Search alternatives:
significant inter » significant interest (Expand Search), significant inverse (Expand Search), significant concern (Expand Search)
largest decrease » marked decrease (Expand Search)
larger decrease » marked decrease (Expand Search)
inter decrease » linear decrease (Expand Search), water decreases (Expand Search), teer decrease (Expand Search)
significant inter » significant interest (Expand Search), significant inverse (Expand Search), significant concern (Expand Search)
largest decrease » marked decrease (Expand Search)
larger decrease » marked decrease (Expand Search)
inter decrease » linear decrease (Expand Search), water decreases (Expand Search), teer decrease (Expand Search)
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261
Gradation composition of asphalt mixture.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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262
Technical specifications of mineral filler.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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263
Technical indicators of coarse aggregate.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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264
Technical specifications of fine aggregates.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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265
Rutting test results of asphalt mixtures.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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266
Gradation composition of asphalt mixture.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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267
Results of the orthogonal test.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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268
Rutting test results.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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269
Technical Specifications of ZM Modifier.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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270
Gradation curve of asphalt mixture.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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271
Rutting test machine.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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272
Basic performance indicators of base asphalt.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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273
Rutting specimen.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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274
Orthogonal experimental design.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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275
Immersion Marshall test results.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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276
Fatigue life under different stress ratios.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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277
Freeze–thaw splitting test results.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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278
Preparation flowchart of ZM-modified asphalt.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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279
Immersion Marshall test equipment and specimens.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”
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280
Strength test results of semi-circular specimens.
Published 2025“…Displacement evolution analysis indicates that the modifier enhances inter-aggregate bonding, increases failure displacement, prolongs the stable phase, and significantly improves overall durability. …”