1. Adelaide Research & Scholarship

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Results 61-70 of 123 (Search time: 0.009 seconds).
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PreviewIssue DateTitleAuthor(s)
2004The reliability of slurry pump gland sealsRidgway, N.; O'Neill, B.; Colby, C.; Moxham, K.; de Vaal, P.; Fuller, G.; International Tribology Conference (8th : 2004 : Pretoria, South Africa)
2001Physicochemical characteristics of LR3-IGF1 protein inclusion bodies: Electrophoretic mobility studiesWangsaWirawan, N.; O'Neill, B.; Middelberg, A.
2015An Fr 13 risk analysis of failure in a global food process - Illustration with milk processingChandrakash, S.; Davey, K.; O'Neill, B.
2009A preliminary study on fluid rock interactions of the hot fractured rock geothermal system in Cooper Basin, South AustraliaKuncoro, G.; Ngothai, Y.; O'Neill, B.; Pring, A.; Brugger, J.; Australian Geothermal Energy Conference (2nd : 2009 : Brisbane, Australia)
2008Economic evaluation of alternative technologies for tartrate stabilisation of winesLow, L.; O'Neill, B.; Ford, C.; Godden, J.; Gishen, M.; Colby, C.
2007Field testing of nanofiltration for tartrate stabilisation of wine at Berri Estates WineryLow, L.; Colby, C.; O'Neill, B.; Ford, C.; Godden, J.; Gishen, M.; Martin Rhodes,; CHEMECA (35th : 2007 : Melbourne, Australia)
2010A preliminary study on Na-Cl-H2O-Rock interactions of the hot fractured rock geothermal system in Cooper Basin, South AustraliaKuncoro, G.; Ngothai, Y.; O'Neill, B.; Pring, A.; Brugger, J.; Australian Geothermal Energy Conference (3rd : 2010 : Adelaide, Australia)
2007The kinetics of pentlandite oxidation in the temperature range 530-600 degrees CXia, F.; Pring, A.; Ngothai, Y.; O'Neill, B.; Brugger, J.; Chen, G.; Colby, C.; Martin Rhodes,; Australasian Chemical Engineering Conference (35th : 2007 : Melbourne, Vic.)
2007The catalytic role of pyrrhotite in hydrothermal alteration of pentlandite to violariteXia, F.; Pring, A.; Ngothai, Y.; O'Neill, B.; Brugger, J.; Chen, G.; Colby, C.; Martin Rhodes,; Australasian Chemical Engineering Conference (35th : 2007 : Melbourne, Vic.)
2007The mechanism of pentlandite oxidation in the temperature range 530-600 degrees CXia, F.; Pring, A.; Ngothai, Y.; O'Neill, B.; Brugger, J.; Chen, G.; Colby, C.; Martin Rhodes,; Australasian Chemical Engineering Conference (35th : 2007 : Melbourne, Vic.)

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