Structura chemica cellulosae aetheris derivativae

aetheres cellulosi sunt derivationes cellulosae, polysaccharide naturali in parietibus plantarum cellulae inventae. Organum aetherum cellularum chemicarum notatur inductione variorum aetherium coetuum per modificationem chemicae coetus hydroxyli (-OH) in moleculo celluloso existentem. Genera aetherum cellulosorum frequentissima sunt:

1. Hydroxypropyl Methylcellulosum (HPMC);
   • Structura:
     • HPMC summatim componitur, substitutis hydroxyli circulos cellulosos cum hydroxypropyl (-OCH2CHOHCH3) et methyl (-OCH3) circulos.
     • Gradus substitutionis (DS) indicat mediocris numerus coetus hydroxyli substitutorum per glucosam unitatem in catena cellulosa.
2. Carboxymethyl Cellulose(CMC);
   • Structura:
     • CMC producit coetus carboxymethyl (-CH2COOH) introducendo ad circulos hydroxyli cellulosos.
     • Circuli carboxymethyl aquam solubilitatem et indolem anionicam catenae cellulosae dant.
3. Hydroxyethyl Cellulose (HEC);
   • Structura:
     • HEC derivatur a coetibus hydroxyli cellulosi cum hydroxyethyl (-OCH2CH2OH) substituendo.
     • Solubilitatem aquae emendatam et proprietates ingruit ostendit.
4. Methyl Cellulose (MC);
   • Structura:
     • MC producitur yl coetibus (-OCH3) introducendis ad coetus hydroxyli cellulosos.
     • Communiter usus est pro retentione aquarum et proprietatibus cinematographicis.
5. Ethyl Cellulose (EC);
   • Structura:
     • EC summatim componitur per circulos hydroxylos cellulosos cum ethylo (-OC2H5) substituendo.
     • Constat propter eius insolubilitatem in aqua et saepe in productione membranarum et membranarum adhibetur.
6. Hydroxypropyl Cellulosum (HPC);
   • Structura:
     • HPC derivatur inducendo hydroxyli (-OCH2CHOHCH3) circulos ad coetus hydroxyli cellulosos.
     • Adhibetur ut ligans, pellicula prioris, viscositas determinatio.

Structura speciei variatur pro singulis aethereis cellulosis derivatis secundum rationem et gradum substitutionis inductae in processu chemico modificationis. Horum coetuum introductio peculiares cuique aethere celluloso proprietates impertit, easque variis applicationibus industrialibus aptas reddit.