* Electron capture

Electron capture in very dense parts of the infalling matter may produce additional neutrons.

Electron capture is the main decay mode for isotopes lighter than the < sup > 51 </ sup > V.

Electron capture

Electron capture is a process in which a proton-rich nuclide absorbs an inner atomic electron ( changing a nuclear proton to a neutron ) and simultaneously emits a neutrino.

Electron capture is the primary decay mode for isotopes with a relative superabundance of protons in the nucleus, but with insufficient energy difference between the isotope and its prospective daughter ( with one less positive charge ) for the nuclide to decay by emitting a positron.

Electron capture also exists as a viable decay mode for radioactive isotopes with sufficient energy to decay by positron emission, where it competes with positron emission.

* Electron – capture mass spectrometry

# REDIRECT Electron capture

* Electron capture detector ( ECD ), which uses a radioactive Beta particle ( electron ) source to measure the degree of electron capture.

* Electron capture detector, a chromatography scientific device

* Electron capture dissociation

* Electron capture ionization

* Electron capture dissociation

Electron capture is responsible for the remaining 4 % of < sup > 192 </ sup > Ir decays.

nl: Electron capture detector

At its peak, the Electron was the third best selling micro in the United Kingdom, and total lifetime game sales for the Electron exceeded those of the BBC Micro.

There are at least 500 known games for the Electron and the true total is probably in the thousands.

The Electron was developed during 1983 as a cheap sibling for the BBC Micro with the intention of capturing the low-cost Christmas sales market for that year.

By providing extra storage this modification also allowed some games and applications intended for the BBC Micro to function on the Electron despite the lack of a native Mode 7.

Although cheap and effective in enabling use of some software that only used official ROM entry points for text output, this solution proved very slow because the Electron had to be placed into an 80-byte-pitch display to be able to get anywhere near to reproducing mode 7 and the CPU spent a lot of time drawing approximations of mode 7 characters and graphics that in a hardware solution would be achieved without any CPU processing.

During the latter years, PMS produced a 2nd Processor specifically for the Electron.

The Electron is widely misquoted as operating at 1. 79 MHz after measurements derived from speed testing against the thoroughly 2 MHz BBC Micro for various pieces of ' common software '

Although not as well supported by the biggest software publishers as rivals like the Commodore 64 and Sinclair ZX Spectrum, a good range of games were available for the Electron.

There were around 1, 400 games released for the Acorn Electron, several thousand extra public domain titles were released on disc through Public Domain libraries.

See also the list of Acorn Electron games for a fairly comprehensive list of games published for the machine and: Category: BBC Micro and Acorn Electron games for a list of games with information on Wikipedia.

* BARREL ( Balloon Array for RBSP Relativistic Electron Losses ), a NASA mission

Three Electron guns ( for red, green, and blue phosphor dots ) 2.

There are a number of common, standard and manufacturer-driven numbering and coding schemes for diodes ; the two most common being the EIA / JEDEC standard and the European Pro Electron standard:

The European Pro Electron coding system for active components was introduced in 1966 and comprises two letters followed by the part code.

Electron counting is a formalism used for classifying compounds and for explaining or predicting electronic structure and bonding.

* Gauntlet ( Micro Power video game ), 1984 Defender clone for the Acorn Electron, BBC Micro and Amstrad CPC computers

Electron beam lithography is also important commercially, primarily for its use in the manufacture of photomasks.

Acorn Computers used several ULA chips in the BBC Micro, and later managed to compress almost all of that machine's logic into a single ULA for the Acorn Electron.

Electron mobility is almost always specified in units of cm < sup > 2 </ sup >/( V · s ).

All games that could be ( and weren't considered ' too old ') were ported to the Acorn Electron after its release in 1983 and almost all new games were now released for these 2 machines.

** Visa Electron, a debit card issued by Visa in all countries except Australia, Canada, and the United States

Electron transfer is used in all respiratory functions as well as photosynthesis.

Like its main rival, Visa Electron, Solo cards required all transactions receive electronic authorisation from the issuing bank.

Exile is a single-player action-adventure video game originally published for the Acorn Electron and BBC Micro in 1988 by Superior Software and later ported to the Commodore 64, Amiga, CD32 and Atari ST, all published by Audiogenic.

The game was first published for the Acorn Electron and BBC Micro in 1988 by Superior Software and later ported to the Commodore 64, Atari ST, Amiga and CD32, all published by Audiogenic between 1991 and 1995.

The Econet system was eventually supported on all post-Atom Acorn machines except the Electron, the A3010 and the eventually-cancelled Phoebe 2100.

The difference between Visa Electron and Visa Debit is that payments with Visa Electron require that all the funds be available at the time of transfer, i. e., Visa Electron card accounts may not be overdrawn.

Some online stores and all offline terminals ( like on trains and aircraft ) do not support Visa Electron because their systems cannot check for the availability of funds.

The new logo for all Electron cards is a simple white background with the name Visa in blue with an orange flick on the ' V ', followed by the word " Electron " on a separate line.

A Tubuloreticular inclusion is also characteristic of Lupus Nephritis, and can be seen by Electron Microscopy in all stages.

For the coherent quantum 1 / f effect, see the Physica Status Solidi paper of 1996, the Transactions in Electron Devices paper of 1994, and the Proceedings of IEEE paper with graduate student Adam Tournier of 2005, all shown in the above mentioned quantum 1 / f bibliography.

Boom tubes replaced other mostly undefined concepts like the Electron Road, the Matter Threshold and the Star Gate, all of which have been used by the New Gods for travel from either New Genesis or Apokolips.