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latex

latex

latex Sentence Examples

  • They possess a delicate Laticiferous layer of protoplasm, with numerous small nuclei lining Tissue the walls, while the interior of the tube (corresponding with the cell-vacuole) contains a fluid called latex, consisting of an emulsion of fine granules and drops of very various substances suspended in a watery medium in which various other substances (salts, sugars, rubber-producers, tannins, alkaloids and various enzymes) are dissolved.

  • As a secondary function we may recognize, in certain cases, the power of closing wounds, which results from the rapid coagulation of exuded latex in contact with the air.

  • The trees are regularly tapped and the coagulated latex which exudes is collected and worked up into rubber.

  • Opium is obtained from the latex of the opium poppy (Pa paver somniferum), which contains the alkaloid morphine.

  • Laticiferous Tissue.The laticiferous tissue consists of a network of branching or anastomosing tubes which contain a coagulable fluid known as latex.

  • The rows of cells from which the laticiferous vessels are formed can be distinguished in many cases in the young embryo while still in the dry seed (Scott), but the latex vessels in process of formation are more easily seen when germination has begun.

  • RUBBER, INDIARUBBER or Caoutchouc (a word probably derived from Cahucha or Gaucho the names in Ecuador and Peru respectively for rubber or the tree producing it), the chief constituent of the coagulated milky juice or latex furnished by a number of different trees, shrubs and vines.

  • The latex of the best rubber plants furnishes from 20 to 50% of rubber.

  • The latex is not to be confused with the sap of trees, on the circulation of which their nutrition depends.

  • Latex, though chiefly secreted in vessels or small sacs which reside in the cortical tissue between the outer bark and the wood is also found in the leaves and sometimes in the roots or bulbs.

  • The latex is usually obtained from the bark or stem by making an incision reaching almost to the wood when the milky fluid flows more or less readily from the laticiferous vessels.

  • If the latex is warmed or an acid, an alkali or astringent plant juice is added to it, " coagulation " usually takes place more or less readily, the caoutchouc separating in solid flakes or curds.

  • The efficacy of heat or of an acid, an alkali or other agent in promoting coagulation depends on the character of the latex, and varies with that obtained from different plants.

  • The latex exhibits a neutral, acid or alkaline reaction depending upon the plant from which it has been obtained.

  • When exposed to air the latex gradually undergoes putrefactive changes accompanied by coagulation of the caoutchouc. The addition of a small quantity of ammonia or of formalin to some latices usually has the effect of preserving them for a considerable time.

  • There is, however, reason to believe that the coagulation of latex into rubber is not mainly of this character.

  • The globules in the latex are liquid, and the phenomenon of coagulation would seem to consist in the passage of this liquid into solid caoutchouc through the kind of change known as polymerization or condensation, in which a liquid passes into solid without alteration of composition or by condensation with the elimination of the elements of water.

  • The effect of chemical agents in producing coagulation are in consonance with what is known of other instances of polymeric or condensation changes, whilst the fact that the collection of globules separated by creaming after thorough washing, and therefore removal of all proteid, is susceptible of solidification into caoutchouc by a merely mechanical act such as churning, strongly supports the view that the character of the change is distinct from that of any alteration which may occur in the proteid constituents of the latex.

  • This has been ascribed by some to the presence in " wild " rubber of certain impurities derived either from the latex or introduced during the preparation of the rubber which are thought to enhance the physical properties of the caoutchouc. It is more probable, however,.

  • be feared that immature trees are often tapped and their latex mixed with that of older trees before coagulation, thus forming.

  • The latex of this tree flows less freely than that of Hevea brasiliensis, and the collection of large quantities of the latex is attended with considerable difficulty.

  • The latex is therefore usually allowed to coagulate on the tree, as it slowly exudes from the incision.

  • The rubber is usually dark in colour and is often contaminated with proteid impurities derived from the latex.

  • The latex, which is usually coagulated by standing or by heating, is obtained from incisions in the bark of the tree.

