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Keyword [Strengths]
Result: 1 - 20 | Page: 1 of 3
1. Ideal Strengths And Hydrogen Storage Of Light Elements Covalent Solids From First Principles Studies
2. The Study On The Performance Of The Composites Of PE/PP
3. Research On LTTE In Improving Fatigue Strengths Of Welded Joints And Distribution Of Residual Stresses
4. The Theory Study Of The Hydrogen Bond Effects In Excited State Of Organic Molecular Systems In Water
5. The Induced Current Strengths And Aromatic Pathways Of Heteroporphyrins And Their Antiaromatic Derivatives
6. Improvement Of Butanol Concentration And Butanol/Acetone Ratio In Acetone-butanol-ethanol Fermentation By Metabolic Network Based Graph Theory
7. Failure Mechanism Of U-steel Supporting Under Different Loads
8. A First Principles Study On The Effects Of Temperature, Pressure, And Special Chemical Bond On Strengths Of Materials
9. A Study Of Ultrafiltration Membrane Adsorption Behavior Of Typical Organic Under Various Conditions Of Ionic Strengths
10. Research On Characteristics Of Carbonyls In Beijing Urban Residences: Levels, Source Strengths And Factors
11. Study On The Compressive Strength Of Cement Mortar By Pre-carbonation Of In-situ Production CaCO3 Particles
12. Development On New Vertical Apparatus For Measuring Five Strengths Of Molding Sand
13. Strengths Prediction Of Concrete In Marine Environments Based On Dry-wet Cycles And Salt Crystallization Translated Into Stress
14. Study On The Compressive Strength Of Cement Mortar By Pre-hydration Method
15. The Taiqingwei Pipeline Management Flow Optimization
16. Inverse Optimization Method For Safety Personnel-post Matching Of Major Equipment From The Perspective Of Human Factors
17. Investigation On Ultrasonic Welding-riveting Technology Of C_f/PA6 Composites
18. Research On The Dynamic Response Characteristics Of Cemented Backfills With Different Strengths Under Dynamic Loads
19. The effect of material and processing on the mechanical response of vapor-grown carbon nanofiber/vinyl ester nanocomposites
20. Material characterization of open-cell foams by finite element based micromechanics methods
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