| podobné slovo | definícia |
flaser
(encz) | FLASER,Forward Looking Infrared Laser Radar [zkr.] [voj.] Zdeněk Brož a
automatický překlad |
laser beam
(encz) | laser beam, n: |
laser disc
(encz) | laser disc, |
laser disk
(encz) | laser disk, |
laser printer
(encz) | laser printer,laserová tiskárna joe@hw.cz |
laser-guided bomb
(encz) | laser-guided bomb, n: |
lasers
(encz) | lasers,lasery n: pl. Zdeněk Brož |
yag laser
(encz) | YAG laser,ytrium-aluminium-granátový laser n: [chem.] [fyz.] web |
airborne laser
(czen) | Airborne Laser,ABL[zkr.] [voj.] Zdeněk Brož a automatický překlad |
airborne laser experiment
(czen) | Airborne Laser Experiment,ABLEX[zkr.] [voj.] Zdeněk Brož a automatický
překlad |
airborne laser extended atmospheric characterization experiment
(czen) | Airborne Laser Extended Atmospheric Characterization Experiment,ABLE
ACE[zkr.] [voj.] Zdeněk Brož a automatický překlad |
diode-pumped laser
(czen) | Diode-Pumped Laser,DPL[zkr.] [voj.] Zdeněk Brož a automatický překlad |
forward looking infrared laser radar
(czen) | Forward Looking Infrared Laser Radar,FLASER[zkr.] [voj.] Zdeněk Brož a
automatický překlad |
ground-based laser
(czen) | Ground-Based Laser,GBL[zkr.] [voj.] Zdeněk Brož a automatický překlad |
high energy laser test facility
(czen) | High Energy Laser Test Facility,HELSTF[zkr.] [voj.] Zdeněk Brož a
automatický překlad |
high power semiconductor laser technology
(czen) | High Power Semiconductor Laser Technology,HPSLT[zkr.] [voj.] Zdeněk
Brož a automatický překlad |
laser beam detector
(czen) | Laser Beam Detector,LBD[zkr.] [voj.] Zdeněk Brož a automatický překlad |
laser guided bomb
(czen) | Laser Guided Bomb,LGB[zkr.] [voj.] Zdeněk Brož a automatický překlad |
laserová operace oka
(czen) | laserová operace oka,LASIK Laser-Assisted In Situ Keratomileusis Pavel
Machek |
laserová tiskárna
(czen) | laserová tiskárna,laser printer joe@hw.cz |
lasery
(czen) | lasery,lasersn: pl. Zdeněk Brož |
působit jako laser
(czen) | působit jako laser,lase Zdeněk Brož |
retro-assisted imaging laser experiment
(czen) | Retro-Assisted Imaging Laser Experiment,RAILE[zkr.] [voj.] Zdeněk Brož
a automatický překlad |
ring laser gyro
(czen) | Ring Laser Gyro,RLG[zkr.] [voj.] Zdeněk Brož a automatický překlad |
space based laser
(czen) | Space Based Laser,SBL[zkr.] [voj.] Zdeněk Brož a automatický překlad |
vyzařovat laserové záření
(czen) | vyzařovat laserové záření,lasen: Zdeněk Brož |
ytrium-aluminium-granátový laser
(czen) | ytrium-aluminium-granátový laser,YAG lasern: [chem.] [fyz.] web |
laser beam
(gcide) | laser beam \laser beam\ n.
A beam of light from a laser.
[PJC] |
laser disk
(gcide) | laser disk \laser disk\ n.
A digital data storage medium consisting of a thin disk onto
which the data is impressed by a laser, in the form of a
linear sequence of dots; same as optical disk. The data is
subsequently read back by the use of a laser beam. See also
compact disk.
Note: The original disk may be created by use of a laser, but
copies of the original disk may be created by a
replicating process which does not itself require a
laser.
[PJC] |
laser light
(gcide) | laser light \laser light\ n.
Light produced by a laser.
[PJC] |
laser printer
(gcide) | laser printer \laser printer\ n.
A printer controlled by a computer, using a laser beam to
produce images in a fine dot-matrix pattern of charge on an
electrostatic drum, to which fine particles of ink are
subsequently caused to adhere, and the image of which is
subsequently transferred to paper or another type of material
in sheet form. It is capable of high-speed production of
images with a higher resolution than those from dot-matrix
impact printers.
[PJC] |
laser surgery
(gcide) | laser surgery \laser surgery\ n. (Med.)
Surgery using lasers.
