filler-rubber interactions in alpha-cellulose-filled Styrene Butadiene Rubber composite
|
# |
1386 - 09 |
temperature dependent rheological behaviour of plastisols used in coated fabrics
|
# |
1386 - 08 |
Hydrolytic and thermal degradation of PET fibers and PET granule the effects of crystallization tempreture and humidity
|
# |
1386 - 02 |
effect of orientation and crystallinity on the photodegradation of poly(ethylene terephthalate) fibers
|
# |
1386 - 01 |
Synthesis and optimization of copper sulfide-coated electrically conducting poly(acrylonitrile) fibers
|
# |
1385 - 11 |
PET/PP blending by using PP-g-MA synthesized by solid phase
|
# |
1385 - 01 |
Hydrolytic degradation of poly(ethylene terephthalate)
|
# |
1385 - 01 |
physico mechanical properties of alfa cellulose filled styrene butadiene rubber composites
|
# |
1384 - 07 |
The Influence of K-Value and Plasticizer Type on the Rheological Behaviour of Plastisol Used in Coated Fabrics
|
# |
1383 - 06 |
the influence of K-value and plasticizer type on the rheological behaviour of plastisol used in coated fabrics
|
# |
1382 - 10 |
Microwave assisted oxidation of polyethylene under solid-state conditions with potassium permanganate
|
# |
1380 - 01 |
The Influence of Enzymatic Hydrolysis of Cellulosic Substrates on the Final Quality of Coated Fabrics
|
# |
1379 - 10 |
Efficient and Novel Method for Surface Oxidation of PP in The Solid Phase Using Microwave Irradiation
|
# |
1379 - 10 |
The Influence of Plasticizer Content and Type on the Rheological Behaviour of Plastisol Used in
|
# |
1379 - 04 |
Efficient and novel method for surface oxidation of polypropylene in the solid phase using microwave irradiation
|
# |
1379 - 01 |
The Influence of Impurity Particles on the Mechanical Properties of Unreinforced and Short Fiber Reinforced Thermoplastic Mouldings
|
# |
1374 - 01 |
The development and application of shear controlled orientation technology
|
# |
1373 - 10 |
The Development and Application of Shear Controlled Orientation Technology
|
# |
1373 - 10 |
Preparation of Porous Nanofibers from Electrospund Polyacrylonitrile/Calcium Carbonate Composite Nanofibers using Porogen Leaching Technique
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# |
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