[~ΆΙζιCO¨Ώ²Έi2002`2016N@j |
|
nζE |
²ΈN |
ΧΦ[g |
R[/yvV |
r[ |
|
OHPρ |
GDP/l
(UShF
2005N) |
1. ϊ{ |
2008NQ |
P ~
@0.01 US h |
120~ |
250~ |
130~ |
800~ |
31,267 |
EE |
EE |
EE |
EE |
AWA |
- |
- |
- |
- |
- |
- |
- |
2. iγCj |
13N2`3 |
P³
16~ |
EE |
EE |
32~i500mlj |
EE |
6,757 |
EE |
EE |
2³ |
EE |
3.
@ikAΌVssj |
12N2`3 |
P³
15~ |
EE |
EE |
30~i500mlj |
EE |
EE |
EE |
2³ |
EE |
4.
@iΰS©‘ζj |
08NW |
P³
16~ |
40~i500mlj |
EE |
EE |
EE |
2.5³ |
EE |
EE |
EE |
5. ikj |
08NQ |
P³
15~ |
EE |
EE |
53~ |
EE |
EE |
EE |
3.5³ |
EE |
6. iγCj |
07N2`3 |
P³
17~ |
EE |
EE |
17~ |
80~ |
EE |
EE |
P³ |
4.7³ |
7. ikj |
06N2`3 |
P³
15~ |
52.5~ |
45~ |
15~ |
45`150~ |
3.5³ |
R³ |
P³ |
R`10³ |
8. iγCj |
05N2`3 |
P³
14~ |
42~ |
70`140~ |
35~ |
70`140~ |
R³ |
T`10³ |
2.5³ |
T`10³ |
9. i`j |
13NX |
1`h
W~ |
EE |
EE |
90~i500mlj |
EE |
EE |
EE |
11 `h |
EE |
10. i`j |
12N3 |
1`h
10.42~ |
EE |
EE |
EE |
62.5~ |
EE |
EE |
EE |
6`h |
11. δp |
16NQ |
PVδph
3.7~ |
¨32~i500mlj |
EE |
EE |
EE |
17,294
(2007Nj |
45NT$ |
EE |
EE |
EE |
12. δp |
13NX |
P³
3~ |
¨60~i600mlj |
EE |
EE |
EE |
19³ |
EE |
EE |
EE |
13. δp |
10N12 |
PVδph
3.33~ |
56~ |
EE |
EE |
EE |
16³ |
EE |
EE |
EE |
14. δp |
08NR |
PVδph
3.33~ |
EE |
117~ |
EE |
EE |
EE |
35NT$ |
EE |
EE |
15. δp |
07N12 |
PVδph
3.5~ |
87.5~ |
109`158~ |
63`91~ |
175`525~ |
25NT$ |
31`45NT$ |
18`26NT$ |
50`150NT$ |
16. Ψ |
12NR |
PEH
0.07~ |
EE |
EE |
42~i500mlj |
175~ |
22,029 |
EE |
EE |
600EH |
2,500EH |
17. Ψ |
09NX |
PEH
0.08~ |
EE |
EE |
40~i500mlj |
EE |
EE |
EE |
500EH |
EE |
18. Ψ |
08NW |
PEH
0.09~ |
EE |
EE |
91~i500mlj |
EE |
EE |
EE |
1,000EH |
EE |
19. Ψ |
07NW |
PEH
0.14~ |
196~iεj |
Δ 196~ |
140~iεj |
840~ |
1,400EH |
1,400EH |
1,000EH |
6,000EH |
20. Ψ |
06N11 |
PEH
0.135~ |
EE |
EE |
68~i500mlj |
EE |
EE |
EE |
500EH |
EE |
21. Ψ |
06NW |
PEH
0.14~ |
EE |
EE |
60~i500mlj |
EE |
EE |
EE |
430EH |
EE |
22. Ψ |
06N2`3 |
PEH
0.08~ |
100~iεj |
EE |
EE |
EE |
1,200EH |
EE |
EE |
EE |
23. J{WA |
15N7`8 |
P G
@0.02~ |
EE |
EE |
49~i500mlj |
EE |
2,727 |
EE |
EE |
2,450G |
EE |
24. J{WA |
13N2`3 |
P G
@0.02~ |
EE |
EE |
40~i500mlj |
EE |
EE |
EE |
2,000G |
EE |
25. J{WA |
13N2`3 |
P G
@0.02~ |
EE |
200~(Κj |
EE |
EE |
EE |
8,050G |
EE |
EE |
26. J{WA |
13N2`3 |
P G
@0.02~ |
40~i350mlj |
EE |
EE |
EE |
2,000G |
EE |
EE |
EE |
27. J{WA |
12N9 |
P G
@0.019~ |
EE |
EE |
57~iP lit) |
EE |
EE |
EE |
3,000G |
EE |
28. J{WA |
12N8`9 |
P G
@0.02~ |
EE |
EE |
20~i500mlj |
EE |
EE |
EE |
1,000G |
EE |
29. J{WA |
12N3`4 |
P G
@0.02~ |
50~ |
EE |
20`30~i500mlj |
EE |
2,500G |
EE |
1,000`1.500G |
EE |
30. J{WA |
12N2`3 |
P G
@0.02~ |
EE |
EE |
20~i500mlj |
EE |
EE |
EE |
1,000G |
EE |
31. J{WA |
11NX |
P G
@0.019~ |
EE |
EE |
57~iP lit) |
EE |
EE |
EE |
3,000G |
EE |
32. J{WA |
11NW |
P G
@0.0195~ |
78~ |
EE |
39~i500mlj |
EE |
4,000G |
EE |
2,000G |
EE |
33. J{WA |
11N2`3 |
P G
@0.02~ |
40~i350mlj |
EE |
40~i500mlj |
EE |
