360A, 364A—368A (1993). 

Meehan, E., and O Donohue, S. J. (1992). The Role of Column and Media Design in the SEC Characterisation of High Molecular Weight Polymers. Presented at ISPAC 5, Inuyama, Japan. 

Kern s correlation checks well for the data of Short, Bowman, and Tinker for a wide variety of baffle cuts and spacing for segmental baffles with and without leakage as summarized by Donohue. Short s data for disc and doughnut baffles is better calculated by ... 

Shell-side film coefficients can be conveniendy obtained from the charts of Chen, Figures 10-60, 10-61, and 10-62. These are based on Donohue s equation... 

For bundle entrance and exit losses, refer to copyrighted graph of Donohue. ... 

Donohue reports agreement of 36% in turbulent flow conditions. 

It is shown in Section 9.9.5 that, with the existence of various bypass and leakage streams in practical heat exchangers, the flow patterns of the shell-side fluid, as shown in Figure 9.79, are complex in the extreme and far removed from the idealised cross-flow situation discussed in Section 9.4.4. One simple way of using the equations for cross-flow presented in Section 9.4.4, however, is to multiply the shell-side coefficient obtained from these equations by the factor 0.6 in order to obtain at least an estimate of the shell-side coefficient in a practical situation. The pioneering work of Kern(28) and DoNOHUE(lll who used correlations based on the total stream flow and empirical methods to allow for the performance of real exchangers compared with that for cross-flow over ideal tube banks, went much further and. 

Donohue, D.A. Ind. Eng. Chem. 41 (1949) 2499. Heat transfer and pressure drop in heat exchangers. 

Caron, A., and J. Donohue (1965) Bond lengths and thermal vibrations in orthorhombic sulfur. Acta Crystallogr. 18, 562-565. 

Lu, Chia-Si, and J. Donohue (1944) An electron-diffraction study of some sulfur compounds. J. A mer. Chem. Soc. 66, 818-827. 

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