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Fig 1.

Photos of green leafy vegetable samples.

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Table 1.

Physical characteristics parameters of green leafy vegetables.

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Fig 2.

Stem sample compression experiment of green leafy vegetable.

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Fig 3.

Friction coefficient measurement.

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Fig 4.

Restitution coefficient measurement.

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Fig 5.

Compression load-time curve.

a. Axial compression of the roots of green leafy vegetables. b. Axial compression of the stems of green leafy vegetables.

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Table 2.

Measured correlation coefficients of roots and stems of green leafy vegetables.

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Table 2 Expand

Fig 6.

Four-element Burgers model.

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Fig 7.

The creep experimental test.

a. whole green leafy vegetable experiment b. single leaf experiment.

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Fig 8.

Comparison of fitting results of sample deformation versus time curves.

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Table 3.

Viscoelastic correlation coefficients of whole green leafy vegetables.

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Table 4.

Viscoelastic correlation coefficients of single green leafy vegetables.

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Fig 9.

The deformation curve of green leafy vegetables under constant pressure as a function of time.

a. Loading constant pressure 6 N (whole leaves).b. Loading constant pressure 8 N (whole leaves). c. Loading constant pressure 10 N (whole leaves).d. Loading constant pressure 6 N (single leaf). e. Loading constant pressure 8 N (single leaf). f. Loading constant pressure 10 N (single leaf).

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Table 5.

Deformation of green leafy vegetables under constant pressure.

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Table 5 Expand