location Nagasaki2 longitude(degE) C latitude(degN) B 聫 altitude(m) ? date 180107 lidar ratio(sr) 2 molecular backscatter(per msr

國立環境研究所

CDF TIME` HEIGHT_A X HEIGHT_E , location Nagasaki2 longitude(degE) C latitude(degN) B 聫 altitude(m) ? date 180107 lidar ratio(sr) 2 molecular backscatter(per msr
CDF TIME` HEIGHT_A X HEIGHT_E , location Nagasaki2 longitude(degE) C latitude(degN) B 聫 altitude(m) ? date 180107 lidar ratio(sr) 2 molecular backscatter(per msr
CDF TIME` HEIGHT_A X HEIGHT_E , location Seoul longitude(degE) B f latitude(degN) B ? altitude(m) ? date 100328 lidar ratio(sr) 2 molecular backscatter(per msr) X5許

CDF TIME` HEIGHT_A X HEIGHT_E , location Seoul longitude(degE) B f latitude(degN) B ? altitude(m) ? date 100328 lidar ratio(sr) 2 molecular backscatter(per msr) X5許

國立環境研究所

CDF TIME` HEIGHT_A X HEIGHT_E ,SIMPLE = T /Standard FITS BITPIX = -32 /Floating point (32 bit) NAXIS = 4 NAXIS1 = 512 NAXIS2 = 512 NAXIS3 = 1 NAXIS4 = 1 EXTEND = T BSCALE = 1.000000000000E+00 /PHYSICAL = PIXEL*

web.njit.edu

SIMPLE = T /Standard FITS BITPIX = -32 /Floating point (32 bit) NAXIS = 4 NAXIS1 = 512 NAXIS2 = 512 NAXIS3 = 1 NAXIS4 = 1 EXTEND = T BSCALE = 1.000000000000E+00 /PHYSICAL = PIXEL*
SIMPLE = T /Standard FITS BITPIX = -32 /Floating point (32 bit) NAXIS = 4 NAXIS1 = 512 NAXIS2 = 512 NAXIS3 = 1 NAXIS4 = 1 EXTEND = T BSCALE = 1.000000000000E+00 /PHYSICAL = PIXEL*
SIMPLE = T /Standard FITS BITPIX = -32 /Floating point (32 bit) NAXIS = 4 NAXIS1 = 512 NAXIS2 = 512 NAXIS3 = 1 NAXIS4 = 1 EXTEND = T BSCALE = 1.000000000000E+00 /PHYSICAL = PIXEL*

示川 縟(吙 ?>喉?誽`@Qu錊棏淍 酅噲聾dY @俠珸際郂S乃@灨艪獡 @佑[email protected]鄴滰 稝[email protected] ?玨 ?oa 綰?看T劺& #纎?罌J怖?搶誤暲豾估誑v雷|姥p骼涉G繦癱???滣繚溡???RM?譬?鈜 ?頰\??/? 節 ?C娍Y!靠 r暇2 H>浯?懬?秖睝.?膟??貯 擁c坷藟繴緟潰j偫曰D勵蝄?碼?偶?{ r淅輼%婪瑇萊 嚴苞q绬 c繞M」?妄砍

gmao.gsfc.nasa.gov

示川 縟(吙 ?>喉?誽`@Qu錊棏淍 酅噲聾dY @俠珸際郂S乃@灨艪獡 @佑[email protected]鄴滰 稝[email protected] ?玨 ?oa 綰?看T劺& #纎?罌J怖?搶誤暲豾估誑v雷|姥p骼涉G繦癱???滣繚溡???RM?譬?鈜 ?頰\??/? 節 ?C娍Y!靠 r暇2 H>浯?懬?秖睝.?膟??貯 擁c坷藟繴緟潰j偫曰D勵蝄?碼?偶?{ r淅輼%婪瑇萊 嚴苞q绬 c繞M」?妄砍
示川 縟(吙 ?>喉?誽`@Qu錊棏淍 酅噲聾dY @俠珸際郂S乃@灨艪獡 @佑[email protected]鄴滰 稝[email protected] ?玨 ?oa 綰?看T劺& #纎?罌J怖?搶誤暲豾估誑v雷|姥p骼涉G繦癱???滣繚溡???RM?譬?鈜 ?頰\??/? 節 ?C娍Y!靠 r暇2 H>浯?懬?秖睝.?膟??貯 擁c坷藟繴緟潰j偫曰D勵蝄?碼?偶?{ r淅輼%婪瑇萊 嚴苞q绬 c繞M」?妄砍
示川 縟(吙 ?>喉?誽`@Qu錊棏淍 酅噲聾dY @俠珸際郂S乃@灨艪獡 @佑[email protected]鄴滰 稝[email protected] ?玨 ?oa 綰?看T劺& #纎?罌J怖?搶誤暲豾估誑v雷|姥p骼涉G繦癱???滣繚溡???RM?譬?鈜 ?頰\??/? 節 ?C娍Y!靠 r暇2 H>浯?懬?秖睝.?膟??貯 擁c坷藟繴緟潰j偫曰D勵蝄?碼?偶?{ r淅輼%婪瑇萊 嚴苞q绬 c繞M」?妄砍

CDF TIME` HEIGHT_A X HEIGHT_E , location Nagasaki2 longitude(degE) C latitude(degN) B 聫 altitude(m) ? date 180107 lidar ratio(sr) 2 molecular backscatter(per msr

