cellulose

Cellulose, 2-hydroxyethyl ether；Cellulose,Hydroxyethyl ether； Natrosol

Ethyl cellulose was synthesized successfully in one step based on reaction of cellulose with excess chloroethane and sodium hydroxide in toluene as diluent.

The plant uses the carbohydrates to make cellulose.

In plants,a long thread-like structure of cellulose,such as cotton,esparto, wood,etc.

The bi omass consisted of cellulose,hemicelluslose,lignose and soluble solids.

Activated carbon as the sorbent and catalyst support was capsulated with ethyl cellulose by phase separation methods.

The beat method of reducing attack on the cellulose and still obtain a bleachable pulp is to use strong acid, low cooking temperature, and relatively short cooking time.

The paper deals with the fact that chemical modification and crosslinkage can increase the reactivity of cellulose fibers to dyes and the raise of fixation can thus be achieved.

With cellulose hydrolyte as raw material to ferment citric acid by Aspergillus niger at constant temperature and under oscillation temperature were discussed and compared.

Moreover, it was shown that degradation of lignin was promoted by veratryl alcohol added, no effect of veratryl alco-hol on degradation of cellulose and hemicellulose was detected.

Polynionic celluloses were preparated by alkalify and etherify of refining cotton.The degree of replacement of the polynionic cellulosesis was high.The radicals of replacement were distributed evenly.

A new mathod is studied for the synthesis of diketones with the crosscoupling reaction of organotin reagents and diacyl chlorides catalyzed by cellulose oxyphosphine palladium complex compound.

In this paper, recent researches on cellulose structure & hydrogen bonding, as well as some promising methods and theories of decrystallization, and applicational examples were described.

The results showed that hygroscopic water content of strontium nitrate could be decreased by coating with nitrated cellulose and fluororubber, and the ignition ratio of primer could be increased.

degradation product from different component accelerated the aging, which could be exampled by the fact that HCl from degradation of PVC accelerated the hydrolyzation of cellulose and semicellulose.

The living matter within the cell dies off, leaving behind only the cellulose.

And those cellulose fibers aren't just tossed willy nilly into the tree, either.

Isopterans get their nutrition from cellulose in wood.

That's because we can produce ethanol using cellulose.

It's cellulose, it's kind of wood.

Hardwoods used in BBQ smoke have lots of cellulose and lignin.

Cotton and paper, for example, are made from cellulose.

Now when burnt slowly, cellulose caramelizes into sugar molecules that flavor the meat.

The plant is made of strong cellulose that takes a long time to biodegrade.

The printed corals were made of biomaterials like cellulose and had algae embedded in them.