[PJC] |
Laserpitium glabrum
(gcide) | Laserwort \La"ser*wort`\ (l[=a]"s[~e]r*w[^u]rt`), n. [L. laser
the juice of the laserwort.] (Bot.)
Any plant of the umbelliferous genus Laserpitium, of
several species (as Laserpitium glabrum, and {Laserpitium
siler}), the root of which yields a resinous substance of a
bitter taste. The genus is mostly European.
[1913 Webster] |
Laserpitium siler
(gcide) | Laserwort \La"ser*wort`\ (l[=a]"s[~e]r*w[^u]rt`), n. [L. laser
the juice of the laserwort.] (Bot.)
Any plant of the umbelliferous genus Laserpitium, of
several species (as Laserpitium glabrum, and {Laserpitium
siler}), the root of which yields a resinous substance of a
bitter taste. The genus is mostly European.
[1913 Webster] |
Laserwort
(gcide) | Laserwort \La"ser*wort`\ (l[=a]"s[~e]r*w[^u]rt`), n. [L. laser
the juice of the laserwort.] (Bot.)
Any plant of the umbelliferous genus Laserpitium, of
several species (as Laserpitium glabrum, and {Laserpitium
siler}), the root of which yields a resinous substance of a
bitter taste. The genus is mostly European.
[1913 Webster] |
donald arthur glaser
(wn) | Donald Arthur Glaser
n 1: United States physicist who invented the bubble chamber to
study subatomic particles (born in 1926) [syn: Glaser,
Donald Glaser, Donald Arthur Glaser] |
donald glaser
(wn) | Donald Glaser
n 1: United States physicist who invented the bubble chamber to
study subatomic particles (born in 1926) [syn: Glaser,
Donald Glaser, Donald Arthur Glaser] |
glaser
(wn) | Glaser
n 1: United States physicist who invented the bubble chamber to
study subatomic particles (born in 1926) [syn: Glaser,
Donald Glaser, Donald Arthur Glaser] |
laser beam
(wn) | laser beam
n 1: a beam of light generated by a laser |
laser printer
(wn) | laser printer
n 1: electrostatic printer that focuses a laser beam to form
images that are transferred to paper electrostatically |
laser trabecular surgery
(wn) | laser trabecular surgery
n 1: eye surgery that makes many tiny laser burns in an area
that will increase the drainage of aqueous humor |
laser-assisted in situ keratomileusis
(wn) | laser-assisted in situ keratomileusis
n 1: a refractive surgery procedure that reshapes the cornea
[syn: laser-assisted in situ keratomileusis, LASIK] |
laser-assisted subepithelial keratomileusis
(wn) | laser-assisted subepithelial keratomileusis
n 1: a refractive surgery procedure that reshapes the cornea
[syn: laser-assisted subepithelial keratomileusis,
LASEK] |
laser-guided bomb
(wn) | laser-guided bomb
n 1: a smart bomb that seeks the laser light reflected off of
the target and uses it to correct its descent; "laser-
guided bombs cannot be used in cloudy weather" [syn:
laser-guided bomb, LGB] |
computer output to laser disc
(foldoc) | Electronic Report Management
Computer Output on Microfilm
Computer Output to Laser Disc
Computer Output to Laser Disk
Enterprise Report Management
ERM
(ERM, Enterprise Report Management) The capture,
archiving and publishing, in digital form, of (typically
mainframe generated) documents such as accounting and
financial reports. ERM often replaces systems based on paper
or microfilm.
ERM usually captures data from print streams and stores it
on hard drives, storage area networks or optical disk
drives. The data is indexed and can be retreived at the
desktop with a web browser or a fat client. ERM systems
are part of enterprise content management or {electronic
document management}.
An example application is {PearlDoc QuickFile Information
Management System (http://pearldoc.com/)} (IMS).
An early replacement for greenbar printed reports was
Computer Output on Microfilm (COM, not to be confused with
Microsoft's Component Object Model). This was superseded
by Computer Output to Laser Disk (or Disc - COLD) which used
optical media.
In 1999 the AIIM renamed COLD to ERM/COLD to reflect the
variety of media in use. This was promoted, in 2002, by Mason
Grigsby - widely reputed as "The Father of COLD" for his
seminal work with INSCI in the late 1980s. Judging from
their website, AIIM don't seem too sure whether ERM is
"Electronic", "Enterprise" or both.
(2007-07-25)
|
computer output to laser disk
(foldoc) | Electronic Report Management
Computer Output on Microfilm
Computer Output to Laser Disc
Computer Output to Laser Disk
Enterprise Report Management
ERM
(ERM, Enterprise Report Management) The capture,
archiving and publishing, in digital form, of (typically
mainframe generated) documents such as accounting and
financial reports. ERM often replaces systems based on paper
or microfilm.
