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Caladium
Caladium Ca*la"di*um, n. [NL.]
A genus of aroideous plants, of which some species are
cultivated for their immense leaves (which are often
curiously blotched with white and red), and others (in
Polynesia) for food.
Caladium sagittaefoliumTanier Tan"i*er, n. (Bot.)
An aroid plant (Caladium sagitt[ae]folium), the leaves of
which are boiled and eaten in the West Indies. [Written also
tannier.] Cladium effusumSaw Saw, n. [OE. sawe, AS. sage; akin to D. zaag, G. s["a]ge,
OHG. sega, saga, Dan. sav, Sw. s[*a]g, Icel. s["o]g, L.
secare to cut, securis ax, secula sickle. Cf. Scythe,
Sickle, Section, Sedge.]
An instrument for cutting or dividing substances, as wood,
iron, etc., consisting of a thin blade, or plate, of steel,
with a series of sharp teeth on the edge, which remove
successive portions of the material by cutting and tearing.
Note: Saw is frequently used adjectively, or as the first
part of a compound.
Band saw, Crosscut saw, etc. See under Band,
Crosscut, etc.
Circular saw, a disk of steel with saw teeth upon its
periphery, and revolved on an arbor.
Saw bench, a bench or table with a flat top for for sawing,
especially with a circular saw which projects above the
table.
Saw file, a three-cornered file, such as is used for
sharpening saw teeth.
Saw frame, the frame or sash in a sawmill, in which the
saw, or gang of saws, is held.
Saw gate, a saw frame.
Saw gin, the form of cotton gin invented by Eli Whitney, in
which the cotton fibers are drawn, by the teeth of a set
of revolving circular saws, through a wire grating which
is too fine for the seeds to pass.
Saw grass (Bot.), any one of certain cyperaceous plants
having the edges of the leaves set with minute sharp
teeth, especially the Cladium Mariscus of Europe, and
the Cladium effusum of the Southern United States. Cf.
Razor grass, under Razor.
Saw log, a log of suitable size for sawing into lumber.
Saw mandrel, a mandrel on which a circular saw is fastened
for running.
Saw pit, a pit over which timbor is sawed by two men, one
standing below the timber and the other above. --Mortimer.
Saw sharpener (Zo["o]l.), the great titmouse; -- so named
from its harsh call note. [Prov. Eng.]
Saw whetter (Zo["o]l.), the marsh titmouse (Parus
palustris); -- so named from its call note. [Prov. Eng.] Cladium MariscusSaw Saw, n. [OE. sawe, AS. sage; akin to D. zaag, G. s["a]ge,
OHG. sega, saga, Dan. sav, Sw. s[*a]g, Icel. s["o]g, L.
secare to cut, securis ax, secula sickle. Cf. Scythe,
Sickle, Section, Sedge.]
An instrument for cutting or dividing substances, as wood,
iron, etc., consisting of a thin blade, or plate, of steel,
with a series of sharp teeth on the edge, which remove
successive portions of the material by cutting and tearing.
Note: Saw is frequently used adjectively, or as the first
part of a compound.
Band saw, Crosscut saw, etc. See under Band,
Crosscut, etc.
Circular saw, a disk of steel with saw teeth upon its
periphery, and revolved on an arbor.
Saw bench, a bench or table with a flat top for for sawing,
especially with a circular saw which projects above the
table.
Saw file, a three-cornered file, such as is used for
sharpening saw teeth.
Saw frame, the frame or sash in a sawmill, in which the
saw, or gang of saws, is held.
Saw gate, a saw frame.
Saw gin, the form of cotton gin invented by Eli Whitney, in
which the cotton fibers are drawn, by the teeth of a set
of revolving circular saws, through a wire grating which
is too fine for the seeds to pass.
Saw grass (Bot.), any one of certain cyperaceous plants
having the edges of the leaves set with minute sharp
teeth, especially the Cladium Mariscus of Europe, and
the Cladium effusum of the Southern United States. Cf.
