TAILIEUCHUNG - An investigation on chloroprene-compatibilized acrylonitrile butadiene rubber/high density polyethylene blends

Blends of acrylonitrile butadiene rubber/high density polyethylene (NBR/HDPE) compatibilized by Chloroprene rubber (CR) were prepared. A fixed quantity of industrial waste such as marble waste (MW, 40 phr) was also included. The effect of the blend ratio and CR on cure characteristics, mechanical and swelling properties of MW-filled NBR/HDPE blends was investigated. The results showed that the MW-filled NBR/HDPE blends revealed an increase in tensile strength, tear, modulus, hardness and cross-link density for increasing weight ratio of HDPE. The minimum torque (ML) and maximum torque (MH) of blends increased with increasing weight ratio of HDPE while scorch time (ts2) cure time (tc90), compression set and abrasion loss of blends decreased with increasing weight ratio of HDPE. The blends also showed a continuous reduction in elongation at break as well as swelling coefficient with increasing HDPE amount in blends. MW filled blends based on CR provided the most encouraging balance values of overall properties. | An investigation on chloroprene-compatibilized acrylonitrile butadiene rubber/high density polyethylene blends

• Hoá học
• Mechanical properties
• Chloroprene compatibilized
• Acrylonitrile butadiene rubber
• Density polyethylene blends
• The blend ratio and CR
• Mechanical properties of materials
• Uniaxial mechanical response
• Thermodynamics of mechanical response
• General concepts of stress
• Yield and plastic flow
• Nuclear engineering and technology
• The irradiation effect of mechanical properties of RPV steels
• Mechanical properties of RPV steels
• Crystal plasticity model
• The damage behavior
• The mechanical properties
• Mechanical properties of additively manufactured lattice structures
• Additively manufactured lattice structures
• Automated Properties of Additively Manufactured Matrix Arrangements
• Additively Manufactured Lattice Structure
• Mechanical Properties of AM Lattice Structures
• Experimental study on thermo mechanical properties
• Polymer modified mortar
• Thermo mechanical properties
• Flexural strengths at room temperature
• Mechanical strength
• Mechanical properties of solid polymer
• Ideal Solids
• Tensile properties
• Shear properties
• Compressive properties
• Impact strength
• Vietnam Journal of Science and Technology
• The size effect in mechanical properties
• Boron nitride nanotube under tension
• Boron nitride nanotubes
• The mechanical properties and failure behaviors
• BNNTs for their applications
• Investigation of strain rate effect on mechanical properties
• Structural steel weld zone
• Strain rate effect on mechanical properties
• The weld metal
• Heat affected zone
• Aluminium alloy 5083
• Fiction stir welding
• Friction stir welded aluminium alloy 5083
• Physio mechanical properties
• Fiber properties
• Aerodynamic properties
• Cotton during
• Seeds per lock
• Physical and mechanical properties
• PANI/montmorillonite nano composites
• Solution casting method
• Presence of ammonium persulfate
• Physical properties ofmedium
• Density fiberboard panels laminated
• Thermally compressed veneer
• Physical properties
• Wood laminates
• Journal of Science and Technology
• Study on influence of weft yarn count
• Mechanical properties of plain silk fabric
• Silk fabric properties
• Both warp and weft directions
• Improving mechanical properties
• Multiwalled carbon nanotube epoxy composites
• Simple stretch drawing method
• Multi walled carbon nanotube
• The composite properties considerably
• SA516 grade 70
• Metallurgical properties
• Laser welded high strength
• Strength low alloy steel
• BMC Musculoskeletal Disorders
• Trabecular structure
• Human primary osteoporosis
• Local trabecular properties
• Bone mineral density
• Journal of Chemistry
• Chlorinated poly(vinyl chloride)
• CaCO3 nanoparticles
• Thermal properties
• CPVC polymer matrix
• Polydioxanone (PPDO)
• Isothermal annealing
• Hydrolytic degradation in vitro
• Differential scanning calorimetry
• Mechanical sciences
• Macroscopic mechanical properties of nanoporous metals
• Finite element method
• Macroscopic response
• Size dependent strength
• Handbook of mechanical engineering
• mechanical engineering
• mechanical design
• mechanical materials
• alloy materials
• Energy Technology
• Selected engineering properties of tiger nut
• Tiger nut
• Aanti nutrients of tiger nut
• Chemical properties
• Hydrothermal treatment
• Wood chips
• Corn stalk
• Turkish black pine
• Medium density fiberboard
• Chemical composition
• Physical and mechanical properties
• Carbohydrate polymers
• Chia seeds
• Edible films
• Physicochemical properties
• Water vapor permeability
• Communications in Physics
• Temperature dependence of elastic and ultrasonic properties
• Elastic and ultrasonic properties of sodium borohydride
• Coulomb and Born Mayer potentials
• The temperature dependent mechanical properties