location Sainshand longitude(degE) B?q latitude(degN) B3z? altitude(m) ? date 071003 lidar ratio(sr) 2 molecular backscatter(per msr

國立環境研究所

CDF TIME` HEIGHT_A X HEIGHT_E , location Sainshand longitude(degE) B?q latitude(degN) B3z? altitude(m) ? date 071003 lidar ratio(sr) 2 molecular backscatter(per msr
CDF TIME` HEIGHT_A X HEIGHT_E ,冕?尼谼??抗?蒿 蓋艆?A??? 矧蝮 軐@?彘v.站Q傸i縯痜梽鞏蓰沨W?薓 愁”?津7⒕v3f観餮 Bx Rxd2`咹|厀?#)r鲪# 蚾z聒?; ?嬌 穫銯q伱?袗?- 眵 w套??m ? 鱳gu推o_?[塖 蕉:竺?` ( Dx^ 祻鴋 4價f苙駽^驇待v 嚦夸 纕s蠒i: 區d6矬mI)轖 $7淶 ? r ?嶼?矧嫄撠 .v?砳堯M鹒煵楒 襥?礃H 肙薟萁鳊刴+ 怨%記0?
Autoškola Capitol Hill, Zagreb
冕?尼谼??抗?蒿 蓋艆?A??? 矧蝮 軐@?彘v.站Q傸i縯痜梽鞏蓰沨W?薓 愁”?津7⒕v3f観餮 Bx Rxd2`咹|厀?#)r鲪# 蚾z聒?; ?嬌 穫銯q伱?袗?- 眵 w套??m ? 鱳gu推o_?[塖 蕉:竺?` ( Dx^ 祻鴋 4價f苙駽^驇待v 嚦夸 纕s蠒i: 區d6矬mI)轖 $7淶 ? r ?嶼?矧嫄撠 .v?砳堯M鹒煵楒 襥?礃H 肙薟萁鳊刴+ 怨%記0?
冕?尼谼??抗?蒿 蓋艆?A??? 矧蝮 軐@?彘v.站Q傸i縯痜梽鞏蓰沨W?薓 愁”?津7⒕v3f観餮 Bx Rxd2`咹|厀?#)r鲪# 蚾z聒?; ?嬌 穫銯q伱?袗?- 眵 w套??m ? 鱳gu推o_?[塖 蕉:竺?` ( Dx^ 祻鴋 4價f苙駽^驇待v 嚦夸 纕s蠒i: 區d6矬mI)轖 $7淶 ? r ?嶼?矧嫄撠 .v?砳堯M鹒煵楒 襥?礃H 肙薟萁鳊刴+ 怨%記0?
冕?尼谼??抗?蒿 蓋艆?A??? 矧蝮 軐@?彘v.站Q傸i縯痜梽鞏蓰沨W?薓 愁”?津7⒕v3f観餮 Bx Rxd2`咹|厀?#)r鲪# 蚾z聒?; ?嬌 穫銯q伱?袗?- 眵 w套??m ? 鱳gu推o_?[塖 蕉:竺?` ( Dx^ 祻鴋 4價f苙駽^驇待v 嚦夸 纕s蠒i: 區d6矬mI)轖 $7淶 ? r ?嶼?矧嫄撠 .v?砳堯M鹒煵楒 襥?礃H 肙薟萁鳊刴+ 怨%記0?

?6 S ????? ???* ?] ?p ` \?9鑏 ?Y ∣酐p?? 鯤?鐽檖藱?抴????焌挭毢?淨效?嗒鞄跧???旴?魂懷斟????更奔?岕?鴦槨侍﹌啡熒 邃?瘁例海?褐? 蹕嘰?哉 ?肘?兣未和v??鈇鹵駒??吃★?K?舢?寅??闆氓俗?? ?姓?勢?松?久?附? ?郾? ?ㄈ咖?睨飽??省餘?椰?韁?專?猾?錚守伯劣 ? 遜蹟? Φ ̄牴貊課翎們3?銀