2,000G |
EE |
2,000G |
EE |
34. J{WA |
11NQ |
P G
@0.02~ |
EE |
EE |
40~i500mlj |
EE |
EE |
EE |
2,000G |
EE |
35. J{WA |
09NQ |
P G
@0.02~ |
EE |
100~ |
40~i500mlj |
80~ |
EE |
5,000G |
2,000G |
4,000G |
36. J{WA |
08NX |
P G
@0.03~ |
EE |
EE |
30~i500mlj |
EE |
EE |
EE |
1,000G |
EE |
37. J{WA |
08NX |
P G
@0.03~ |
60`90~(350ml) |
EE |
60`90~ |
60`120~ |
2,000`3,000G |
EE |
2,000`3,000G |
2,000`4,000G |
38. J{WA |
08N7`8 |
P G
@0.03~ |
EE |
EE |
EE |
75`535~ |
EE |
EE |
EE |
EE |
(Ph107~j |
EE |
EE |
EE |
0.7`Th |
39. J{WA |
07NW |
P G
@0.03~ |
EE |
EE |
20~ |
EE |
EE |
EE |
667G |
EE |
(Ph115~j |
EE |
EE |
i0.17hj |
EE |
40. J{WA |
07NQ |
P G
@0.03~ |
60~ |
60~ |
60~ |
120~ |
2,000G |
2,000G |
2,000G |
4,000G |
(Ph119~j |
i0.5hj |
i0.5hj |
i0.5hj |
i1hj |
41. J{WA |
06NV |
P G
@0.03~ |
46~ |
EE |
EE |
EE |
1,533G |
EE |
EE |
EE |
(Ph116~j |
i0.4hj |
EE |
EE |
EE |
42. J{WA |
05NW |
P G
@0.03~ |
30`45~ |
EE |
EE |
302~ |
1,000`1,500G |
EE |
EE |
EE |
(Ph112~j |
EE |
EE |
EE |
i2.7hj |
43. J{WA |
05N2`3 |
P G
@0.03~ |
75~ |
75~ |
35~ |
EE |
2,500G |
2,500G |
2,000G |
EE |
(Ph107~j |
i0.7hj |
i0.7hj |
i0.35hj |
EE |
44. J{WA |
04NX |
P G
@0.03~ |
EE |
60~ |
37~(ε) |
EE |
EE |
2,000G |
1,200G |
EE |
45. J{WA |
04NW |
P G
@0.03~ |
EE |
EE |
X~ |
240~ |
EE |
EE |
300G |
8,000G |
46. J{WA |
03N10 |
P G
@0.03~ |
EE |
EE |
EE |
45~ |
EE |
EE |
EE |
1,500 G |
47. xgi |
16NX |
Ph
0.005~ |
EE |
EE |
30~iP lit) |
EE |
3,071 |
EE |
EE |
6,000h |
EE |
48. xgi |
13NW |
Ph
0.0037~ |
EE |
EE |
11`19~iP.5 lit) |
EE |
EE |
EE |
3,000`5,000h |
EE |
49. xgi |
13N2`3 |
Ph
0.005~ |
EE |
EE |
40~i500mlj |
EE |
EE |
EE |
8,000h |
EE |
50. xgi |
12NX |
Ph
0.00368~ |
EE |
EE |
18.4~iP lit) |
EE |
EE |
EE |
5,000h |
EE |
51. xgi |
12NW |
Ph
0.0037~ |
EE |
EE |
11`19~iP.5 lit) |
EE |
EE |
EE |
3,000`5,000h |
EE |
52. xgi |
12N3`4 |
Ph
0.004~ |
50~ |
EE |
20`30~i500mlj |
EE |
12,500h |
EE |
5,000`7,500h |
EE |
53. xgi |
11N7`8 |
Ph
0.00368~ |
EE |
EE |
18.4~iP lit) |
EE |
EE |
EE |
5,000h |
EE |
54. xgi |
11NV |
Ph
0.00368~ |
EE |
EE |
18.4~iP lit) |
EE |
EE |
EE |
5,000h |
EE |
55. xgi |
11N2`3 |
Ph
0.004~ |
20~i350mlj |
EE |
EE |
28~ |
5,000h |
EE |
EE |
7,000h |
56. xgi |
10N2`3 |
Ph
0.005~ |
EE |
100`125~ |
20`30~ |
EE |
EE |
2`2h |
4,000`6,000h |
EE |
57. xgi |
09NX |
Ph
0.005~ |
EE |
88~i350mlj |
30~i200mlj |
EE |
EE |
17,600h |
6,000h |
EE |
58. xgi |
08N8`9 |
Ph
0.007~ |
39~i350mlj |
56~i500mlj |
14`21~i500mlj |
210~ |
5,500h |
8,000h |
2,000`3,000h |
30,000h |
59. xgi |
07NW |
Ph
0.007~ |
EE |
EE |
23~ |
EE |
EE |
EE |
3,300h |
EE |
60. xgi |
04NX |
Ph
0.007~ |
35~ |
56~ |
28~ |
196~ |
5,000h |
8,000h |
4,000h |
28,000h |
61. xgi |
04NW |
Ph
0.007~ |
V0~ |
EE |
35~iεj |
84~ |
10,000h |
EE |
5,000h |
12,000h |
62. tBs |
16NQ |
P y\
@2.5~ |
150~ |
137.5~ |
50~i500mlj |
200~ |
5,137 |
60y\ |
55y\ |
20y\ |
80y\ |
63. tBs |
15NQ |
P y\
@2.7~ |
EE |
EE |
