摘要：【中文】本发明公开了一种注水井分层累计吸水量计算方法及装置，通过获取注水井在不同剖面时间的剖面资料，根据预设的影响事件，从其剖面时间分别在需计算的目标时段之前和之后的第一剖面资料和第二剖面资料中，确定出用于计算吸水量的参考剖面资料，根据参考剖面资料，计算获得各层的累计吸水量，本申请提供的技术方案中，在充分考虑了各种影响因素之后，可以选择出更准确的参考剖面资料，根据准确的参考剖面资料能够更精确地计算出分层累计吸水量，从而有利于油田的高效开采。 【EN】The invention discloses a method and a device for calculating the stratified accumulated water absorption of a water injection well, which are characterized in that profile data of the water injection well at different profile times are obtained, reference profile data used for calculating the water absorption are determined from first profile data and second profile data of which the profile times are respectively before and after a target time period to be calculated according to a preset influence event, and the accumulated water absorption of each layer is calculated according to the reference profile data.

摘要：【中文】本发明提供一种油藏状态分析方法及系统。本发明油藏状态分析方法，包括：接收用户对油水运动图的操作指令，其中，操作指令中包括选中的油井标识；根据操作指令向服务器发送数据调用请求；接收服务器发送的与选中的油井标识对应的油井动态数据，根据油井动态数据分析确定油井动态，并显示油井动态。本发明通过接收用户对油水运动图的操作指令，并根据操作指令向服务器发送数据调用请求，使服务器发送油井动态数据，然后根据油井动态数据分析确定油井动态并显示油井状态，这样可以直接从油水运动图中获取油井状态，操作简单，油藏状态分析效率高。 【EN】The invention provides an oil reservoir state analysis method and system. The oil reservoir state analysis method comprises the following steps: receiving an operation instruction of a user on the oil-water movement diagram, wherein the operation instruction comprises a selected oil well identifier; sending a data calling request to a server according to the operation instruction; and receiving the oil well dynamic data which is sent by the server and corresponds to the selected oil well identification, analyzing and determining the oil well dynamic according to the oil well dynamic data, and displaying the oil well dynamic. According to the oil-water movement diagram analysis method and the oil-water movement diagram analysis system, the operation instruction of the user on the oil-water movement diagram is received, the data calling request is sent to the server according to the operation instruction, the server is enabled to send the oil well dynamic data, the oil well dynamic state is determined according to the oil well dynamic data analysis, and the oil well state is displayed, so that the oil well state can be directly obtained from the oil-water movement diagram, the operation is simple, and the oil reservoir state analysis efficiency.

摘要：【中文】本发明要解决的技术问题是提供一种开采深部松散层地热引发地面沉降量的预测方法。以期解决现有技术中开采深部松散层地热引发地面沉降量的预测方法耗时耗力，误差大，且不具有普遍应用价值的技术问题。本发明通过地热井钻探施工中获得地质资料和热储资料，根据产生地面沉降的机理建立模型，预测出地热资源开采后引发地面沉降的数值，为有效防治地面沉降提供理论基础和依据，为制定科学、合理的地热资源开采利用规划以及开采中如何采取回灌措施来保护地质环境服务；可广泛推广应用，可高效推动地热资源开采利用和地质环境保护等行业的技术进步，保证经济建设持续、绿色、稳定地发展。 【EN】The invention aims to provide a method for predicting ground settlement caused by exploiting deep unconsolidated formation geothermal heat. The method aims to solve the technical problems that the prediction method for exploiting the ground settlement caused by the geothermal heat of the deep unconsolidated formation in the prior art is time-consuming, labor-consuming, large in error and free of general application value. According to the method, geological data and heat storage data are obtained in geothermal well drilling construction, a model is established according to a mechanism of generating ground settlement, the numerical value of the ground settlement caused after geothermal resource exploitation is predicted, a theoretical basis and a basis are provided for effectively preventing and treating the ground settlement, and scientific and reasonable geothermal resource exploitation and utilization planning and how to take recharging measures in exploitation are formulated to protect geological environment service; the method can be widely popularized and applied, can efficiently promote the technical progress of the industries such as geothermal resource exploitation and utilization, geological environment protection and the like, and ensures the sustainable, green and stable development of economic construction.

摘要：【中文】本发明公开了一种提高Esteya vermicola生长速度及抗逆性的培养基及其制备方法，属于微生物培养技术领域。本发明公开的一种提高Esteya vermicola生长速度及抗逆性的培养基，包括马铃薯170‑230g/L，葡萄糖15‑25g/L，琼脂17‑23g/L，甘氨酸0.05‑0.15g/L，氯化钙4‑6g/L。本发明的培养基能够缩短Esteya vermicola的生长周期，提高Esteya vermicoa的产孢量，特别是提高具有粘附并致死松材线虫的新月形孢子的比例，提高孢子在自然环境中抗干旱胁迫、紫外光线胁迫能力。 【EN】The invention discloses a culture medium for improving the growth speed and the stress resistance of Esteya vermicola and a preparation method thereof, belonging to the technical field of microbial culture. The invention discloses a culture medium for improving the growth rate and the stress resistance of Esteya vermicola, which comprises 170-230g/L of potato, 15-25g/L of glucose, 17-23g/L of agar, 0.05-0.15g/L of glycine and 4-6g/L of calcium chloride. The culture medium can shorten the growth cycle of Esteya vermicola, improve the sporulation quantity of the Esteya vermicola, particularly improve the proportion of crescent spores which are adhered and kill pine wood nematodes, and improve the drought stress resistance and ultraviolet ray stress resistance of the spores in natural environment.

摘要：【中文】本发明公开了一种促进Esteya vermicola生长及产孢的培养基及其制备方法，属于微生物培养技术领域。本发明公开的一种促进Esteya vermicola生长及产孢的培养基，包括马铃薯170‑230g/L，葡萄糖15‑25g/L，琼脂17‑23g/L，氯化钙4‑6g/L，pH为6‑9。本发明公开的培养基，缩短了Esteya vermicola的生长周期，提高了Esteya vermicoa的产孢量，特别是提高具有粘附并致死松材线虫的新月形孢子的比例。 【EN】The invention discloses a culture medium for promoting Esteya vermicola growth and sporulation and a preparation method thereof, belonging to the technical field of microbial culture. The invention discloses a culture medium for promoting Esteya vermicola growth and spore production, which comprises 230g/L of potato 170-. The culture medium disclosed by the invention shortens the growth cycle of Esteya vermicola, improves the sporulation quantity of the Esteya vermicola, and particularly improves the proportion of crescent spores with attached and lethal pine wood nematodes.