Razor grass, under Razor.
Saw log, a log of suitable size for sawing into lumber.
Saw mandrel, a mandrel on which a circular saw is fastened
for running.
Saw pit, a pit over which timbor is sawed by two men, one
standing below the timber and the other above. --Mortimer.
Saw sharpener (Zo["o]l.), the great titmouse; -- so named
from its harsh call note. [Prov. Eng.]
Saw whetter (Zo["o]l.), the marsh titmouse (Parus
palustris); -- so named from its call note. [Prov. Eng.] Olympic stadiumStadium Sta"di*um, n.; pl. Stadia. [L., a stadium (in sense
1), from Gr. ?.]
1. A Greek measure of length, being the chief one used for
itinerary distances, also adopted by the Romans for
nautical and astronomical measurements. It was equal to
600 Greek or 625 Roman feet, or 125 Roman paces, or to 606
feet 9 inches English. This was also called the Olympic
stadium, as being the exact length of the foot-race
course at Olympia. --Dr. W. Smith.
2. Hence, a race course; especially, the Olympic course for
foot races.
3. A kind of telemeter for measuring the distance of an
object of known dimensions, by observing the angle it
subtends; especially (Surveying), a graduated rod used to
measure the distance of the place where it stands from an
instrument having a telescope, by observing the number of
the graduations of the rod that are seen between certain
parallel wires (stadia wires) in the field of view of the
telescope; -- also called stadia, and stadia rod. OsphradiumOsphradium Os*phra"di*um, n.; pl. Osphradia. [NL., fr. Gr. ?
strong scent, fr. ? to smell.] (Zo["o]l.)
The olfactory organ of some Mollusca. It is connected with
the organ of respiration. PaladiumizePaladiumize Pala"di*um*ize, v. t. [imp. & p. p.
Palladiumized; p. pr. & vb. n. Palladiumizing.]
To cover or coat with palladium. [R.] Palladium
Palladium Pal*la"di*um, n. [L., fr. Gr. ?, fr. ?, ?, Pallas.]
1. (Gr. Antiq.) Any statue of the goddess Pallas; esp., the
famous statue on the preservation of which depended the
safety of ancient Troy.
2. Hence: That which affords effectual protection or
security; a sateguard; as, the trial by jury is the
palladium of our civil rights. --Blackstone.
PalladiumPalladium Pal*la"di*um, n. [NL.] (Chem.)
A rare metallic element of the light platinum group, found
native, and also alloyed with platinum and gold. It is a
silver-white metal resembling platinum, and like it permanent
and untarnished in the air, but is more easily fusible. It is
unique in its power of occluding hydrogen, which it does to
the extent of nearly a thousand volumes, forming the alloy
Pd2H. It is used for graduated circles and verniers, for
plating certain silver goods, and somewhat in dentistry. It
was so named in 1804 by Wollaston from the asteroid Pallas,
which was discovered in 1802. Symbol Pd. Atomic weight,
106.2. PalladiumizedPaladiumize Pala"di*um*ize, v. t. [imp. & p. p.
Palladiumized; p. pr. & vb. n. Palladiumizing.]
To cover or coat with palladium. [R.] PalladiumizingPaladiumize Pala"di*um*ize, v. t. [imp. & p. p.
Palladiumized; p. pr. & vb. n. Palladiumizing.]
To cover or coat with palladium. [R.] PhyllocladiumPhyllocladium Phyl`lo*cla"di*um, n.; pl. Phyllocladia. [NL.,
fr. Gr. ? a leaf + ? a sprout.] (Bot.)
A flattened stem or branch which more or less resembles a
leaf, and performs the function of a leaf as regards
respiration and assimilation. RadiumRadium Ra`di*um, n. [NL., fr. L. radius ray.] (Chem.)
