A　reversible　image　secret　sharing　algorithm　is　proposed　based　on　quantum　logistic　mapping　and　Chinese　remainder　theorem.　In　this　algorithm,　the　hash　value　of　the　original　image　is　generated　using　the　SHA-3　algorithm,　and　then　encrypted　using　the　RSA　algorithm　to　obtain　the　encrypted　hash　value　and　the　public　key,　which　are　the　initial　values　in　the　quantum　logistic　mapping　equations.　Next,　the　quantum　logistic　mapping　algorithm　will　be　utilized　to　generate　the　chaotic　sequence.　After　scrambling　the　original　image　matrix　with　the　chaotic　sequence,　the　pre-encryption　part　will　be　completed.　Finally,　the　cover　images　are　binarized　and　then　the　pre-encrypted　secret　image　is　embedded　into　them,　adding　the　Chinese　remainder　theorem.　According　to　the　simulation　results,　the　present　algorithm　improves　the　key　sensitivity　of　Chinese　remainder　theorem-based　image　secret　sharing　and　has　high　robustness　to　salt　and　pepper　noise　and　cut-off　attack.