40.5~i500mlj |
EE |
EE |
EE |
15y\ |
EE |
64. tBs |
13N8`9 |
P y\
@Q~ |
EE |
100~ |
20~ |
EE |
EE |
50y\ |
10y\ |
EE |
65. tBs |
13N2`3 |
P y\
@2.3~ |
EE |
EE |
34.5~i500mlj |
EE |
EE |
EE |
15y\ |
EE |
66. tBs
@@@iZuj |
12NW |
P y\
@1.9~ |
EE |
EE |
48~ |
EE |
EE |
EE |
25y\ |
EE |
67. tBs |
12NR |
P y\
@1.9~ |
57~i1.5 lit) |
EE |
28~i500mlj |
190~ |
30y\ |
EE |
15y\ |
100y\ |
68. tBs |
09N7`8 |
P y\
@Q~ |
36~i350mlj |
48~i350mlj |
18~i500mlj |
100`500~ |
18y\ |
24y\ |
9y\ |
50`250y\ |
69. tBBs |
08N8`9 |
P y\
@2.5~ |
45~i500mlj |
50~ |
25~ |
EE |
18y\ |
20y\ |
10y\ |
EE |
70. tBs |
08NW |
P y\
@2.5`2.65~ |
45~i350mlj |
EE |
20~i500mlj |
100`350~ |
18y\ |
EE |
V y\ |
50`150y\ |
71. tBs |
08N2`3 |
P y\
@2.5~ |
46~i350mlj |
61~i350mlj |
39~iP lit) |
125`500~ |
18.5y\ |
24.5y\ |
15.5y\ |
50`200y\ |
72. tBs |
07NW |
P y\
@3.08~ |
EE |
EE |
60~ |
EE |
EE |
EE |
19.5y\ |
EE |
73. tBs |
07NW |
P y\
@2.5~ |
20~ |
50~ |
30~ |
500~ |
Wy\ |
20y\ |
12y\ |
200y\ |
74. tBs |
06N7`8 |
P y\
@Q~ |
36~i500mlj |
EE |
EE |
100~ |
18y\ |
EE |
EE |
50 y\ |
75. tBs |
04N7`8 |
Py\
@Q~ |
30~(εj |
EE |
30~(εj |
94~ |
15 y\ |
EE |
15 y\ |
47 y\ |
76. tBs |
03NW |
P y\
@Q~ |
16~ |
40~ |
16~ |
80~ |
W y\ |
20 y\ |
W y\ |
40 y\ |
77. tBs |
03NV |
P y\
@Q~ |
20~ |
EE |
EE |
100~ |
10 y\ |
EE |
EE |
50 y\ |
78. ^C |
15N7`8 |
P o[c
@3.4~ |
EE |
EE |
41~i500mlj |
136`204~ |
8,677 |
EE |
EE |
12o[c |
40`60o[c |
79. ^C |
13N8`9 |
P o[c
@3.19~ |
EE |
EE |
41~i500mlj |
EE |
EE |
EE |
13o[c |
EE |
80. ^C |
13NR |
P o[c
@R~ |
EE |
EE |
30~iP lit) |
EE |
EE |
EE |
10o[c |
EE |
81. ^C |
12NX |
P o[c
@2.49~ |
EE |
EE |
37~iP lit) |
EE |
EE |
EE |
12o[c |
EE |
82. ^C |
12NX |
P o[c
@2.6~ |
EE |
EE |
40~i500mlj |
EE |
EE |
EE |
15o[c |
EE |
83. ^C |
12N8`9 |
P o[c
@2.5~ |
EE |
EE |
25~i500mlj |
EE |
EE |
EE |
10o[c |
EE |
84. ^C |
12N3`4 |
P o[c
@2.7~ |
50~ |
EE |
20`30~i500mlj |
EE |
18.5o[c |
EE |
7`11o[c |
EE |
85. ^C |
12N2`3 |
P o[c
@2.7~ |
EE |
EE |
27`54~i500mlj |
EE |
EE |
EE |
10`15o[c |
EE |
86. ^C |
11N8`9 |
P o[c
@2.49~ |
EE |
EE |
30~iP lit) |
EE |
EE |
EE |
12o[c |
EE |
87. ^C |
11NW |
P o[c
@2.7~ |
EE |
EE |
54~i500mlj |
EE |
EE |
EE |
20o[c |
EE |
88. ^C |
11NW |
P o[c
@2.49~ |
EE |
EE |
15`50~iP lit) |
EE |
EE |
EE |
6`20o[c |
EE |
89. ^C |
11NR |
P o[c
@2.7~ |
EE |
EE |
55~i500mlj |
EE |
EE |
EE |
20o[c |
EE |
90. ^C |
11N2`3 |
P o[c
@2.73~ |
55~i350mlj |
EE |
22~i500mlj |
EE |
20o[c |
EE |
Wo[c |
EE |
91. ^C |
10N2`3 |
P o[c
@R~ |
EE |
150`300~ |
18`30~ |
EE |
EE |
50`100o[c |
6`10o[c |
EE |
92 ^C |
09NR |
P o[c
@2.76~ |
60~ |
EE |
EE |
150~ |
21.7o[c |
EE |
EE |
54.3o[c |
93. ^C |
08N8`9 |
P o[c
@3.3~ |
60~ |
75~ |
20~ |
250~ |
18.2o[c |
22.7o[c |
6.1o[c |
75.75o[c |
94. ^C |
08N3`4 |
P o[c
@3.2~ |
60~ |
60~ |
20~ |
120~ |
18.75o[c |
18.75o[c |
6.25o[c |
37.5o[c |
95. ^C |
08NQ |
P o[c
@3.29~ |
EE |
EE |
23~i600mlj |
66~ |
EE |
EE |
Vo[c |
20o[c |
96. ^C |
07NQ |
