NGC 6101 - Globular Cluster - Skylook.org

NGC 6101

Шаровое скопление Apus Звёздная величина 10.08

Текущая видимость

Высота

-55.0°

Азимут

194.0°

Below horizon - not visible
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Подробности объекта

Свойство Значение

Rise/Set Times

Время восхода

Circumpolar / Never rises

Время кульминации

N/A

Время захода

Circumpolar / Never sets

Observing Recommendations

Equipment Needed:
Difficulty: Challenging
Magnification: Moderate to High (100-200x)

Observing Tips:

  • Large telescope (8+ inches) recommended
  • Use moderate to high magnification to resolve stars
  • Look for central concentration
  • Wait for better sky conditions or higher altitude

О данных глубокого неба

Data Sources

Deep sky object data is compiled from authoritative astronomical catalogs including NGC (New General Catalogue), IC (Index Catalogue), Messier, and Caldwell. Primary source: OpenNGC.

Coordinate Systems

Right Ascension (RA): Celestial longitude measured in hours, minutes, and seconds (0h to 24h).

Declination (Dec): Celestial latitude measured in degrees, arcminutes, and arcseconds (-90 to +90 degrees).

Шкала звёздных величин

The astronomical magnitude scale is logarithmic. Lower values = brighter objects. The formula relating magnitude difference to brightness ratio:

\[m_1 - m_2 = -2.5 \times \log_{10}\left(\frac{F_1}{F_2}\right)\]

where m is magnitude and F is flux.

Observing Recommendations

Recommendations are calculated based on:

  • Высота: Objects above 30 degrees altitude are easier to observe
  • Звёздная величина: Brighter objects (lower magnitude) are easier to see
  • Фаза Луны: Dark skies (new moon) improve visibility of faint objects

Rise and Set Times

Calculated using Skyfield astronomical library with observer's location and date. Times shown in local timezone. Objects are considered visible when altitude is above 0 degrees.

Best Viewing Time

Determined by finding when the object reaches maximum altitude (culmination) during nighttime hours. Calculated as:

\[t_{\text{best}} = \arg\max_{t \in \text{night}} h(t)\]

where h(t) is altitude as a function of time.