Nuclear magnetic resonance core measurement apparatus capable of simulating reservoir conditions

The present invention discloses a nuclear magnetic resonance core measurement apparatus capable of simulating reservoir conditions, wherein the apparatus is suitable for supporting nuclear magnetic resonance core measurement instruments, and can achieve rock nuclear magnetic resonance measurement in the stratum temperature and pressure simulating state. According to the apparatus, a glue cylinder is sleeved in a cylinder, both ends of the cylinder and both ends of the glue cylinder are blocked through blocking assemblies to form an annular space between the cylinder and the glue cylinder and a core storage chamber inside the glue cylinder, both end portions of the cylinder are respectively provided with a heat circulating interface for communicating with the annular cavity and the outside, the blocking assemblies at both ends of the glue cylinder are provided with flooding center holes for communicating with the core storage chamber and the outside, and the cylinder is the non-magnetic cylinder. The nuclear magnetic resonance core measurement apparatus of the present invention has characteristics of simple design and easy use, and can meet the nuclear magnetic resonance experiment measurement of the small diameter core at the temperature of 100 DEG C under the confining pressure of 60 MPa and the pore pressure of 40 MPa.