Masses of 92 $${1s}$$-Hadrons in Chiral-Invariant Phase Space Model

In the Chiral-Invariant Phase Space Model constituent quarks of hadrons are embedded in nonperturbative vacuum with a boiling temperature $$T_{c}$$ . The color-electric binding energy is proportional to the reduced energy of quarks. The mean spin products for the color-magnetic shifts are calculated according to the simplified para-statistics rules. The 61 hadron masses are fitted by 8 parameters, including $$T_{c}$$ and 5 quark masses. Masses of the 21 hadrons including double and triple heavy baryons are predicted.