P o[c
@R~ |
75~ |
75~ |
20~ |
120~ |
25o[c |
25o[c |
6.7o[c |
40o[c |
97. ^C |
05NX |
P o[c
@2.7~ |
EE |
EE |
19`27~ |
EE |
EE |
EE |
V`10o[c |
EE |
98. IX |
11NW |
P L[v
@0.0096~ |
EE |
EE |
38~iP lit) |
EE |
2,039
|
EE |
EE |
4,000L[v |
EE |
99. IX |
10NX |
P L[v
@0.01~ |
EE |
87~ |
EE |
174~ |
EE |
8,000L[v |
EE |
15,000L[v |
100. IX |
10N2`3 |
P L[v
@0.01~ |
EE |
80`120~ |
20`40~ |
EE |
EE |
8,000`12,000KP |
2,000`4,000KP |
EE |
101. IX |
09NX |
P L[v
@0.012`0.015~ |
96`120~ |
96`120~ |
EE |
180`225~ |
8,000L[v |
8,000L[v |
EE |
15,000L[v |
102. IX |
08N8`9 |
P L[v
@0.012~ |
60`96~i500mlj |
84~ |
24~ |
420~ |
5,000`8,000L[v |
7,000L[v |
2,000L[v |
35,000L[v |
103. IX |
08NQ |
P L[v
@0.011~ |
75~(R[q[j |
EE |
EE |
220~ |
5,000L[v |
EE |
EE |
2L[v |
104. ChlVA |
11NW |
P sA
@0.01~ |
EE |
EE |
15`55~i500mlj |
EE |
3,843 |
EE |
EE |
1,500`5,500RP |
EE |
105. ChlVA |
10N8`9 |
P sA
@0.01~ |
80~i500mlj |
EE |
EE |
EE |
8,000sA |
EE |
EE |
EE |
106.ChlVA
@ @@@ioj |
08NR |
P sA
@0.012~ |
EE |
EE |
20~i500mlj |
800~ |
EE |
EE |
1,700sA |
68.000sA |
107.ChlVA
@@@@ioj |
05N2`3 |
P sA
@0.014~ |
EE |
EE |
16~iQ lit) |
126~ |
EE |
EE |
1,142sA |
9,000sA |
108. ~}[ |
16NX |
P `bg
@0.08~ |
EE |
EE |
24~iP lit) |
EE |
702
(2010Nj |
EE |
EE |
300`bg |
EE |
109. ~}[ |
12NW |
P `bg
@0.1~ |
EE |
EE |
20~iP lit) |
EE |
EE |
EE |
200`bg |
EE |
110. ~}[ |
12N2`3 |
P `bg
@0.1~ |
EE |
EE |
10~i500mlj |
EE |
EE |
EE |
100`bg |
EE |
111. }[VA |
16NX |
P M
@23.8~ |
EE |
EE |
71.4~iP lit) |
EE |
5,017 |
EE |
EE |
R M |
EE |
112. }[VA |
12NW |
P M
@24.18~ |
EE |
EE |
60~iP lit) |
EE |
EE |
EE |
2.5 M |
EE |
113. }[VA |
12N2`3 |
P M
@25~ |
EE |
EE |
50~i500mlj |
EE |
EE |
EE |
Q M |
EE |
114. }[VA |
11N8`9 |
P M
@24.18~ |
EE |
EE |
60~iP lit) |
EE |
EE |
EE |
2.5 M |
EE |
115. }[VA |
08NX |
P M
@31.8~ |
EE |
EE |
63.6~ |
EE |
EE |
EE |
Q M |
EE |
116. eB[ |
12NX |
P USh
@78~ |
20~ |
EE |
23~ |
EE |
2,178 |
25Zg |
EE |
30Zg |
EE |
117. eB[ |
05NW |
P USh
@113~ |
113~ |
170~ |
EE |
EE |
1 USh |
1.5 USh |
EE |
EE |
118. Ch |
16NR |
P s[
@1.6~ |
EE |
EE |
16~i1 litj |
EE |
3,452 |
EE |
EE |
10s[ |
EE |
119. Ch |
15NX |
P s[
@1.82~ |
EE |
EE |
18.2~i1 litj |
EE |
EE |
EE |
10s[ |
EE |
120. Ch |
15N2`3 |
P s[
@Q~ |
EE |
EE |
20`40~ |
160~ |
EE |
EE |
15`20s[ |
80s[ |
121. Ch |
13N8`9 |
P s[
@1.6~ |
EE |
EE |
32~i1 litj |
EE |
EE |
EE |
20s[ |
EE |
122. Ch |
13NR |
P s[
@1.82~ |
EE |
EE |
36~i1 litj |
182~ |
EE |
EE |
20s[ |
100s[ |
123. Ch |
12N8`9 |
P s[
@1.5`Q~ |
EE |
EE |
35~i1 litj |
EE |
EE |
EE |
20s[ |
EE |
124. Ch |
12NW |
P s[
@1.5~ |
EE |
EE |
15`23~i1 lit) |
EE |
EE |
EE |
10`15s[ |
EE |
125. Ch |
12NW |
P s[
@1.6`1.8~ |
EE |
EE |
24`36~i1 lit) |
EE |
EE |
EE |
15`20s[ |
EE |
126. Ch |
12NQ |
P s[
@1.56~ |
EE |
EE |
23~i1 litj |
EE |
EE |
EE |
15s[ |
EE |
127. Ch |
11NX |
P s[
@1.7~ |
43~i600mlj |
EE |
34~i1 litj |
EE |
25s[ |
EE |
20s[ |
EE |
128. Ch |
