Font Size:
a
A
A
Keyword [Sedimentation stability]
Result: 1 - 17 | Page: 1 of 1
1.
Effects Of Surface Modified Fe
3
O
4
Nanoparticles On The Rheological Properties Of Bidisperse Magnetorheological Fluids
2.
Resistance To High Temperature And High Density All Oil-base Drilling Fluid And Sedimentation Stability Study
3.
Mechanism Study On Effect Of Particle Surface Morphology On Properties Of Electrorheological Fluids
4.
Performance Control Principle Of Deep Water-based Drilling Fluids With High Temperature And High Density
5.
Research On Sedimentation Stability And Rheological Properties Of Reduced Iron MRF
6.
Effect Of Cobalt Micro/nano Particle Morphology On Magnetorheological Fluids
7.
Research And Preparation Of Magnetorheological Materials With High Stability
8.
Research Slurry System High Temperature Expansion
9.
Research On The Wear Characteristics Of Magnetorheological Fluids For Transmission
10.
Preparation And Properties Of Electrorheological Fluids With Carbon Nanotube Decorated TiO
2
Particles
11.
Study On Weighted Oil-Based Drilling Fluid System Based On CY Oil
12.
Study On The Properties And Preparation Of Thermostable Magnetorheological Fluids
13.
Study On Anti Oxidation And Stable Aqueous Magnetorheological Fluid Prepared By Sol-gel Method
14.
Preparation,Characterization And Magnetorheological Behavior Of Fe
3
O
4
Particles With Different Morphologies
15.
Preparation And Performance Of The Iron Nanoparticles And Iron Nanoparticles/Carbonyl Iron Particles Co-doped Magnetorheological Fluids
16.
Study On The Properties Of Magnetorheological Fluids Based On Different Lubricant Formulas
17.
Study On The Preparation Method Of High-stability Magnetorheological Fluid And Its Dynamic Characteristics
<<First
<Prev Next>
Last>>
Jump to