An intensely radioactive metallic element found (combined) in
minute quantities in pitchblende, and various other uranium
minerals. Symbol, Ra; atomic weight, 226.4. Radium was
discovered by M. and Mme. Curie, of Paris, who in 1902
separated compounds of it by a tedious process from
pitchblende. Its compounds color flames carmine and give a
characteristic spectrum. It resembles barium chemically.
Radium preparations are remarkable for maintaining themselves
at a higher temperature than their surroundings, and for
their radiations, which are of three kinds: alpha rays, beta
rays, and gamma rays (see these terms). By reason of these
rays they ionize gases, affect photographic plates, cause
sores on the skin, and produce many other striking effects.
Their degree of activity depends on the proportion of radium
present, but not on its state of chemical combination or on
external conditions.The radioactivity of radium is therefore
an atomic property, and is explained as result from a
disintegration of the atom. This breaking up occurs in at
least seven stages; the successive main products have been
studied and are called
radium emanation or exradio,
radium A,
radium B,
radium C, etc. (The emanation is a heavy gas, the later
products are solids.) These products are regarded as
unstable elements, each with an atomic weight a little
lower than its predecessor. It is possible that lead is
the stable end product. At the same time the light gas
helium is formed; it probably consists of the expelled
alpha particles. The heat effect mentioned above is
ascribed to the impacts of these particles. Radium, in
turn, is believed to be formed indirectly by an
immeasurably slow disintegration of uranium. radium ARadium Ra`di*um, n. [NL., fr. L. radius ray.] (Chem.)
An intensely radioactive metallic element found (combined) in
minute quantities in pitchblende, and various other uranium
minerals. Symbol, Ra; atomic weight, 226.4. Radium was
discovered by M. and Mme. Curie, of Paris, who in 1902
separated compounds of it by a tedious process from
pitchblende. Its compounds color flames carmine and give a
characteristic spectrum. It resembles barium chemically.
Radium preparations are remarkable for maintaining themselves
at a higher temperature than their surroundings, and for
their radiations, which are of three kinds: alpha rays, beta
rays, and gamma rays (see these terms). By reason of these
rays they ionize gases, affect photographic plates, cause
sores on the skin, and produce many other striking effects.
Their degree of activity depends on the proportion of radium
present, but not on its state of chemical combination or on
external conditions.The radioactivity of radium is therefore
an atomic property, and is explained as result from a
disintegration of the atom. This breaking up occurs in at
least seven stages; the successive main products have been
studied and are called
radium emanation or exradio,
radium A,
radium B,
radium C, etc. (The emanation is a heavy gas, the later
products are solids.) These products are regarded as
unstable elements, each with an atomic weight a little
lower than its predecessor. It is possible that lead is
the stable end product. At the same time the light gas
helium is formed; it probably consists of the expelled
alpha particles. The heat effect mentioned above is
ascribed to the impacts of these particles. Radium, in
turn, is believed to be formed indirectly by an
immeasurably slow disintegration of uranium. radium BRadium Ra`di*um, n. [NL., fr. L. radius ray.] (Chem.)
An intensely radioactive metallic element found (combined) in
minute quantities in pitchblende, and various other uranium
minerals. Symbol, Ra; atomic weight, 226.4. Radium was
discovered by M. and Mme. Curie, of Paris, who in 1902
separated compounds of it by a tedious process from
pitchblende. Its compounds color flames carmine and give a
characteristic spectrum. It resembles barium chemically.
Radium preparations are remarkable for maintaining themselves
at a higher temperature than their surroundings, and for
their radiations, which are of three kinds: alpha rays, beta
rays, and gamma rays (see these terms). By reason of these
rays they ionize gases, affect photographic plates, cause
sores on the skin, and produce many other striking effects.