11N8`9 |
P s[
@2~ |
30~i650mlj |
EE |
30~i1 litj |
EE |
15s[ |
EE |
15s[ |
EE |
129. Ch |
11N8`9 |
P s[
@1.6`1.8~ |
EE |
EE |
24`36~i1 lit) |
EE |
EE |
EE |
15`20s[ |
EE |
130. Ch |
10N8`9 |
P s[
@2~ |
EE |
EE |
20`30~i1 lit) |
100`200~ |
EE |
EE |
10`15s[ |
50`100s[ |
131. Ch |
09N8`9 |
P s[
@2.1~ |
32~ |
EE |
21`32~i1 lit) |
105~ |
15s[ |
EE |
10`15s[ |
50s[ |
132. Ch |
09N8`9 |
P s[
@2~ |
40~i600mlj |
EE |
24`30~i1 lit) |
100~ |
20s[ |
EE |
12`15s[ |
50s[ |
133. Ch |
08N8`9 |
P s[
@2.6~ |
EE |
EE |
31.2~ |
260~ |
EE |
EE |
12s[ |
100s[ |
134. Ch |
07NW |
P s[
@2.8~ |
33.6~ |
EE |
33.6~ |
90~ |
12s[ |
EE |
12s[ |
30s[ |
135. Ch |
06N8`9 |
P s[
@2.54~ |
114.3~ |
EE |
38.1~ |
EE |
45s[ |
EE |
15s[ |
EE |
136. Ch |
05N8`9 |
P s[
@2.7~ |
32~ |
EE |
32~ |
267~ |
12s[ |
EE |
12s[ |
99s[ |
137. Ch |
05N8`9 |
P s[
@2.6~ |
13~i200mlj |
208~ |
39~ |
EE |
Ts[ |
80s[ |
15s[ |
EE |
138. VK|[ |
13NW |
P rh
@65~ |
EE |
EE |
100~i500mlj |
EE |
26,834
(2006Nj |
EE |
EE |
1.54 Sh |
EE |
139. VK|[ |
13NW |
P rh
@80~ |
EE |
EE |
80~i500mlj |
EE |
EE |
EE |
1 Sh |
EE |
140. oOfV
|
09NW |
P ^J
@1.5~ |
37.5~i500mlj |
EE |
18~i500mlj |
EE |
423 |
25^J |
EE |
12^J |
EE |
141. XJ |
08N3`4 |
P s[
@12~ |
360~ |
EE |
1,500~(5lit.j |
156~(p) |
1,199 |
30s[ |
EE |
125s[ |
13s[ |
142. AtKjX^ |
04NW |
PAtKj[
2.39~ |
36~(Κ) |
EE |
60~(1lit.j |
EE |
EE |
15AtKj[ |
EE |
25AtKj[ |
EE |
AtJE |
- |
- |
- |
- |
- |
- |
- |
143. ^UjA |
15N12`
16NP |
P^UjAVO
0.0625~ |
EE |
EE |
125~i500mlj |
EE |
316 |
EE |
EE |
2,000 TS |
EE |
144. ^UjA |
15NX |
P^UjAVO
0.05~ |
EE |
EE |
80~i1 lit) |
350~ |
EE |
EE |
1,600 TS |
7,000 TS |
145. ^UjA |
15NW |
P^UjAVO
0.06~ |
EE |
EE |
90~i1 lit) |
EE |
EE |
EE |
1,500 TS |
EE |
146. ^UjA |
14NX |
P^UjAVO
0.06~ |
EE |
EE |
31~i500mlj |
EE |
EE |
EE |
500 TS |
EE |
147. ^UjA |
13NX |
P^UjAVO
0.06~ |
EE |
EE |
31~i500mlj |
EE |
EE |
EE |
500 TS |
EE |
148. ^UjA |
13NX |
P^UjAVO
0.06~ |
EE |
EE |
36~i500mlj |
EE |
EE |
EE |
600 TS |
EE |
149. ^UjA |
13NW |
P^UjAVO
0.06~ |
EE |
EE |
42~i1 lit) |
EE |
EE |
EE |
700 TS |
EE |
150. ^UjA |
13N2`3 |
P^UjAVO
0.059~ |
EE |
EE |
89~i1.5 lit) |
EE |
EE |
EE |
1,500 TS |
EE |
151. ^UjA |
11NX |
P^UjAVO
0.053~ |
EE |
EE |
43~i500mlj |
EE |
EE |
EE |
1,500 TS |
EE |
152. _ |
11NR |
P_t
0.12~ |
83~i500mlj |
EE |
EE |
EE |
236 |
700RF |
EE |
EE |
EE |
153. μAtJ |
16N1`2 |
Pg
W~ |
EE |
EE |
80~i750mlj |
EE |
11,110 |
EE |
EE |
10g |
EE |
154. μAtJ |
08NW |
Pg
12~ |
72~ |
EE |
60~ |
144~ |
Ug |
EE |
Tg |
12g |
155. μAtJ |
04N11 |
Pg
18.3~ |
92`128~ |
EE |
55`110~ |
422`550~ |
T`Vg |
EE |
R`Ug |
23`30g |
156. WouG |
04N11 |
Pyh
0.018~ |
109`218~ |
EE |
109`218~ |
EE |
2,038 |
6000`Pyh |
EE |
6000`Pyh |
EE |
157. {ci |
04N11 |
Pv
19.2~ |
38~ |
EE |
19~ |
192~ |
12,387 |
Qv |
EE |
Pv |
10v |
158. UrA |
12NW |
PN`
0.02~ |
60~i500mlj |
EE |
EE |
100~(CUΒ )
|
1,023 |
3,000N` |
EE |
EE |
5,000N` |
159. UrA |
04N11 |
PN`