SIMPLE = T /Standard FITS BITPIX = -32 /Floating point (32 bit) NAXIS = 4 NAXIS1 = 512 NAXIS2 = 512 NAXIS3 = 1 NAXIS4 = 1 EXTEND = T BSCALE = 1.000000000000E+00 /PHYSICAL = PIXEL*BSCALE + BZERO BZERO = 0.000000000000E+00 BMAJ = 6.944444444444E-03 BMIN = 6.944444444444E-03 BPA = 0.000000000000E+00 BTYPE = 『Intensity』 OBJECT = 『Sun 『 BUNIT = 『Jy/beam 『 /Brightness …

web.njit.edu

SIMPLE = T /Standard FITS BITPIX = -32 /Floating point (32 bit) NAXIS = 4 NAXIS1 = 512 NAXIS2 = 512 NAXIS3 = 1 NAXIS4 = 1 EXTEND = T BSCALE = 1.000000000000E+00 /PHYSICAL = PIXEL*BSCALE + BZERO BZERO = 0.000000000000E+00 BMAJ = 6.944444444444E-03 BMIN = 6.944444444444E-03 BPA = 0.000000000000E+00 BTYPE = 『Intensity』 OBJECT = 『Sun 『 BUNIT = 『Jy/beam 『 /Brightness …
SIMPLE = T /Standard FITS BITPIX = -32 /Floating point (32 bit) NAXIS = 4 NAXIS1 = 512 NAXIS2 = 512 NAXIS3 = 1 NAXIS4 = 1 EXTEND = T BSCALE = 1.000000000000E+00 /PHYSICAL = PIXEL*BSCALE + BZERO BZERO = 0.000000000000E+00 BMAJ = 6.944444444444E-03 BMIN = 6.944444444444E-03 BPA = 0.000000000000E+00 BTYPE = 『Intensity』 OBJECT = 『Sun 『 BUNIT = 『Jy/beam 『 /Brightness …
SIMPLE = T /Standard FITS BITPIX = -32 /Floating point (32 bit) NAXIS = 4 NAXIS1 = 512 NAXIS2 = 512 NAXIS3 = 1 NAXIS4 = 1 EXTEND = T BSCALE = 1.000000000000E+00 /PHYSICAL = PIXEL*BSCALE + BZERO BZERO = 0.000000000000E+00 BMAJ = 6.944444444444E-03 BMIN = 6.944444444444E-03 BPA = 0.000000000000E+00 BTYPE = 『Intensity』 OBJECT = 『Sun 『 BUNIT = 『Jy/beam 『 /Brightness …

STLEXP Dice_Normal?L?摳?拷??崕韭 従 搷眷趶緘[尵 霂?^尵吣尵鋓懢? 縴K 勘??^尵吣尵鋓懢 讒緹G惥 幘 崕韭 従 搷?? ?咗綤 0快趶緘[尵 霂?m懢?埦h煇粳z嵕靆埦 摼x) 繚5蹙潽/楷z嵕靆埦 摼 ^尵吣尵鋓懢熠従}[尵 霂?1?楷 芯 -:?m懢?埦h煇卷駫?騻緓f捑 幘齻拒檿?? ?

upload.wikimedia.org

STLEXP Dice_Normal?L?摳?拷??崕韭 従 搷眷趶緘[尵 霂?^尵吣尵鋓懢? 縴K 勘??^尵吣尵鋓懢 讒緹G惥 幘 崕韭 従 搷?? ?咗綤 0快趶緘[尵 霂?m懢?埦h煇粳z嵕靆埦 摼x) 繚5蹙潽/楷z嵕靆埦 摼 ^尵吣尵鋓懢熠従}[尵 霂?1?楷 芯 -:?m懢?埦h煇卷駫?騻緓f捑 幘齻拒檿?? ?
STLEXP Dice_Normal?L?摳?拷??崕韭 従 搷眷趶緘[尵 霂?^尵吣尵鋓懢? 縴K 勘??^尵吣尵鋓懢 讒緹G惥 幘 崕韭 従 搷?? ?咗綤 0快趶緘[尵 霂?m懢?埦h煇粳z嵕靆埦 摼x) 繚5蹙潽/楷z嵕靆埦 摼 ^尵吣尵鋓懢熠従}[尵 霂?1?楷 芯 -:?m懢?埦h煇卷駫?騻緓f捑 幘齻拒檿?? ?
STLEXP Dice_Normal?L?摳?拷??崕韭 従 搷眷趶緘[尵 霂?^尵吣尵鋓懢? 縴K 勘??^尵吣尵鋓懢 讒緹G惥 幘 崕韭 従 搷?? ?咗綤 0快趶緘[尵 霂?m懢?埦h煇粳z嵕靆埦 摼x) 繚5蹙潽/楷z嵕靆埦 摼 ^尵吣尵鋓懢熠従}[尵 霂?1?楷 芯 -:?m懢?埦h煇卷駫?騻緓f捑 幘齻拒檿?? ?
, location Seoul longitude(degE) B f latitude(degN) B ? altitude(m) ? date 100328 lidar ratio(sr) 2 molecular backscatter(per msr) X5許
CDF TIME` HEIGHT_A X HEIGHT_E , location Seoul longitude(degE) B f latitude(degN) B ? altitude(m) ? date 100328 lidar ratio(sr) 2 molecular backscatter(per msr) X5許
CDF TIME` HEIGHT_A X HEIGHT_E