Their degree of activity depends on the proportion of radium
present, but not on its state of chemical combination or on
external conditions.The radioactivity of radium is therefore
an atomic property, and is explained as result from a
disintegration of the atom. This breaking up occurs in at
least seven stages; the successive main products have been
studied and are called
radium emanation or exradio,
radium A,
radium B,
radium C, etc. (The emanation is a heavy gas, the later
products are solids.) These products are regarded as
unstable elements, each with an atomic weight a little
lower than its predecessor. It is possible that lead is
the stable end product. At the same time the light gas
helium is formed; it probably consists of the expelled
alpha particles. The heat effect mentioned above is
ascribed to the impacts of these particles. Radium, in
turn, is believed to be formed indirectly by an
immeasurably slow disintegration of uranium. radium CRadium Ra`di*um, n. [NL., fr. L. radius ray.] (Chem.)
An intensely radioactive metallic element found (combined) in
minute quantities in pitchblende, and various other uranium
minerals. Symbol, Ra; atomic weight, 226.4. Radium was
discovered by M. and Mme. Curie, of Paris, who in 1902
separated compounds of it by a tedious process from
pitchblende. Its compounds color flames carmine and give a
characteristic spectrum. It resembles barium chemically.
Radium preparations are remarkable for maintaining themselves
at a higher temperature than their surroundings, and for
their radiations, which are of three kinds: alpha rays, beta
rays, and gamma rays (see these terms). By reason of these
rays they ionize gases, affect photographic plates, cause
sores on the skin, and produce many other striking effects.
Their degree of activity depends on the proportion of radium
present, but not on its state of chemical combination or on
external conditions.The radioactivity of radium is therefore
an atomic property, and is explained as result from a
disintegration of the atom. This breaking up occurs in at
least seven stages; the successive main products have been
studied and are called
radium emanation or exradio,
radium A,
radium B,
radium C, etc. (The emanation is a heavy gas, the later
products are solids.) These products are regarded as
unstable elements, each with an atomic weight a little
lower than its predecessor. It is possible that lead is
the stable end product. At the same time the light gas
helium is formed; it probably consists of the expelled
alpha particles. The heat effect mentioned above is
ascribed to the impacts of these particles. Radium, in
turn, is believed to be formed indirectly by an
immeasurably slow disintegration of uranium. radium emanationRadium Ra`di*um, n. [NL., fr. L. radius ray.] (Chem.)
An intensely radioactive metallic element found (combined) in
minute quantities in pitchblende, and various other uranium
minerals. Symbol, Ra; atomic weight, 226.4. Radium was
discovered by M. and Mme. Curie, of Paris, who in 1902
separated compounds of it by a tedious process from
pitchblende. Its compounds color flames carmine and give a
characteristic spectrum. It resembles barium chemically.
Radium preparations are remarkable for maintaining themselves
at a higher temperature than their surroundings, and for
their radiations, which are of three kinds: alpha rays, beta
rays, and gamma rays (see these terms). By reason of these
rays they ionize gases, affect photographic plates, cause
sores on the skin, and produce many other striking effects.
Their degree of activity depends on the proportion of radium
present, but not on its state of chemical combination or on
external conditions.The radioactivity of radium is therefore
an atomic property, and is explained as result from a
disintegration of the atom. This breaking up occurs in at
least seven stages; the successive main products have been
studied and are called
radium emanation or exradio,
radium A,
radium B,
radium C, etc. (The emanation is a heavy gas, the later
products are solids.) These products are regarded as
unstable elements, each with an atomic weight a little
lower than its predecessor. It is possible that lead is
the stable end product. At the same time the light gas
helium is formed; it probably consists of the expelled
alpha particles. The heat effect mentioned above is
ascribed to the impacts of these particles. Radium, in
turn, is believed to be formed indirectly by an
immeasurably slow disintegration of uranium. Stadium
Stadium Sta"di*um, n.
A modern structure, with its inclosure, resembling the
ancient stadium, used for athletic games, etc.
