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A small change in temperature Tgcould resultin pronounced changes in the mechanical , thermal , and dielectric properties of amorphous materials
purer starches ... different contents of amylose , lipids , fibers , and total phenolic compoundsinfluencedthe mechanical and functional properties of the starch films
a possible interaction between TPC and starchinfluencedthermal properties and starch digestion
Gamma radiationinfluencespasting , thermal and structural properties of corn starch
The addition of the oilsgreatly influencedthe morphology and thermal and mechanical properties of the films
its structure(passive) are influenced byStarch properties , including digestion rate and mechanical properties of starch‐containing biomaterials
The complete absence of moisturecan causeswelling of polymer films and lower the desired mechanical and thermal properties
the type of amine catalyst selected(passive) were ... influenced bythe mechanical and thermal properties of the resulting films
beeswax addition at the level of 40 % concentrationcausesformation of amylose - lipid complex that leads to the sudden changes of physical and thermal properties of the films.[1 ... Production of properties of spin - coated cassava starch - glycerol - beeswax films is reported
the contents of the crosslinker in the films(passive) were ... influenced bythe mechanical and thermal properties of the films
Using the Atomic Layer Deposition Technique Authors ... David C Miller ; Ross R Foster ; Shih - Hui Jen ; Jacob A Bertrand ; Shawn J Cunningham ; Arthur S Morris ; Yung - Cheng Lee ; Steven M George ; Martin L Dunn ; COLORADO UNIV AT BOULDER DEPT OF CHEMISTRY AND BIOCHEMISTRYCreatedUsing the Atomic Layer Deposition Technique Authors ... David C Miller ; Ross R Foster ; Shih - Hui Jen ; Jacob A Bertrand ; Shawn J Cunningham ; Arthur S Morris ; Yung - Cheng Lee ; Steven M George ; Martin L Dunn ; COLORADO UNIV AT BOULDER DEPT OF CHEMISTRY AND BIOCHEMISTRY
films of polyethylene terephthalatesetfilms of polyethylene terephthalate
in a high per - formance insulating materialresultin a high per - formance insulating material
A process sequence(passive) was designedA process sequence
to new pathways to improve solar cell efficiency and hydrogen storagecould leadto new pathways to improve solar cell efficiency and hydrogen storage
in the use of mixtures of two or more compounds to improve the functional properties of their biodegradable filmshave resultedin the use of mixtures of two or more compounds to improve the functional properties of their biodegradable films
to the formation of a cohesive and homogeneous polymer matrixcontributingto the formation of a cohesive and homogeneous polymer matrix
a manifolds and microfluidiccan createa manifolds and microfluidic
in an increase in its reactivity due to the exposure of reactive functional groups after the breakdown of amylose and amylopectin chainsresultin an increase in its reactivity due to the exposure of reactive functional groups after the breakdown of amylose and amylopectin chains