0.03~ |
131~ |
EE |
EE |
EE |
4,732N` |
EE |
EE |
EE |
160. PjA |
16N11 |
P KVO
1~ |
EE |
250~i500mlj |
84~i1 litj |
EE |
1,240 |
EE |
250 Ksh |
84 Ksh |
EE |
161. PjA |
08NW |
P KVO
1.63~ |
65~i500mlj |
122~i500mlj |
65~i1 litj |
82`408~ |
40 Ksh |
75 Ksh |
40 Ksh |
50`250Ksh |
162. PjA |
06N8`9 |
P KVO
1.61~ |
30~i300mlj |
EE |
60~i1.5 lit) |
150~ |
19 Ksh |
EE |
37 Ksh |
93 Ksh |
163. PjA |
03NW |
P KVO
R~ |
30~ |
60~ |
30~ |
300~ |
10 Ksh |
20 Ksh |
10 Ksh |
30 Ksh |
164. EK_ |
08NX |
P tVO0.066~ |
40~i330mlj |
EE |
24~i500mlj |
66`152~ |
300
(2006Nj |
600 Ush |
EE |
360 Ush |
1,000`2,300Ush |
165. GWvg |
03N8`9 |
P E|h
@Q~ |
60~ |
140~ |
100~ |
300~ |
4,337 |
R E|h |
V E|h |
T E|h |
15 E|h |
166. bR |
10N2`3 |
P fBn
10~ |
70`80~ |
EE |
30`50~(500mlj |
250~ |
1,715 |
V`WDH |
EE |
R`TDH |
25DH |
167. Auρ·AM |
03NW |
P fBn
26.7~ |
80~ |
EE |
EE |
454~ |
25,514 |
R DH |
EE |
EE |
17 DH |
168. VA |
10N8`9 |
P VA|h
1.9~ |
EE |
EE |
38~i1.5 litj |
EE |
1,382 |
EE |
EE |
20 VA|h |
EE |
eAJ |
- |
- |
- |
- |
- |
- |
|
169. y[ |
13N2`3 |
P\
34~ |
EE |
EE |
51~ |
EE |
2,804 |
EE |
EE |
1.5\i600mlj |
EE |
170. y[ |
10N2`3 |
P\
35~ |
70~ |
EE |
42~ |
210`350~ |
2\i500mlj |
EE |
1.2\i600mlj |
6`10\ |
171. {rA |
13N2`3 |
P{rA[m
13~ |
EE |
EE |
39~ |
EE |
2,247
i2011N) |
EE |
EE |
3Bi600mlj |
EE |
172. L
[o |
09NQ |
P[·y\
104~ |
104~ |
182~ |
104~i500mlj |
1,040~ |
2,600
(2003Nj |
Pcuc |
1.75cuc |
Pcuc |
10cuc |
173. W}CJ |
11NQ |
PJMh
0.91~ |
EE |
EE |
EE |
EE |
4,291 |
EE |
EE |
EE |
EE |
174. W}CJ |
04N10`11 |
PJMh
1.81~ |
69~ |
109~ |
83~ |
398~ |
38JMh |
60JMh |
46JMh |
220JMh |
175. LVR |
15N8`9 |
Py\
W~ |
EE |
EE |
48~i500mlj |
EE |
10,751 |
EE |
EE |
Uy\ |
EE |
176. LVR |
15N8`9 |
Py\
W~ |
64~ |
EE |
EE |
EE |
Wy\ |
EE |
EE |
EE |
177. LVR |
13N8`9 |
Py\
W~ |
EE |
EE |
80~i600mlj |
EE |
EE |
EE |
10y\ |
EE |
178. LVR |
12N9 |
Py\
U~ |
EE |
66~ |
60~ |
EE |
EE |
11y\ |
10y\ |
EE |
179. LVR |
11N8`9 |
Py\
V~ |
EE |
EE |
70~i500mlj |
70`90~(pj |
EE |
EE |
10y\ |
V`Xy\ |
180. LVR |
10N8`9 |
Py\
V~ |
53~i600mlj |
EE |
EE |
EE |
7.5y\ |
EE |
EE |
EE |
181. LVR |
09N8`9 |
Py\
W~ |
60~i600mlj |
100~i355mlj |
EE |
200`400~ |
7.5y\ |
12y\ |
EE |
25`50y\ |
182. LVR |
09NQ |
Py\
V~ |
49~ |
70~ |
35~ |
420~ |
Vy\ |
10y\ |
Ty\ |
60y\ |
183. LVR |
08NW |
Py\
11~ |
77~i600mlj |
EE |
EE |
EE |
Vy\ |
EE |
EE |
EE |
184. LVR |
05NW |
Py\
11~ |
55~i600mlj |
EE |
EE |
605~ |
Ty\ |
EE |
EE |
55y\ |
’ΔEεmB |
- |
- |
- |
- |
- |
- |
- |
185. }[V |
08N8`9 |
P USh
@112~ |
95~i350mlj |
EE |
54~i500mlj |
560`2,240~ |
2,282 |
0.85 USh |
EE |
0.48 USh |
5`20USh |
186. OA
@@@@iΔ©‘Μj |
12N2 |
P USh
@82~ |
EE |
EE |
82~ |
EE |
EE |
EE |
EE |
P USh |
EE |
187. OA
@@@iΔ©‘Μj |
05NU |
P USh
@107~ |
107~ |
EE |
107~ |
EE |
P USh |
EE |
P USh |
EE |
188. AJ
@@@@inCj |
09NQ |
P USh
@93~ |
EE |
EE |
92~i500mlj |
EE |
41,890 |
EE |
EE |
0.99 USh |
EE |
189. AJ |
15NS`
16NR |
P USh