  • Besides the trees described above, a number of climbing plants or vines belonging to the Apocyanaceae secrete a latex which furnishes rubber of good quality.

  • The rubber is obtained by incising the stems of the vines and coagulating the latex by exposure, by admixture with acid vegetable juices or by heating.

  • Little is at present known of the large rubber tree of Tonkin (Bleckrodea tonkinensis), the latex of which is stated to furnish excellent rubber.

  • The latex is collected in the so-called dry season between June and February.

  • The trees are tapped in the early morning when the latex is most readily obtained.

  • To obtain the latex, deep incisions are made near the base of the tree extending up the trunk.

  • The latex, of which each tree yields only about 6 oz.

  • in three days, has a strong ammoniacal odour, which rapidly disappears, and in consequence of the loss of ammonia the latex will not keep for longer than a day unchanged; hence when it has to be carried to a distance from the place of collection, 3% of ammonia solution is added.

  • The latex usually furnished about 30% of rubber.

  • To obtain the rubber, the latex is usually treated in the following manner.

  • The seedlings rapidly developed and in most places in which they were planted grew into large trees which furnished satisfactory latex when tapped in their sixth or seventh year.

  • Africa the Hevea which has been planted promises well, especially in the Gold Coast, where good yields of latex are stated to have been obtained.

  • One of the most important subjects in connexion with rubber plantations is the method to be adopted in tapping the trees for latex.

  • At present it cannot be said that finality has been reached on the subject of the best method, giving a good return of latex with a minimum of damage to the tree.

  • from the base - that is, within the reach of an ordinary man without the need for ladder or scaffolding; the latex obtained from the upper part of the tree is said to furnish less rubber FIG.

  • The latex is collected in cups placed at the apex of each V.

  • The yield of latex is at first small, but increases with successive tappings, which appear to stimulate the local production of latex, and finally reaches a maximum.

  • Too frequent tapping leads to the production of latex poor in caoutchouc, whilst tapping of trees before they are six or seven years old, and from 20-25 in.

  • The point of next importance is the coagulation of the latex so as to produce rubber in the form and of the quality required by the manufacturer.

  • As the removal of the impurities of the latex is one of the essential points to be aimed at, it was thought that the use of a centrifugal machine to separate the caoutchouc as a cream from the watery part of the latex would prove to be a satisfactory process.

  • This method is said to answer well with the latex of Castilloa, but it appears to be inapplicable to the latex of Hevea, which does not cream readily when centrifugalized.

  • The plan usually adopted is to collect the latex in rectangular tanks or casks.

  • After brushing away the loose stones and dirt from the root of the tree by means of a handful of twigs, the collector lays down large leaves for the latex to drop upon.

  • The latex, which exudes slowly and in many tortuous courses, some of it ultimately falling on the ground, is allowed to remain on the tree for several days, until it becomes dry and solid, when it is pulled off in strings, which are either rolled up into balls or put into bags in loose masses, in which form it enters commerce under the name of Ceara " scrap."

  • The latex coagulates readily, especially if churned or if diluted with water, when a purer rubber is obtained.

  • In Nicaragua the latex is collected in April, when the old leaves begin to fall and the new ones are appearing, during which time the latex is richest.

  • Since the latex " creams " readily the rubber can be separated from the latex by centrifugalizing, and its quality and market value thus enhanced.

  • The watery portion of the latex soaks into the trunk, and the soft spongy rubber which remains is kneaded and pressed into lumps or balls.

  • The Funtumia latex can also be coagulated by the astringent infusion of Bauhinia leaves or by exposing it in shallow dishes, when the liquid " creams."

  • The latex flows fairly well, but is usually allowed to dry on the tree.

  • The cups when full are poured into a larger vessel, and solution of alum is added to coagulate the latex.

  • Rubber is chiefly composed of the soft, solid, elastic substance known as caoutchouc. It is usually assumed that this substance is present as such in the latex.

