Table 5: Calculation results for evaporation heat.

Sample 𝑇 𝑃 𝑉 𝐿 Δ 𝑉 𝑟 𝑎 𝑉 𝑎 𝑉 f L 𝜎 𝜆 e x 𝜆 𝑇 1 𝛿 1 𝜆 𝑇 2 𝛿 2

Ne250,511,633941,641,110,525,5 1790 17571,84 1796 0,36
Ne281,321,701641,641,110,594,45171216652,75 17030,52
Ar840,712,829612,001,990,8311,5 6459 60706,02 62722,89
Ar901,342,905332,001,990,9110,5630758956,53 60893,46
Kr1160,743,4212592,112,371,0516,1 9176 83778,71 88163,92
Kr1506,563,871642,112,371,5010,0788672208,44 75903,75
Xe1701,344,5010132,282,911,5918,012446114917,67118304,95
Xe2169,195,101642,282,912,1910,010642 97408,48100275,78
H2253,213,1048,821,450,772,331,13 836 8310,60 8330,34
H23211,04,257,881,450,773,480,11 419 4043,584053,44
N2680,293,3119402,232,540,7711,0 5822 55334,9657421,38
N2903,603,751822,232,541,216,16 5057 46687,6948324,46
O2900,992,827242,162,170,6510,0 6800 64005,8865833,19
O21002,552,923032,162,170,787,0 6490 59927,6761635,04
F2952,782,652612,222,300,3510,7 6775 64914,1966362,04
Cl21940,084,23193772,443,660,5734,022161219251,06213463,68
CH415010,34,4495,42,482,332,115,0665666740,2760878,55

𝑇 (K) is the evaporation temperature, 𝑃 *10−5 (Pa) is the pressure, 𝑉 𝐿 *105 (m3/mole) is the volume of liquid, Δ 𝑉 *105 (m3/mole) is the volume change in evaporation, 𝑟 𝑎 *1010 is the radius of atom (molecule), 𝑉 𝑎 *105 (m3/mole) is the volume occupied by atoms (molecules), 𝑉 f L *105 (m3/mole) is the free volume of liquid, 𝜎 *103 (J/m2) is the surface tension coefficient, 𝜆 e x (J/mole) is the experimental value of evaporation heat, 𝜆 𝑇 1 (J/mole) is the evaporation heat calculated from reference data on volume and size of atoms (molecules), 𝜆 𝑇 2 (J/mole) is the evaporation heat calculated from data on volumes and dimensions of atoms (molecules) obtained in the present paper, and 𝛿 1 and 𝛿 2 (%) are relative errors.