@117~ |
EE |
585~(Ntg) |
234~i1 litj |
EE |
EE |
T USh |
Q USh |
EE |
190. AJ |
15N3`10 |
P USh
@125~ |
EE |
EE |
188~i750mlj |
EE |
EE |
EE |
1.5 USh |
EE |
191. AJ |
15N8`9 |
P USh
@126~ |
EE |
EE |
126~i500mlj |
EE |
EE |
EE |
P USh |
EE |
192. AJ |
14N4`12 |
P USh
@103`121~ |
207`242~i600mlj |
EE |
93`109~i1 litj |
672`1,120~ |
Q USh |
EE |
0.9 USh |
6`10USh |
193. AJ |
13NX |
P USh
@100~ |
EE |
EE |
EE |
729~ |
EE |
EE |
EE |
7.29 USh |
194. AJ |
12N4`
13N1 |
P USh
@76`80~ |
114`120~i600mlj |
133`140~ |
EE |
EE |
1.5 USh |
1.75 USh |
EE |
EE |
195. AJ |
11N8`
12NR |
P USh
@80~ |
EE |
140~ |
EE |
800~ |
EE |
1.75USh |
EE |
10 USh |
196. AJ |
11N8`9 |
P USh
@80~ |
120`160~i500mlj |
EE |
80`120~i500mlj |
EE |
1.5`2 USh |
EE |
1`1.5 USh |
EE |
197. AJ |
10N8`10 |
P USh
@86~ |
EE |
EE |
103~i1 litj |
EE |
EE |
EE |
1.2 USh |
EE |
198. AJ |
09NQ |
P USh
@92~ |
184~ |
230~ |
138~i500mlj |
644~ |
Q USh |
2.5 USh |
1.5 USh |
V USh |
199. AJ |
08N3`12 |
P USh
@110~ |
440`550~
i380mlj |
EE |
EE |
495~ |
S`T USh |
EE |
EE |
4.5 USh |
200. AJ |
08NX |
P USh
@106~ |
212~ |
EE |
148~ |
1,060~` |
Q USh |
EE |
1.4 USh |
10 USh` |
201. AJ |
08NW |
P USh
@106~ |
95~(Κj |
EE |
EE |
1,060~ |
0.9 USh |
EE |
EE |
10 USh |
202. AJ |
07NX |
P USh
@118~ |
EE |
EE |
177~ |
EE |
EE |
EE |
1.5USh |
EE |
203. AJ |
07N2`3 |
P USh
@117~ |
146~ |
EE |
146~ |
819~ |
1.25USh |
EE |
1.25USh |
ρVUSh |
204. AJ |
07NQ |
P USh
@115~ |
201~ |
EE |
127~ |
EE |
1.75USh |
EE |
1.5USh |
EE |
205. AJ |
06N8`12 |
P USh
@116~ |
EE |
EE |
23~ |
290~iX^[obNXj |
EE |
EE |
0.2USh |
2.5 USh |
206. AJ |
06N2`3 |
P USh
@118~ |
118~ |
EE |
118~ |
354`1180~ |
P USh |
EE |
P USh |
3`10USh |
207. AJ |
04NW |
P USh
@105~ |
EE |
EE |
132~ |
374~ |
EE |
EE |
1.25USh |
3.56USh |
208. AJ |
04NQ |
P USh
@105~ |
105~ |
284~ |
105~ |
735~ |
P USh |
2.7 USh |
P USh |
V USh |
209. Ji_ |
16N1`2 |
P Ch
@100~ |
EE |
EE |
108~i500mlj |
EE |
33,375 |
EE |
EE |
1.3 bh |
EE |
210. Ji_ |
14NS
`15NR |
P Ch
@95.65~ |
EE |
EE |
EE |
956.5~ |
EE |
EE |
EE |
10 Ch |
211. Ji_ |
14NQ
`15NP |
P Ch
@100~ |
EE |
300~ |
EE |
EE |
EE |
R Ch |
EE |
EE |
212. Ji_ |
09N8`9 |
P Ch
@83~ |
EE |
EE |
158~ |
EE |
EE |
EE |
1.91 bh |
EE |
213. Ji_ |
06NW |
P Ch
@104~ |
146~ |
EE |
EE |
EE |
1.4 bh |
EE |
EE |
EE |
214. Ji_ |
04NW |
P Ch
@80.2~ |
36~(Κ) |
EE |
100~ |
EE |
0.45 bh |
EE |
1.25 bh |
EE |
215. j
[W[h |
11N8`9 |
P NZh
@70~ |
EE |
EE |
126~i425mlj |
EE |
24,996 |
EE |
EE |
1.8 NZh |
EE |
216. j
[W[h |
10NW |
P NZh
@62~ |
EE |
EE |
62~ |
EE |
EE |
EE |
1 NZ h |
EE |
217. j
[W[h |
09N2`3 |
P NZh
@53~ |
75~ |
160~ |
70~ |
530~ |
1.42 NZh |
R NZh |
1.32 NZh |
10 NZh |
218. j
[W[h |
04N2`3 |
P NZh
@73~ |
110~ |
219~ |
95~ |
1,460~ |
1.5 NZh |
R NZh |
1.3 NZh |
20 NZh |
219. I[XgA |
16N2`3 |
P `h
86~ |
R[q[430~ |
EE |
215~i600mlj |
EE |
31,794 |
5 `h |
EE |
2.5 `h |
EE |
220. I[XgA |
13NX |
P `h
92~ |
EE |
EE |
350~i600mlj |
