Податотека:Atira.20jan17.u2.s1p0.gif

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Atira.20jan17.u2.s1p0.gif ‎(200 × 170 пиксели, големина: 204 КБ, MIME-тип: image/gif, кружно, 9 кадри, 0,9 с)

Ова е податотека од Ризницата на Викимедија и може да се користи на други проекти. Подолу е наведена содржината на нејзината описна страница. Заедничката ризница е складиште на слободно-лиценцирани слики и снимки. И Вие можете да помогнете.

Опис

ОписAtira.20jan17.u2.s1p0.gif	English: Radar images of 163693 Atira, taken at Arecibo Observatory on 20 January 2017
Датум	29 мај 2017
Извор	http://outreach.naic.edu/ao/blog/discovery-announcement-binary-system-163693-atira
Автор	Arecibo Observatory, NASA

Лиценцирање

	Оваа податотека е во јавна сопственост бидејќи нејзин создавач е НАСА. Правилата за авторски права на НАСА велат: „Материјалот на НАСА не е заштитен со авторски права освен ако не е поинаку нагласено“. (Правилата за авторски дела на НАСА или правила за користење на слики од Лабораторијата за реактивен погон (JPL)).
	Предупредувања: Употребата на логотипите, обележјата и амблемите на НАСА е ограничена со законот на САД 14 CFR 1221. Страницата на НАСА чува голем број на слики од советската/руската космичка агенција, како и други неамерикански вселенски агенции. Овие слики не мора да значи дека се во јавна сопственост. Материјалите вселенскиот телескоп Хабл може да се заштитени со авторски права доколку не се издадени од. [1] Сите материјали создадени од сондата на Сончевата и хелиосферична опсерваторија (SOHO) се заштитени со авторски права, и треба да се побара дозвола за нивна употреба за комерцијални необразовни цели. [2] Сликите истакнати на мрежното место Astronomy Picture of the Day („Астрономска слика на денот“) може да се заштитени со авторски права. [3]

Историја на податотеката

Стиснете на датум/време за да ја видите податотеката како изгледала тогаш.

	Датум/време	Минијатура	Димензии	Корисник	Коментар
тековна	02:52, 30 мај 2017		200 × 170 (204 КБ)	Renerpho	User created page with UploadWizard

Употреба на податотеката

Податотекава се користи во следнава страница:

Список на тела во Сончевиот Систем по големина

Глобална употреба на податотеката

Оваа податотека ја користат и следниве викија:

Употреба на ar.wikipedia.org
- أتيرا (163693)
Употреба на arz.wikipedia.org
- (163693) Atira (كويكب)
Употреба на ca.wikipedia.org
- (163693) Atira
Употреба на en.wikipedia.org
- List of Solar System objects by size
- 163693 Atira
Употреба на es.wikipedia.org
- (163693) Atira
Употреба на fr.wikipedia.org
- (163693) Atira
Употреба на it.wikipedia.org
- 163693 Atira
Употреба на lb.wikipedia.org
- (163693) Atira
Употреба на nl.wikipedia.org
- 163693 Atira
Употреба на pl.wikipedia.org
- (163693) Atira
Употреба на ru.wikipedia.org
- (163693) Атира
Употреба на sk.wikipedia.org
- 163693 Atira
Употреба на sv.wikipedia.org
- 163693 Atira
Употреба на www.wikidata.org
- Q141774

Метаподатоци

Оваа податотека содржи дополнителни информации, најверојатно додадени од дигиталниот апарат или отсликувач. Ако притоа податотеката претрпела промени, некои податоци може да не соодветствуваат во целост по промената на податотеката.

Забелешка за GIF-сликата

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.

Податотека:Atira.20jan17.u2.s1p0.gif

Опис

Лиценцирање

Описи

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прикажува

создадено

29 мај 2017

семрежен медиумски тип

image/gif

контролен збир

ef147cf48ffc12580977aed4afaa959634be0000

податотечна големина

209.139 Бајт

времетраење

0,8999999999999999 секунда

висина

170 пиксел

ширина

200 пиксел

Историја на податотеката

Употреба на податотеката

Глобална употреба на податотеката

Метаподатоци