StadiumStadium Sta"di*um, n.; pl. Stadia. [L., a stadium (in sense
1), from Gr. ?.]
1. A Greek measure of length, being the chief one used for
itinerary distances, also adopted by the Romans for
nautical and astronomical measurements. It was equal to
600 Greek or 625 Roman feet, or 125 Roman paces, or to 606
feet 9 inches English. This was also called the Olympic
stadium, as being the exact length of the foot-race
course at Olympia. --Dr. W. Smith.
2. Hence, a race course; especially, the Olympic course for
foot races.
3. A kind of telemeter for measuring the distance of an
object of known dimensions, by observing the angle it
subtends; especially (Surveying), a graduated rod used to
measure the distance of the place where it stands from an
instrument having a telescope, by observing the number of
the graduations of the rod that are seen between certain
parallel wires (stadia wires) in the field of view of the
telescope; -- also called stadia, and stadia rod. VadiumVadium Va"di*um, n. [LL., from L. vas, vadis, bail.] (Law)
Pledge; security; bail. See Mortgage.
Vadium vivum [LL.] (Law), a living pledge, which exists
where an estate is granted until a debt is paid out of its
proceeds. Vadium vivumVadium Va"di*um, n. [LL., from L. vas, vadis, bail.] (Law)
Pledge; security; bail. See Mortgage.
Vadium vivum [LL.] (Law), a living pledge, which exists
where an estate is granted until a debt is paid out of its
proceeds. Vanadium
Vanadium Va*na"di*um, n. [NL., fr. Icel. Vanad[=i]s, a surname
of the Scandinavian goddess Freya.] (Chem.)
A rare element of the nitrogen-phosphorus group, found
combined, in vanadates, in certain minerals, and reduced as
an infusible, grayish-white metallic powder. It is
intermediate between the metals and the non-metals, having
both basic and acid properties. Symbol V (or Vd, rarely).
Atomic weight 51.2.
Vanadium bronze
Vanadium bronze Va*na"di*um bronze` (Chem.)
A yellow pigment consisting of a compound of vanadium.
Meaning of Adium from wikipedia
-
Adium is a free and open-source
instant messaging client for
macOS that
supports multiple IM networks,
including XMPP (Jabber), IRC and more. In the past...
-
Bonjour include:
iTunes to find
shared music iPhoto to find
shared photos Adium, Pidgin, Vine Server, and
Elgato EyeTV to
communicate with
multiple clients...
- open
source cross-platform
multiprotocol client, with third-party
plugin Adium, an open
source OS X client, with third-party
plugin built on top of libqq-pidgin...
-
Entertainment Law Journal. 25 (2): 452–459.
Retrieved 12
April 2024. "
Adium - About".
adium.im.
Retrieved 2017-07-20. Team,
Window Maker Web. "Window Maker...
-
Messenger (No
longer available) Chat
programs supporting multiple protocols:
Adium Google+
Hangouts IBM
Sametime Kopete Miranda NG
Pidgin Quiet Internet Pager...
-
companies who
produce instant messaging (IM)
software with
names registered by
Adium, ejabberd, Coccinella, Gitter, Meebo, Pandion, Pidgin, Prosody, Trillian...
- 0
release of libpurple,
enabling MySpaceIM support in
Pidgin v2.2.0 and
Adium v1.1.3. Over time,
Myspace has
released several versions of MySpaceIM, listed...
-
supports the
Zephyr protocol since version 0.11.0-pre10 (April 13, 2001).
Adium added support for
Zephyr in
Version 0.70 (October 18, 2004), but dropped...
- were:
Android BlackBerry OS iOS Java ME
Linux using Pidgin Mac OS X
using Adium Microsoft Windows using Pidgin and MXit EVO
Windows Phone Mxit operated...
- FreeBSD)
libpurple clients such as
Pidgin or
Finch via
experimental plugin Adium via an Xtra
based on the
libpurple plugin Profanity via
experimental plugin...