ERM usually captures data from print streams and stores it
on hard drives, storage area networks or optical disk
drives. The data is indexed and can be retreived at the
desktop with a web browser or a fat client. ERM systems
are part of enterprise content management or {electronic
document management}.
An example application is {PearlDoc QuickFile Information
Management System (http://pearldoc.com/)} (IMS).
An early replacement for greenbar printed reports was
Computer Output on Microfilm (COM, not to be confused with
Microsoft's Component Object Model). This was superseded
by Computer Output to Laser Disk (or Disc - COLD) which used
optical media.
In 1999 the AIIM renamed COLD to ERM/COLD to reflect the
variety of media in use. This was promoted, in 2002, by Mason
Grigsby - widely reputed as "The Father of COLD" for his
seminal work with INSCI in the late 1980s. Judging from
their website, AIIM don't seem too sure whether ERM is
"Electronic", "Enterprise" or both.
(2007-07-25)
|
laser printer
(foldoc) | laser printer
A non-impact high-resolution printer which uses a
rotating disk to reflect laser beams to form an electrostatic
image on a selenium imaging drum. The developer drum
transfers toner from the toner bin to the charged areas of the
imaging drum, which then transfers it onto the paper into
which it is fused by heat. Toner is dry ink powder, generally
a plastic heat-sensitive polymer.
Print resolution currently (2001) ranges between 300 and 2400
dots per inch (DPI). Laser printers using chemical
photoreproduction techniques can produce resolutions of up to
2400 DPI.
Print speed is limited by whichever is slower - the printer
hardware (the "engine speed"), or the software rendering
process that converts the data to be printed into a bit map.
The print speed may exceed 21,000 lines per minute, though
printing speed is more often given in pages per minute. If a
laser printer is rated at 12 pages per minute (PPM), this
figure would be true only if the printer is printing the same
data on each of the twelve pages, so that the bit map is
identical. This speed however, is rarely reached if each page
contains different codes, text, and graphics.
In 2001, Xerox's Phaser 1235 and 2135 (with Okidata engines)
could print up to 21 colour ppm at 1200x1200 DPI using a
single-pass process.
Colour laser printers can reach 2400 DPI easily (e.g. an HP
LaserJet 8550). Some printers with large amounts of RAM can
print at engine speed with different text pages and some of
the larger lasers intended for graphics design work can print
graphics at full engine speed.
Although there are dozens of retail brands of laser printers,
only a few original equipment manufacturers make {print
engines}, e.g. Canon, Ricoh, Toshiba, and Xerox.
(2002-01-06)
|
software laser
(foldoc) | software laser
An optical laser works by bouncing photons back and forth
between two mirrors, one totally reflective and one partially
reflective. If the lasing material (usually a crystal) has
the right properties, photons scattering off the atoms in the
crystal will excite cascades of more photons, all in lockstep.
Eventually the beam will escape through the partially
reflective mirror.
One kind of sorcerer's apprentice mode involving {bounce
messages} can produce closely analogous results, with a
cascade of messages escaping to flood nearby systems. By
mid-1993 there had been at least two publicised incidents of
this kind.
[Jargon File]
|
laser chicken
(jargon) | laser chicken
n.
Kung Pao Chicken, a standard Chinese dish containing chicken, peanuts, and
hot red peppers in a spicy pepper-oil sauce. Many hackers call it laser
chicken for two reasons: It can zap you just like a laser, and the sauce
has a red color reminiscent of some laser beams. The dish has also been
called gunpowder chicken.
In a variation on this theme, it is reported that some Australian hackers
have redesignated the common dish ‘lemon chicken’ as Chernobyl Chicken. The
name is derived from the color of the sauce, which is considered bright
enough to glow in the dark (as, mythically, do some of the inhabitants of
Chernobyl).
|
software laser
(jargon) | software laser
n.
An optical laser works by bouncing photons back and forth between two
mirrors, one totally reflective and one partially reflective. If the lasing
material (usually a crystal) has the right properties, photons scattering
off the atoms in the crystal will excite cascades of more photons, all in
lockstep. Eventually the beam will escape through the partially-reflective
mirror. One kind of sorcerer's apprentice mode involving bounce message
s can produce closely analogous results, with a cascade of messages
escaping to flood nearby systems. By mid-1993 there had been at least two
publicized incidents of this kind.
|