Exclusive is the second studio album by American recording artist Chris Brown. It was released on November 6, 2007, by his independently-owned record label CBE, along with Jive Records; distributed by Zomba Group. The album was serving as the follow-up to his multi-platinum selling debut album Chris Brown (2005).
The album was critically and commercially successful, debuting at number 4 on the US Billboard 200, selling 295,000 copies in the first week. The album was supported by five singles; including three Billboard Hot 100, which successfully entered in the music markets, entering the top 20 amongst other charts worldwide. The album has earned double platinum by the Recording Industry Association of America (RIAA) in the United States, and the album sales it stands at three million copies in the worldwide. The album ranked number 34 on Rolling Stone's list of the Top 50 Albums of 2007.
On June 3, 2008, Exclusive was re-released, when it has expanded into a double-disc deluxe edition; including a counterparts from the DVD, which was also released, which features the behind the scenes footage and music videos from his tour.
Down is an album by the Chicago band The Jesus Lizard. It was their last album for Touch and Go records and the last to be produced by Steve Albini.
The song "Horse" was labeled as "Pony Beat" on set lists for live shows. David Wm. Sims plays an organ on the album version.
The painting on the cover is "Falling Dog" by Malcolm Bucknall, for which Bucknall asked no pay and offers no explanation for the falling dog image. Bucknall also did the cover art for the Puss/Oh, the Guilt split single with Nirvana and the Jesus Lizard's Liar album.
All songs written and composed by The Jesus Lizard, except where noted.
Down, released in November 1996 on Century Media records, is the fourth album by Sentenced. It is also the first album including the vocalist Ville Laihiala. This album marks the band's progression from melodic death metal to gothic metal.
Tube, or Tubes, may refer to:
In computing, the Tube was the expansion interface and architecture of the BBC Microcomputer System which allowed the BBC Micro to communicate with a second processor, or coprocessor.
Under the Tube architecture, the coprocessor would run the application software for the user, whilst the Micro (acting as a host) provided all I/O functions, such as screen display, keyboard and storage devices management. A coprocessor unit could be coldplugged into any BBC Micro with a disk interface (whose ROM contained the necessary host software) and used immediately.
The 40-pin IDC "Tube" connector was a simple slave connection to the host processor's main bus, with 8 data lines, 7 address lines, and an interrupt input. The Tube protocols were implemented by hardware in the attached device.
Inside the coprocessor unit a proprietary chip (the Tube ULA, manufactured initially by Ferranti) interfaced and logically isolated the host and coprocessor buses. This allowed the Tube to work with a completely different bus architecture in the coprocessor unit. The only other active components needed were a microprocessor, some RAM, a small ROM containing processor specific client code, glue logic such as an address decoder and a power supply.
A tube is a soft squeezable container which can be used for thick liquids such as adhesive, caulking, ointment, and toothpaste. Basically, a tube is a cylindrical, hollow piece with a round or oval profile, made of plastic, paperboard, or aluminum. Both ends of this tube are treated differently during the manufacturing process and filling. In general, on one end of the tube body there is a round orifice, which can be closed by different caps and closures. The orifice can be shaped in many different ways. Plastic nozzles in various styles and lengths are just one good example.
To attach caps and closures, in most cases a thread is tapped onto the opening structure. Furthermore, something all aluminium tubes have in common is that the other open end is folded several times after the contents have been added. The tube is thus hermetically sealed and nearly germ-free due to the high temperatures during the production process. Furthermore, it is possible to coat the inside of the tube with special coatings to prevent the material from reacting with the contents.