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Contents
1. 3 X EDX2. TiO gt FeaO TiO
3. 4 Z m z Fig i Fig 6 ICPM 8300 Fig 4 Basic constitutions
4. X Rayny EDX 700 800 ICPS 7S00 ICPM 8500 SU NN Ny WN Piscopo A Robert D Marzolin C Weber J V TiO gt supported on glass fiber for the photocatalytic degradation of benzamide J Mater Sci Lett 19 8 pp 683 684 2000 Yano J Matsuura J Ohura H Yamasaki S Complete mineralization of propyzamide in aqueous solution containing TiO particles and H 0 by the simultaneous irradiation of light and ultrasonic waver Ultrasonic sonochemistry 12 pp 197 203 2005 Tarek A G A S Kato S Satokawa T Kojima Role of core diameter and silica c
5. HP 3 E 3 CHNS 3 3
6. SiO Table 1 EDX 800 Table 1 Chemical compositions of TiO SiO Fe 0 of same silica content but different magnetic diameter Core FesO4 TiO gt SiO gt Fe 04 Diameter um wt lt 25 46 45 13 36 40 19 25 45 41 94 14 34 43 72 45 75 37 46 13 46 49 08 75 106 42 40 13 06 44 54 106 150 33 85 13 25 52 90 150 180 37 03 12 40 50 57 o 3 2 1
7. 20 10 10 PE x OIrrigation O 8 A met Hse Ramfl 6 6 5 SS 58 8 sR a ew Fo SS lt g Rl FP 0 La fi Na Mg Ca K P Water Jons and water Fig 7 Ratio of ions and water resources into Site C between July 1999 and March 2004 _ 15000 2 July 2002 100 00 March 2004 2 8 eo 50 00 5 ee 8 000 Nalwglelk wlwglglr wlwelg lk Bare ground Under a tree Bare ground in the bank in the Pond in the Pond Sampling points and ions Fig 8 Comparison between July 2002 and March 2004 of concerntrations of water soluble ions at each point Tammin 1
8. 2 1 X EDX 800 CP AES X ICP MS X 3 H X EDX ICP AES ICP MS Fig 1
9. 8 dE 5 ICP MS NN ICP ABS A MMS Fig 1 Basic constitution of energy dispersive X ray ICP AES fluorescence spectrometer EDX X X X XX Professor Dept of Material and Life Science kojima st seikei ac jp 2 Research Associate Dept of Si Material and Life Science X Fig 2 EDX 800 Fig 2 Energy dispersive X ray fl
10. 2004 3 1 20 1 1M 2 3 TCP AES Fig 9 Ca 3 FT 50 00 8
11. J Fac Sci Tech Seikei Univ Vol 44 No 2 2007 pp 33 37 Qualitative and quantitative analysis of trace metals by the simultaneous multi element analysis system Toshinori KOJIMA Shigeru KATO Received September 27 2007 1 2
12. ICP MS ICP MS Table 2 7 1 1999 7 2004 3 Fig 7 57 Bank Bank Na Mg Ca K P Table 2 Ions concentration in each water measured in July 2002 Ions concentration in each water
13. Ww Bank Bank 2002 ul 7 2004 3 2002 7 1 5 6
14. 30 00 lt Se concentration in soil meq 100g dry soil Exchangeable cations K gt Ca Mg Ions Na Fig 9 Exchangeable cations of concentration in soil at surface 30 00 Leaf 4000 8 Branch 30 00 20 00 10 00 8 0 00 mm Ca K MI 8 1 00 080 5 0 60 8 0 40 8 a 0 20 5 oo Na P Mn Fe Ions Fig 10 Ions concentration in each organ of camaldulensis 3 3 3 2 1 1 1999 E 7 Eucalyptus camaldulensis ICP MS Fig 10
15. 4 HN 2002 3 3 00 10 1 50 Ca 3 2 1 1 Na 3 4 i es
16. of inductively coupled plasma atomic emission spectrometer ICP AES bottom right and inductively coupled plasma mass spectrometer ICP MS bottom left Fig 6 Inductively coupled plasma mass spectrometer ICPM 8500 3 3 1
17. ontent in photocatalytic activity of TiO gt SiO FesO4 composite Solid State Science 9 pp 737 743 2007 Journal of Japan Society of Hydrology and Water Resources to be submitted K Yamada T Kojima Y Abe A Wilhams J Law Carbon Sequestration in an Arid Environment near Leonora Western Australia Journal of Arid Land Studies 9 2 pp 143 151 1999 H Hamano N Saito Y Tanaka S Kato K Tahara N Takahashi S Kawarasaki K Yamada T Kojima Distribution of elements in tree organs of Eucalyptus camaldulensis in an arid environment of Western Australia Journal of Australian Forestry to be submitted
18. ppm Na Mg K Ca P Rainfall 2 20 0 4 1 76 0 92 0 27 Groundwater 211 00 36 00 3 00 44 00 0 01 Runoff water 2 90 0 64 5 30 1 20 0 00 Fig 8 2002 7 2004 Bank Pond E 3 Pond E Pond SD Pond 1 l Ca Na Mg K Pond Na Na K 10pug g y
19. uorescence spectrometer EDX 800 ICP AES ICP Fig 3 Inductively coupled plasma atomic emission spectrometer CPS 7500 Fig 3 ICPS 7300 Fig 4 gt 2 3 ICP MS ICP 2 2 Fig 4 2 2
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