  • The globules in the latex, however, consist more probably of a distinct liquid substance which readily changes into the solid caoutchouc. The coagulation of the latex often originates with the " curding " of the proteids present, and this alteration in the proteid leads to the solidification of the globules into caoutchouc. The latter, however, is probably a distinct effect.

  • Under certain conditions, as when latex is allowed to stand or is centrifugalized, a cream is obtained consisting of the liquid globules, which may be washed free from proteid without change, but, either by mechanical agitation or by the addition of acid or other chemical agent, the liquid gradually solidifies to a mass of solid caoutchouc. The phenomenon therefore resembles the change known to the chemist as polymerization, by which through molecular aggregation a liquid may pass into a solid without change in its empirical composition.

  • So far the chemical nature of the liquid globules of the latex is unknown, and the exact character of the change into solid caoutchouc remains to be determined.

  • The watery liquid known as rubber milk or latex is an emulsion consisting chiefly of a weak watery solution of proteids, carbohydrates and salts holding the liquid globules in suspension.

  • The dissolved salts (potassium, sodium, ammonium, calcium, magnesium, &c.) of the latex are generally nearly entirely absent from the wellprepared rubber.

  • The presence of more than a small percentage of resin in the latex leads to the production of rubber containing much resin, which seriously depreciates its commercial value for most purposes.

  • There is no feasible method at present known of preventing the inclusion of the resin of the latex with the rubber during coagulation, and although the separation of the resin from the solid caoutchouc by means of solvents is possible, it is not practicable or profitable commercially.

  • Hevea and Castilloa, the resin is present in large proportion in the latex derived from young trees, and diminishes in amount as the tree ages.

  • The composition of latex and of typical rubbers is given below:

  • RUBBERS Para Ceara Castilloa Ficus Landolphia Para Latex Rubber Rubber Rubber Elastica Kirkii (Ceylon).

  • At present the change of isoprene into caoutchouc is mainly of scientific interest in indicating possibilities with regard to the conversion of the liquid globules of the latex into rubber and to the formation of rubber by plants.

  • In the industrial working of indiarubber, the various impurities present in the crude " wild rubber (bark, dirt and the principal impurities derived from the latex, except resin) are removed by the following process: The lumps of crude caoutchouc are first softened by the prolonged action of hot water, and then cut into slices by means of a sharp knife - generally by hand, as thus any large stones or other foreign substances can be removed.

  • Several members of the order are used medicinally for the strong purging properties of the milky juice (latex) which they contain; scammony is the dried latex from the underground stem of Convolvulus Scarnmonia, a native of the Levant, while jalap is the product of the tubercles of Exogonium Purga, a native of Mexico.

  • Latex the same sum was again granted, and there was still a good deal unexpended when the larger measure of 1891 became law.

  • The Baarnsche Bosch, or wood, stretches southward to Soestdyk, where there is a royal country Roman Byzantine Early Christian Work Fr = Latex Work seat, originally acquired by the state in 1795 Louis Bonaparte, king of Holland, who was very fond of the spot, formed a zoological collection here which was removed to Amsterdam in 1809.

  • abstain from sexual intercourse; or Use a latex condom properly, every time you have sexual intercourse, with every partner.

  • acrylic resin emulsions in latex paints, with water thinners, have also become common.

  • Field trials of this latex agglutination test are now required.

  • High risk patients should be offered clinical testing for latex allergy.

  • Bitter aloes are made from the dried, purified sap obtained from the latex - the thin layer of tissue directly beneath the skin.

  • A similar result was obtained by Kinghorn & Evans (1975a) with the latex using a mouse ear irritancy assay.

  • backless latex dress that exposes her most sensitive area, is brought in to receive her punishment.

  • These are words preceded by a backslash (like in LaTeX ).

  • Also you will not be able to use the helium to inflate foil balloons and all of the 30 latex balloons.

  • bitumen emulsion with a latex additive can be used.

