Bones (Son Lux album)

Bones is the fourth studio album released by American musician Son Lux, and is his first album released as a full three-piece band. It was released by Glassnote Records on June 23, 2015, following the release of the single "Change Is Everything" on 25 March 2015.

Track listing

References

External Links

Bones (soundtrack)

Bones: Original Motion Picture Houndtrack is a soundtrack album for the horror film, Bones. It was released on October 9, 2001 under Doggystyle Records and Priority Records. It peaked at #39 on the Billboard 200, #14 on the Top R&B/Hip-Hop Albums chart and #4 on the Top Soundtracks chart. The soundtrack features songs mainly by Snoop Dogg, but it also features songs by Kurupt, Xzibit, Kokane, Tha Eastsidaz, D12, LaToiya Williams, Cypress Hill and more. "Dogg Named Snoop" was the only single released from the soundtrack.

Track listing

Bones Score

Charts

Weekly charts

Personnel

References

List of Bones episodes

Bones is an American crime drama television series that premiered on September 13, 2005, on Fox.

The show is based on forensic anthropology and forensic archaeology, with each episode focusing on an FBI case concerning the mystery behind human remains brought by FBI Special Agent Seeley Booth (David Boreanaz) to the forensic anthropologist Dr. Temperance "Bones" Brennan (Emily Deschanel). The rest of the main cast includes Michaela Conlin as forensic artist Angela Montenegro, T. J. Thyne as entomologist Dr. Jack Hodgins, Eric Millegan as Dr. Zack Addy (seasons 1–3), Jonathan Adams as Dr. Daniel Goodman (season 1), Tamara Taylor as pathologist Dr. Camille Saroyan (introduced in season 2), John Francis Daley as psychologist Dr. Lance Sweets (seasons 3–10), and John Boyd as FBI agent James Aubrey (introduced in season 10). As of December 10, 2015, 222 episodes of Bones have aired.

Series overview

Episodes

Season 1 (2005–06)

Season 2 (2006–07)

Season 3 (2007–08)

Season 4 (2008–09)

Isotopes of calcium

Calcium (Ca) has 24 isotopes, from ³⁴Ca to ⁵⁷Ca. There are five stable isotopes (⁴⁰Ca, ⁴²Ca, ⁴³Ca, ⁴⁴Ca and ⁴⁶Ca), plus one isotope (⁴⁸Ca) with such a long half-life that for all practical purposes it can be considered stable. The most abundant isotope, ⁴⁰Ca, as well as the rare ⁴⁶Ca, are theoretically unstable on energetic grounds, but their decay has not been observed. Calcium also has a cosmogenic isotope, radioactive ⁴¹Ca, which has a half-life of 102,000 years. Unlike cosmogenic isotopes that are produced in the atmosphere, ⁴¹Ca is produced by neutron activation of ⁴⁰Ca. Most of its production is in the upper metre or so of the soil column, where the cosmogenic neutron flux is still sufficiently strong. ⁴¹Ca has received much attention in stellar studies because it decays to ⁴¹K, a critical indicator of solar-system anomalies. The most stable artificial radioisotope is ⁴⁵Ca, with a half-life of 163 days.

All other isotopes have half-lives of 163 days or less, most under a minute. The least stable is ³⁴Ca with a half-life shorter than 35 nanoseconds.