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Fig 1.

Thermal conductivity of different insulation types (W/m K).

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Fig 1 Expand

Fig 2.

Heat transfer boundary layer in horizontal tank.

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Fig 2 Expand

Fig 3.

Pressure calculation flow chart of LNG rail container.

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Fig 3 Expand

Table 1..

Model of LNG rail container.

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Table 1. Expand

Table 2..

Components of LNG.

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Table 2. Expand

Table 3..

First fill recorder.

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Table 3. Expand

Table 4..

Second fill recorder.

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Table 4. Expand

Table 5..

Pressure difference of LNG rail containers.

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Table 5. Expand

Fig 4..

Influence of stillness and movement on LNG rail container storage time and pressure.

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Fig 4. Expand

Tab 6..

Parameters of horizontal nitrogen tank.

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Tab 6. Expand

Table 7..

Experimental data.

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Table 7. Expand

Fig 5..

Compare filling 80% liquid nitrogen experimental data with calculated value.

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Fig 5. Expand

Fig 6..

Compare filling 63% liquid nitrogen experimental data with calculated value.

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Fig 6. Expand

Fig 7..

Compare filling 39% liquid nitrogen experimental data with calculated value.

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Fig 7. Expand