  • The latex of this thorny succulent species is very caustic (Dalziel 1937 ).

  • LaTeX2e is upwardly compatible with LaTeX 2.09, but has new features.

  • Naturally occurring holes in the wall of a latex condom have a diameter of 1.0 microns.

  • Condoms are barrier contraceptives made from latex rubber or a very thin plastic called polyurethane.

  • Totally flexible vibrating black latex dong with detachable rotating suction pad and a bendable shaft for ultimate pleasure.

  • Nurses who wear rubber gloves are at risk from contact eczema to either to rubber latex, or to glove chemicals.

  • Walls can also be treated in the same way, or a bitumen emulsion with a latex additive can be used.

  • euphorbia latex is toxic can cause skin burns and irritation.

  • Positive patch test reactions to the latex and to an aqueous extract of the leaves and latex were observed.

  • Hide your features behind a latex skull or loads of black eyeliner.

  • Product features: Deep latex layer High individual spring count Advanced knitted stretch fabric Finest natural layers of filling Top of the range.

  • The proceedings will be made with LaTeX, which will greatly facilitate future publication.

  • Until the claimant became sensitized to latex protein, the substance hazardous to her health was contained in the powdered latex gloves.

  • latex gloves have become the standard glove used in healthcare for several very good reasons.

  • Spirit - based gutta is a liquid latex rubber which is applied to the silk using a small bottle fitted with a metal nib.

  • Disposable helium A disposable tank contains enough helium to inflate 50 x 9 " latex balloons or approximately 25 x 18 " foil balloons.

  • latex of both species is reported to be irritant in some individuals (Allen 1943 ).

  • They are herbs or small shrubs often containing a milky latex.

  • Check the ps file for this after running latex.

  • Wood is only used when after 25 years of age a tree can no longer produce latex for commercial use.

  • Quarry or Ceramic tiles Follow the basic requirements above, using a latex leveling compound to fill the joints between the tiles.

  • It is a good solution if you have a very simple layout. latex There is a latex to pdf converter.

  • Leaf Coat is a ready to use product suitable based on natural latex.

  • At the end of the bowstring jetty was a facility for loading liquid latex straight into road tankers.

  • This 6 inch soft, latex, hollow, .. .

  • latex gloves to life support machines.

  • latex allergy also have food allergy?

  • latex agglutination test are now required.

  • latex condom have a diameter of 1.0 microns.

  • latex balloons!

  • latex rubber or neoprene seals.

  • Nurses who wear rubber gloves are at risk from contact eczema to either to rubber latex, or to glove chemicals.

  • More info... Available from: Jokers Masquerade Our Ref: 1787 John Travolta latex Mask Deluxe full head latex mask with realistic look.

  • Qualatex Printed latex Printed Latex Balloons quality printed helium quality latex balloons.

  • Great value too, they have anti-slip latex backs.

  • Do not use silicone lubricants with silicone toys or oil based ones with latex (rubber) toys.

  • All of latex mattresses are delivered direct from factories here in the UK.

  • milky latex.

  • nitrile gloves are more difficult to sterilize than latex.

  • To dry small amounts of latex paint, remove the lid and let the paint dry in the can.

  • patch test reactions to the latex and to an aqueous extract of the leaves and latex were observed.

  • These are made available for downloading as LaTeX files or compressed postscript.

  • The bodies pile up, latex prosthetics abound and it all gets laughably pretentious.

  • Several species have been found to contain proteinases in their latex.

  • He led the movement of forest people who make a living collecting wild rubber latex against invading cattle ranchers.

  • latex rubber comes from the rubber tree making it a sustainable resource.

  • The latex sole is flexible, naturally non-slip and features a shock absorber in the heel.

  • Always wear latex gloves when working with ammonia and use plastic or wooden tongs to hold items when possible.

  • urticaria caused by natural rubber latex allergy in German health care workers.

  • Decreasing incidence of occupational contact urticaria caused by natural rubber latex allergy in German health care workers.

