Fil:Atira.20jan17.u2.s1p0.gif

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Atira.20jan17.u2.s1p0.gif ‎(200 × 170 pixlar, filstorlek: 204 kbyte, MIME-typ: image/gif, upprepad, 9 bildrutor, 0,9 s)

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Sammanfattning

BeskrivningAtira.20jan17.u2.s1p0.gif	English: Radar images of 163693 Atira, taken at Arecibo Observatory on 20 January 2017
Datum	29 maj 2017
Källa	http://outreach.naic.edu/ao/blog/discovery-announcement-binary-system-163693-atira
Skapare	Arecibo Observatory, NASA

Licensiering

	Denna fil är allmän egendom* eftersom den skapades av NASA. NASA:s upphovsrättspolicy hävdar att "material från NASA inte är upphovsrättsskyddad om inte annat anges".* (Se Template:PD-USGov, NASA:s upphovsrättspolicy eller JPL-bildanvändningspolicy.)
	Varningar: Användning av NASA-logotyper, insignier och emblem är begränsade enligt USA:s lag 14 CFR 1221. NASA:s webbplats håller ett stort antal bilder från Sovjetunionen/Ryska rymdflygstyrelsen, och andra icke-amerikanska rymdflygstyrelser. Dessa är inte nödvändigtvis allmän egendom. Material baserade på data från Hubble Space Telescope kan vara upphovsrättsskyddat om de inte uttryckligen produceras av STScI.[1] Se även {{PD-Hubble}} och {{Cc-Hubble}} eller {{Spacetelescope.org}}. SOHO (ESA & NASA) antyder att allt material som skapats av sonden är upphovsrättsskyddat och kräver tillstånd för kommersiell icke-pedagogisk användning. [2] Bilder som visas på webbsidan Astronomy Picture of the Day (APOD) kan vara upphovsrättsskyddade. [3]

Filhistorik

Klicka på ett datum/klockslag för att se filen som den såg ut då.

	Datum/Tid	Miniatyrbild	Dimensioner	Användare	Kommentar
nuvarande	30 maj 2017 kl. 02.52		200 × 170 (204 kbyte)	Renerpho	User created page with UploadWizard

Filanvändning

Följande sida använder den här filen:

163693 Atira

Global filanvändning

Följande andra wikier använder denna fil:

Användande på ar.wikipedia.org
- أتيرا (163693)
Användande på arz.wikipedia.org
- (163693) Atira (كويكب)
Användande på ca.wikipedia.org
- (163693) Atira
Användande på en.wikipedia.org
- List of Solar System objects by size
- 163693 Atira
Användande på es.wikipedia.org
- (163693) Atira
Användande på fr.wikipedia.org
- (163693) Atira
Användande på it.wikipedia.org
- 163693 Atira
Användande på lb.wikipedia.org
- (163693) Atira
Användande på mk.wikipedia.org
- Список на тела во Сончевиот Систем по големина
Användande på nl.wikipedia.org
- 163693 Atira
Användande på pl.wikipedia.org
- (163693) Atira
Användande på ru.wikipedia.org
- (163693) Атира
Användande på sk.wikipedia.org
- 163693 Atira
Användande på www.wikidata.org
- Q141774

Metadata

Den här filen innehåller extrainformation som troligen lades till av en digitalkamera eller skanner när filen skapades. Om filen har modifierats kan det hända att vissa detaljer inte överensstämmer med den modifierade filen.

GIF-filkommentar

FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -5.00609758091741e-08 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.
FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -2.30660930355953e-08 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.
FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -1.20704157779983e-07 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.
FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -1.20390581059837e-07 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.
FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -9.75298348748765e-08 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.
FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -1.15528564492706e-07 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.
FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -1.18025354822748e-07 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.
FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -1.16263237259773e-07 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.
FITS (Flexible Image Transport System) format is defined in 'Astronomy and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H The RX start time is a reasonable approximation to the experiment mid-time. A more accurate mid-time is DATE-OBS + (EXPTIME-RTT)/2 which is typically about 3s earlier Frequency axis reversed in writefits. Additional -1.10070374148563e-07 s added: Range curvature correction If FREQSAMP < FFTLEN, then the transform was zero-filled SAMPPBD is the number of input samples taken per baud. ROWSPBD is the number of output image rows saved per baud. ROWSPBD and SAMPPBD may differ either because data were thrown away, or because the extra samples were used in the frequency processing. CODEPROC is the code processing method: values are short, long_orig, or long_mod. short means short-code data processed so that each Doppler fft includes data from all samples per baud; long_mod means long-code data processed in the same way; long_orig means long-code data where each sample per baud is processed separately and the separate images are then interleaved in delay.

Fil:Atira.20jan17.u2.s1p0.gif

Sammanfattning

Licensiering

Bildtexter

Objekt som porträtteras i den här filen

motiv

datum för grundande eller skapande

29 maj 2017

medietyp

image/gif

kontrollsumma

ef147cf48ffc12580977aed4afaa959634be0000

datastorlek

209 139 byte

varaktighet

0,8999999999999999 sekund

höjd

170 pixel

bredd

200 pixel

Filhistorik

Filanvändning

Global filanvändning

Metadata