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Results: 1-3 |
Results: 3
THE AMELIORATION OF ACID-MINE DRAINAGE BY AN IN-SITU ELECTROCHEMICAL METHOD .2. EMPLOYING ALUMINUM AND ZINC AS SACRIFICIAL ANODES
Authors: SHELP GS CHESWORTH W SPIERS G
Citation: Gs. Shelp et al., THE AMELIORATION OF ACID-MINE DRAINAGE BY AN IN-SITU ELECTROCHEMICAL METHOD .2. EMPLOYING ALUMINUM AND ZINC AS SACRIFICIAL ANODES, Applied geochemistry, 11(3), 1996, pp. 425-432
THE AMELIORATION OF ACID-MINE DRAINAGE BY AN IN-SITU ELECTROCHEMICAL METHOD .1. EMPLOYING SCRAP IRON AS THE SACRIFICIAL ANODE
Authors: SHELP GS CHESWORTH W SPIERS G
Citation: Gs. Shelp et al., THE AMELIORATION OF ACID-MINE DRAINAGE BY AN IN-SITU ELECTROCHEMICAL METHOD .1. EMPLOYING SCRAP IRON AS THE SACRIFICIAL ANODE, Applied geochemistry, 10(6), 1995, pp. 705
BORON RETRANSLOCATION IN BROCCOLI
Authors: MARENTES E SHELP FJ VANDERPOOL RA SPIERS G
Citation: E. Marentes et al., BORON RETRANSLOCATION IN BROCCOLI, Plant physiology, 102(1), 1993, pp. 164-164
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