  • wear rubber gloves are at risk from contact eczema to either to rubber latex, or to glove chemicals.

  • Common errors LaTeX gets cross-references wrong Start of line goes awry Why doesn't verbatim work within.. .

  • They possess a delicate Laticiferous layer of protoplasm, with numerous small nuclei lining Tissue the walls, while the interior of the tube (corresponding with the cell-vacuole) contains a fluid called latex, consisting of an emulsion of fine granules and drops of very various substances suspended in a watery medium in which various other substances (salts, sugars, rubber-producers, tannins, alkaloids and various enzymes) are dissolved.

  • As a secondary function we may recognize, in certain cases, the power of closing wounds, which results from the rapid coagulation of exuded latex in contact with the air.

  • The trees are regularly tapped and the coagulated latex which exudes is collected and worked up into rubber.

  • Opium is obtained from the latex of the opium poppy (Pa paver somniferum), which contains the alkaloid morphine.

  • Laticiferous Tissue.The laticiferous tissue consists of a network of branching or anastomosing tubes which contain a coagulable fluid known as latex.

  • The rows of cells from which the laticiferous vessels are formed can be distinguished in many cases in the young embryo while still in the dry seed (Scott), but the latex vessels in process of formation are more easily seen when germination has begun.

  • RUBBER, INDIARUBBER or Caoutchouc (a word probably derived from Cahucha or Gaucho the names in Ecuador and Peru respectively for rubber or the tree producing it), the chief constituent of the coagulated milky juice or latex furnished by a number of different trees, shrubs and vines.

  • The latex of the best rubber plants furnishes from 20 to 50% of rubber.

  • The latex is not to be confused with the sap of trees, on the circulation of which their nutrition depends.

  • Latex, though chiefly secreted in vessels or small sacs which reside in the cortical tissue between the outer bark and the wood is also found in the leaves and sometimes in the roots or bulbs.

  • The latex is usually obtained from the bark or stem by making an incision reaching almost to the wood when the milky fluid flows more or less readily from the laticiferous vessels.

  • If the latex is warmed or an acid, an alkali or astringent plant juice is added to it, " coagulation " usually takes place more or less readily, the caoutchouc separating in solid flakes or curds.

  • The efficacy of heat or of an acid, an alkali or other agent in promoting coagulation depends on the character of the latex, and varies with that obtained from different plants.

  • The latex exhibits a neutral, acid or alkaline reaction depending upon the plant from which it has been obtained.

  • When exposed to air the latex gradually undergoes putrefactive changes accompanied by coagulation of the caoutchouc. The addition of a small quantity of ammonia or of formalin to some latices usually has the effect of preserving them for a considerable time.

  • There is, however, reason to believe that the coagulation of latex into rubber is not mainly of this character.

  • The globules in the latex are liquid, and the phenomenon of coagulation would seem to consist in the passage of this liquid into solid caoutchouc through the kind of change known as polymerization or condensation, in which a liquid passes into solid without alteration of composition or by condensation with the elimination of the elements of water.

  • The effect of chemical agents in producing coagulation are in consonance with what is known of other instances of polymeric or condensation changes, whilst the fact that the collection of globules separated by creaming after thorough washing, and therefore removal of all proteid, is susceptible of solidification into caoutchouc by a merely mechanical act such as churning, strongly supports the view that the character of the change is distinct from that of any alteration which may occur in the proteid constituents of the latex.

  • This has been ascribed by some to the presence in " wild " rubber of certain impurities derived either from the latex or introduced during the preparation of the rubber which are thought to enhance the physical properties of the caoutchouc. It is more probable, however,.

  • be feared that immature trees are often tapped and their latex mixed with that of older trees before coagulation, thus forming.

  • The latex of this tree flows less freely than that of Hevea brasiliensis, and the collection of large quantities of the latex is attended with considerable difficulty.

  • The latex is therefore usually allowed to coagulate on the tree, as it slowly exudes from the incision.