EE |
EE |
EE |
3.5 `h |
EE |
221. I[XgA |
12N2`3 |
P `h
92~ |
EE |
EE |
220~i500mlj |
EE |
EE |
EE |
2.4 `h |
EE |
222. I[XgA |
11NQ`
12NQ |
P `h
85~ |
255~ |
EE |
212~i600mlj |
EE |
R `h |
EE |
2.5 `h |
EE |
223. I[XgA |
11N2`11 |
P `h
78~ |
250~i500mlj |
EE |
EE |
EE |
R `h |
EE |
EE |
EE |
224. I[XgA |
11N2`3 |
P `h
83~ |
249~i500mlj |
EE |
EE |
498`830~ |
R `h |
EE |
EE |
6`10 `h |
225. I[XgA |
10NW |
P `h
74~ |
EE |
EE |
185~i600mlj |
EE |
EE |
EE |
2.5 `h |
EE |
226. I[XgA |
08N9`12 |
P `h
90`66~ |
203`149~ |
EE |
EE |
EE |
2.25 `h |
EE |
EE |
EE |
227. I[XgA |
08N2`3 |
P `h
94~ |
188~ |
EE |
282~i750mlj |
470`658~ |
Q `h |
EE |
Q `h |
T`V `h |
228. I[XgA |
07NR |
P `h
94~ |
263~i500mlj |
EE |
66~i500mlj |
EE |
2.8 `h |
EE |
0.7 `h |
EE |
229. I[XgA |
05N8`9 |
P `h
95~ |
133~iQ lit) |
190~ |
214~iQ lit) |
EE |
1.4 `h |
Q `h |
2.25 `h |
EE |
230. tX |
11NQ |
P [
@117~ |
EE |
EE |
117~ |
351~ |
30,386 |
EE |
EE |
PEU |
R EU |
231. tX |
07N2`3 |
P [
@160~ |
70~ |
100~ |
50~iQ lit) |
500`700~ |
0.44 EU |
0.63 EU |
0.31EU |
31.`4.4EU |
232. tX |
06NX |
P [
@150~ |
300~i500mlj |
300~i500mlj |
Σ275~i―j |
900~(}bNj |
2 EU |
2 EU |
1`2.7 EU |
6 EU |
233. tX |
05N10 |
P [
@145~ |
181~i500mlj |
Σ210~i―j |
Σ116~i―j |
Σ544~ |
1.25 EU |
1.4`1.7 EU |
0.6`1.6 EU |
3`4.5 EU |
234. tX |
03NW |
P [
@125~ |
150~ |
300~ |
100~ |
EE |
1.2 EU |
2.4 EU |
0.8 EU |
EE |
235. C^A |
08N2`3 |
P [
@163~ |
245~ |
EE |
163~ |
4,075~ |
28,529 |
1.5 EU |
EE |
1 EU |
25 EU |
236. C^A |
08NQ |
P [
@163~ |
245~ |
570~ |
34~ |
3,260~ |
1.5 EU |
3.5 EU |
0.21 EU |
20 EU |
237. C^A |
05NW |
P [
@150~ |
EE |
EE |
150~ |
EE |
EE |
EE |
P EU |
EE |
238. C^A |
02NU |
P [
@130~ |
230~ |
330~ |
120~ |
900~ |
1.77 EU |
2.54 EU |
0.92 EU |
6.92 EU |
239. hCc |
15N4`9 |
P [
@135~ |
EE |
EE |
54~i500mlj |
EE |
29,461 |
EE |
EE |
0.4 EU |
EE |
240. hCc |
09N8`9 |
P [
@138~ |
EE |
EE |
138`207~(500mlj |
966`1,656~ |
EE |
EE |
1`1.5 EU |
7`12 EU |
241. hCc |
03NW |
P [
@140~ |
245~ |
210~ |
140~ |
1,260~ |
1.75 EU |
1.5 EU |
P EU |
X EU |
242. CMX |
16N4`6
@@6`12 |
1160~
1135~ |
EE |
EE |
96~, 81~(500mlj |
EE |
33,238 |
EE |
EE |
0.6 |h |
EE |
243. CMX |
11N8`9 |
P |h
@123~ |
154~i500mlj |
EE |
EE |
984`1,250~ |
1.25 |h |
EE |
EE |
8`10 |h |
244. CMX |
10N8`9 |
P |h
@133~ |
EE |
EE |
100~i500mlj |
EE |
EE |
EE |
0.75 |h |
EE |
245. CMX |
09NX |
P |h
@163~ |
134~i500mlj |
159~i500mlj |
122~i500mlj |
488`1,586~ |
1.1 |h |
1.3 |h |
0.75 |h |
4`13 |h |
246. CMX |
08N8`9 |
P |h
@186~ |
186~i500mlj |
EE |
EE |
1,302~ |
1 |h |
EE |
EE |
V |h |
247. CMX |
07N8`9 |
P |h
@247~ |
247~ |
EE |
247~ |
1,976~ |
1 |h |
EE |
1 |h |
W |h |
248. XyC |
14N2`3 |
P [
@140~ |
EE |
EE |
84~i500mlj |
EE |
32,077
(2011N) |
EE |
EE |
0.6 EU |
EE |
249. XyC |
13N2`3 |
P [
@125~ |
EE |
EE |
150~i500mlj |
750`1,500~ |
EE |
EE |
1.2 EU |
6`12 EU |
@
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|
|