摘要：【中文】本发明公开了一种支撑剂检验方法及装置，属于检验技术领域。所述方法包括：获取在地层压力下该第一支撑剂在蒸馏水中时形成的液体的第一导流能力；由于支撑剂在地层压力下会破碎并形成细小颗粒，该细小颗粒会使支撑剂填充层的浊度升高以及导流能力降低，故将第一导流能力的预设倍数作为支撑剂对液体的导流能力的影响的临界值，并获取临界状态的液体的第二浊度；将在地层压力下该第二支撑剂在蒸馏水中时形成的液体的第三浊度与该第二浊度进行比较，得出检验结果。该检验过程能够基于该支撑剂实际使用条件下的地层压力，获取更符合使用要求的检验标准，基于该检验标准检验该支撑剂在该地层压力下形成的液体，所得的检验结果更准确。 【EN】The invention discloses a proppant inspection method and a proppant inspection device, and belongs to the technical field of inspection. The method comprises the following steps: obtaining a first conductivity of a liquid formed when the first proppant is in distilled water at a formation pressure; the proppant can be broken under the formation pressure and form fine particles, and the fine particles can increase the turbidity of the proppant filling layer and reduce the flow conductivity, so that the preset multiple of the first flow conductivity is used as a critical value of the influence of the proppant on the flow conductivity of the liquid, and the second turbidity of the liquid in a critical state is obtained; comparing a third turbidity of the liquid formed when the second proppant is in distilled water at the formation pressure to the second turbidity to yield a test result. The detection process can obtain a detection standard which is more in accordance with the use requirement based on the formation pressure under the actual use condition of the proppant, and the detection result is more accurate by detecting the liquid formed by the proppant under the formation pressure based on the detection standard.