  • The rubber is usually dark in colour and is often contaminated with proteid impurities derived from the latex.

  • The latex, which is usually coagulated by standing or by heating, is obtained from incisions in the bark of the tree.

  • Besides the trees described above, a number of climbing plants or vines belonging to the Apocyanaceae secrete a latex which furnishes rubber of good quality.

  • The rubber is obtained by incising the stems of the vines and coagulating the latex by exposure, by admixture with acid vegetable juices or by heating.

  • Little is at present known of the large rubber tree of Tonkin (Bleckrodea tonkinensis), the latex of which is stated to furnish excellent rubber.

  • The latex is collected in the so-called dry season between June and February.

  • The trees are tapped in the early morning when the latex is most readily obtained.

  • To obtain the latex, deep incisions are made near the base of the tree extending up the trunk.

  • The latex, of which each tree yields only about 6 oz.

  • in three days, has a strong ammoniacal odour, which rapidly disappears, and in consequence of the loss of ammonia the latex will not keep for longer than a day unchanged; hence when it has to be carried to a distance from the place of collection, 3% of ammonia solution is added.

  • The latex usually furnished about 30% of rubber.

  • To obtain the rubber, the latex is usually treated in the following manner.

  • The seedlings rapidly developed and in most places in which they were planted grew into large trees which furnished satisfactory latex when tapped in their sixth or seventh year.

  • Africa the Hevea which has been planted promises well, especially in the Gold Coast, where good yields of latex are stated to have been obtained.

  • One of the most important subjects in connexion with rubber plantations is the method to be adopted in tapping the trees for latex.

  • At present it cannot be said that finality has been reached on the subject of the best method, giving a good return of latex with a minimum of damage to the tree.

  • from the base - that is, within the reach of an ordinary man without the need for ladder or scaffolding; the latex obtained from the upper part of the tree is said to furnish less rubber FIG.

  • The latex is collected in cups placed at the apex of each V.

  • apart at an angle of about 45°, the latex being collected in cups placed at the base of the vertical channels (fig.

  • The yield of latex is at first small, but increases with successive tappings, which appear to stimulate the local production of latex, and finally reaches a maximum.

  • Too frequent tapping leads to the production of latex poor in caoutchouc, whilst tapping of trees before they are six or seven years old, and from 20-25 in.

  • The point of next importance is the coagulation of the latex so as to produce rubber in the form and of the quality required by the manufacturer.

  • As the removal of the impurities of the latex is one of the essential points to be aimed at, it was thought that the use of a centrifugal machine to separate the caoutchouc as a cream from the watery part of the latex would prove to be a satisfactory process.

  • This method is said to answer well with the latex of Castilloa, but it appears to be inapplicable to the latex of Hevea, which does not cream readily when centrifugalized.

  • The plan usually adopted is to collect the latex in rectangular tanks or casks.

  • After brushing away the loose stones and dirt from the root of the tree by means of a handful of twigs, the collector lays down large leaves for the latex to drop upon.

  • The latex, which exudes slowly and in many tortuous courses, some of it ultimately falling on the ground, is allowed to remain on the tree for several days, until it becomes dry and solid, when it is pulled off in strings, which are either rolled up into balls or put into bags in loose masses, in which form it enters commerce under the name of Ceara " scrap."

  • The latex coagulates readily, especially if churned or if diluted with water, when a purer rubber is obtained.

  • In Nicaragua the latex is collected in April, when the old leaves begin to fall and the new ones are appearing, during which time the latex is richest.

  • Since the latex " creams " readily the rubber can be separated from the latex by centrifugalizing, and its quality and market value thus enhanced.

  • The watery portion of the latex soaks into the trunk, and the soft spongy rubber which remains is kneaded and pressed into lumps or balls.

  • The Funtumia latex can also be coagulated by the astringent infusion of Bauhinia leaves or by exposing it in shallow dishes, when the liquid " creams."

  • The latex flows fairly well, but is usually allowed to dry on the tree.