University of Cagliari

?6 S ????? ???* ?] ?p ` \?9鑏 ?Y ∣酐p?? 鯤?鐽檖藱?抴????焌挭毢?淨效?嗒鞄跧???旴?魂懷斟????更奔?岕?鴦槨侍﹌啡熒 邃?瘁例海?褐? 蹕嘰?哉 ?肘?兣未和v??鈇鹵駒??吃★?K?舢?寅??闆氓俗?? ?姓?勢?松?久?附? ?郾? ?ㄈ咖?睨飽??省餘?椰?韁?專?猾?錚守伯劣 ? 遜蹟? Φ ̄牴貊課翎們3?銀
?6 S ????? ???* ?] ?p ` \?9鑏 ?Y ∣酐p?? 鯤?鐽檖藱?抴????焌挭毢?淨效?嗒鞄跧???旴?魂懷斟????更奔?岕?鴦槨侍﹌啡熒 邃?瘁例海?褐? 蹕嘰?哉 ?肘?兣未和v??鈇鹵駒??吃★?K?舢?寅??闆氓俗?? ?姓?勢?松?久?附? ?郾? ?ㄈ咖?睨飽??省餘?椰?韁?專?猾?錚守伯劣 ? 遜蹟? Φ ̄牴貊課翎們3?銀
?6 S ????? ???* ?] ?p ` \?9鑏 ?Y ∣酐p?? 鯤?鐽檖藱?抴????焌挭毢?淨效?嗒鞄跧???旴?魂懷斟????更奔?岕?鴦槨侍﹌啡熒 邃?瘁例海?褐? 蹕嘰?哉 ?肘?兣未和v??鈇鹵駒??吃★?K?舢?寅??闆氓俗?? ?姓?勢?松?久?附? ?郾? ?ㄈ咖?睨飽??省餘?椰?韁?專?猾?錚守伯劣 ? 遜蹟? Φ ̄牴貊課翎們3?銀

CDF TIME` HEIGHT_A X HEIGHT_E , location Sainshand longitude(degE) B?q latitude(degN) B3z? altitude(m) ? date 071003 lidar ratio(sr) 2 molecular backscatter(per msr

SIMPLE = T / Standard FITS file BITPIX = 8 / NAXIS = 2 / NAXIS1 = 777777701 / Signature code for UV data in table NAXIS2 = 0 / No data in primary array EXTEND = T / All data in tables BLOCKED = T / Tape may be blocked HISTORY FILLM / Image created by user19938 at 16-AUG-2007 07:54:16 HISTORY FILLM OUTNAME=’19960914 ‘ OUTCLASS=’U BAND’ HISTORY FILLM OUTSEQ= 1 OUTDISK= 1 …

Very Large Array

SIMPLE = T / Standard FITS file BITPIX = 8 / NAXIS = 2 / NAXIS1 = 777777701 / Signature code for UV data in table NAXIS2 = 0 / No data in primary array EXTEND = T / All data in tables BLOCKED = T / Tape may be blocked HISTORY FILLM / Image created by user19938 at 16-AUG-2007 07:54:16 HISTORY FILLM OUTNAME=’19960914 ‘ OUTCLASS=’U BAND’ HISTORY FILLM OUTSEQ= 1 OUTDISK= 1 …
SIMPLE = T / Standard FITS file BITPIX = 8 / NAXIS = 2 / NAXIS1 = 777777701 / Signature code for UV data in table NAXIS2 = 0 / No data in primary array EXTEND = T / All data in tables BLOCKED = T / Tape may be blocked HISTORY FILLM / Image created by user19938 at 16-AUG-2007 07:54:16 HISTORY FILLM OUTNAME=’19960914 ‘ OUTCLASS=’U BAND’ HISTORY FILLM OUTSEQ= 1 OUTDISK= 1 …
SIMPLE = T / Standard FITS file BITPIX = 8 / NAXIS = 2 / NAXIS1 = 777777701 / Signature code for UV data in table NAXIS2 = 0 / No data in primary array EXTEND = T / All data in tables BLOCKED = T / Tape may be blocked HISTORY FILLM / Image created by user19938 at 16-AUG-2007 07:54:16 HISTORY FILLM OUTNAME=’19960914 ‘ OUTCLASS=’U BAND’ HISTORY FILLM OUTSEQ= 1 OUTDISK= 1 …
, location Sainshand longitude(degE) B?q latitude(degN) B3z? altitude(m) ? date 071003 lidar ratio(sr) 2 molecular backscatter(per msr
CDF TIME` HEIGHT_A X HEIGHT_E , location Tokyo longitude(degE) C 得 latitude(degN) B 聫 altitude(m) * date 160315 lidar ratio(sr) 2 molecular backscatter(per msr
CDF TIME` HEIGHT_A X HEIGHT_E , location Tokyo longitude(degE) C 得 latitude(degN) B 聫 altitude(m) * date 160315 lidar ratio(sr) 2 molecular backscatter(per msr

CDF TIME` HEIGHT_A X HEIGHT_E , location Tokyo longitude(degE) C 得 latitude(degN) B 聫 altitude(m) * date 160315 lidar ratio(sr) 2 molecular backscatter(per msr

國立環境研究所

CDF TIME` HEIGHT_A X HEIGHT_E , location Tokyo longitude(degE) C 得 latitude(degN) B 聫 altitude(m) * date 160315 lidar ratio(sr) 2 molecular backscatter(per msr
CDF TIME` HEIGHT_A X HEIGHT_E

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