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Experimental research and numerical simulations of thrust vector control nozzle flow.

• Authors : Zivkovic, S.; Milinovic, M.; Gligorijevic, N.

• Source: Aeronautical Journal; Jul2016, Vol. 120 Issue 1229, p1153-1174, 22p

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Simulations to compare efficacies of tetravalent dengue vaccines and mosquito vector control.

• Authors : THAVARA, U.; TAWATSIN, A.; NAGAO, Y.

• Source: Epidemiology & Infection; Jun2014, Vol. 142 Issue 6, p1245-1258, 14p

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Will people change their vector-control practices in the presence of an imperfect dengue vaccine?

• Authors : BOCCIA, T. M. Q. R.; BURATTINI, M. N.; COUTINHO, F. A. B.

• Source: Epidemiology & Infection; Mar2014, Vol. 142 Issue 3, p625-633, 9p

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Readjustment of the malaria vector control strategy in the Rusizi Valley, Burundi.

• Authors : Smits, A.; Coosemans, M.; Van Bortel, W.

• Source: Bulletin of Entomological Research; Oct1995, Vol. 85 Issue 4, p541-548, 8p

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The politics of malaria vector control.

• Authors : Schofield, C. J

• Source: Bulletin of Entomological Research; Jan1993, Vol. 83 Issue 1, p1-4, 4p

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Bancroftian filariasis in Pondicherry, South India: 2. Epidemiological evaluation of the effect of vector control.

• Authors : Subramanian, S.; Pani, S. P.; Das, P. K.

• Source: Epidemiology & Infection; Nov1989, Vol. 103 Issue 3, p693-702, 10p

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The effects of vector control on the antibody response to antigens of Onchocerca volvulus.

• Authors : Bradley, J. E.; Gillespie, A. J.; Trenholme, K. R.

• Source: Parasitology; Apr1993, Vol. 106 Issue 4, p363-370, 8p

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Alternative Methods of Vector Control.

• Source: International Review of the Red Cross (0020-8604); 09/01/1972, Vol. 12 Issue 138, p529-529, 1p

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