  • The cups when full are poured into a larger vessel, and solution of alum is added to coagulate the latex.

  • Rubber is chiefly composed of the soft, solid, elastic substance known as caoutchouc. It is usually assumed that this substance is present as such in the latex.

  • The globules in the latex, however, consist more probably of a distinct liquid substance which readily changes into the solid caoutchouc. The coagulation of the latex often originates with the " curding " of the proteids present, and this alteration in the proteid leads to the solidification of the globules into caoutchouc. The latter, however, is probably a distinct effect.

  • Under certain conditions, as when latex is allowed to stand or is centrifugalized, a cream is obtained consisting of the liquid globules, which may be washed free from proteid without change, but, either by mechanical agitation or by the addition of acid or other chemical agent, the liquid gradually solidifies to a mass of solid caoutchouc. The phenomenon therefore resembles the change known to the chemist as polymerization, by which through molecular aggregation a liquid may pass into a solid without change in its empirical composition.

  • So far the chemical nature of the liquid globules of the latex is unknown, and the exact character of the change into solid caoutchouc remains to be determined.

  • The watery liquid known as rubber milk or latex is an emulsion consisting chiefly of a weak watery solution of proteids, carbohydrates and salts holding the liquid globules in suspension.

  • The dissolved salts (potassium, sodium, ammonium, calcium, magnesium, &c.) of the latex are generally nearly entirely absent from the wellprepared rubber.

  • The presence of more than a small percentage of resin in the latex leads to the production of rubber containing much resin, which seriously depreciates its commercial value for most purposes.

  • There is no feasible method at present known of preventing the inclusion of the resin of the latex with the rubber during coagulation, and although the separation of the resin from the solid caoutchouc by means of solvents is possible, it is not practicable or profitable commercially.

  • Hevea and Castilloa, the resin is present in large proportion in the latex derived from young trees, and diminishes in amount as the tree ages.

  • The composition of latex and of typical rubbers is given below:

  • RUBBERS Para Ceara Castilloa Ficus Landolphia Para Latex Rubber Rubber Rubber Elastica Kirkii (Ceylon).

  • At present the change of isoprene into caoutchouc is mainly of scientific interest in indicating possibilities with regard to the conversion of the liquid globules of the latex into rubber and to the formation of rubber by plants.

  • In the industrial working of indiarubber, the various impurities present in the crude " wild rubber (bark, dirt and the principal impurities derived from the latex, except resin) are removed by the following process: The lumps of crude caoutchouc are first softened by the prolonged action of hot water, and then cut into slices by means of a sharp knife - generally by hand, as thus any large stones or other foreign substances can be removed.

  • Several members of the order are used medicinally for the strong purging properties of the milky juice (latex) which they contain; scammony is the dried latex from the underground stem of Convolvulus Scarnmonia, a native of the Levant, while jalap is the product of the tubercles of Exogonium Purga, a native of Mexico.

  • Latex the same sum was again granted, and there was still a good deal unexpended when the larger measure of 1891 became law.

  • The Baarnsche Bosch, or wood, stretches southward to Soestdyk, where there is a royal country Roman Byzantine Early Christian Work Fr = Latex Work seat, originally acquired by the state in 1795 Louis Bonaparte, king of Holland, who was very fond of the spot, formed a zoological collection here which was removed to Amsterdam in 1809.

  • He led the movement of forest people who make a living collecting wild rubber latex against invading cattle ranchers.

  • Latex rubber comes from the rubber tree making it a sustainable resource.

  • The latex sole is flexible, naturally non-slip and features a shock absorber in the heel.

  • Always wear latex gloves when working with ammonia and use plastic or wooden tongs to hold items when possible.

  • The preamble For those who know how to use LaTeX, the Equation Editor lets you customize the preamble used when typesetting the equation.

  • LaTeX is a variant of TeX, which is the world standard for typesetting mathematics.

  • The generated LaTeX code formats Lisp programs in typewriter font obeying the spacing in the source file.

  • Decreasing incidence of occupational contact urticaria caused by natural rubber latex allergy in German health care workers.

  • Common errors LaTeX gets cross-references wrong Start of line goes awry Why does n't verbatim work within...

  • The most important thing to remember is that they should never be used with latex condoms as they can cause the latex to break.

  • When you ask yourself "Should I buy a memory foam or latex matress", you've probably already experienced uncomfortable sleeping or strange contours when lying in bed.

  • There is no definite answer, but there are some clues to your sleeping habits and your current mattress or pillow you can use to answer the question, "Should I buy a memory foam or latex mattress?"

  • In reference to mattresses, latex is often used to replace traditional boxsprings inside a mattress to give it a more natural feel.

  • While not shaping itself 100 percent to your body, the latex mattress does shift with you quicker and more natural than other types of mattresses.

  • Latex is first formed as a liquid and then cooled to create softer, less springy boxsprings or even as mattress toppers to add a different feel to your current mattress.

  • If this is the case with you, then consider a Latex mattress.

  • Your body has a natural sleeping position (whether on the side or back) and the Latex mattress conforms better, which in turn does not make sleeping uncomfortable for your body.

  • Luckily, for either type of mattress, you don't necessarily need to purchase an entire mattress to see the benefits or the problems with Memory foam or Latex.

  • You'll find many options for Memory foam toppers, but if you check out your local furniture or mattress stores, you should be able to find Latex toppers to try.

  • Maybe you want latex rubber foam, since it can last for decades.

  • Perhaps you're allergic to latex and would rather have "minicell" or Volara foam cushions.

  • Our mattresses feature the plush, shape-conforming comfort of Vita Talalay latex, one of the finest materials used in premium mattresses today.

  • LTK: What are the benefits of latex mattresses?

  • MB: Latex mattresses are among the fastest-growing segments in bedding today.

  • Latex is a resilient material that is highly durable, breathable and provides good hypoallergenic properties, too.

  • It conceals our very comfortable Vita Talalay latex mattress, so when company arrives, just add linens, pillow and a comforter and you have a guest bed like no other!

  • You'll need latex paint and a heavy roller.

  • Paints come in either latex or oil formulas.

  • Latex paints are water-based and are most popular for interiors.

  • Latex paints release little odors and are more environmentally friendly.

  • In more humid conditions, latex is preferred over oil since it is able to release moisture.

  • Latex is easier to apply with a brush or roller while oil paints are stickier and need to be worked into the surface.

  • Oil also tends to yellow or fade faster than latex.

  • For interior projects such as wall and ceiling, latex paint is the best choice.

  • Premium Interior Latex Paint Eggshell: This is perfect for living rooms and foyers because of its subtle, velvet-style sheen.

  • Premium Interior Latex Paint Semi-Gloss: Semi-gloss is ideal for high-traffic areas like kitchens, bathrooms and kids' rooms because it has a heavy-duty, chip-resistant finish.

  • Premium Interior/Exterior Latex Paint High-Gloss: This style of paint works well for trim, doors, cabinets and furniture because of its durable, acrylic finish.

  • Premium Exterior Latex Paint Flat: Use this paint for exterior siding, brick, masonry and stucco.

  • Premium Exterior Latex Paint Satin and Semi-Gloss: Satin and Semi-Gloss latex paint is ideal for exterior siding, eaves and downspouts.

  • Chalkboard paint is essentially flat latex paint that is mixed with unsanded tile grout.

  • Start with a can of flat finish latex paint, stir in unsanded tile grout and glaze medium, and you're ready to go!

  • Speed up the process with fast-drying stains or drip-free gels and choose between latex and oil formulas.

  • Use liquid latex as glue so the fold stays where you put it.

  • Apply a thin, even layer of latex to the face and wait 15 minutes for it to dry.

  • When the liquid latex has dried clear, apply single layers of toilet paper in selected areas of the face.

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