42results about How to "The evaluation method is accurate" patented technology

The invention discloses a method for rapidly evaluating an aphid resistance effect of transgenic insect-resistant cotton. A detecting instrument is an insect piercing and sucking potential instrument. The method comprises the following steps of: connecting cotton aphids with a gold wire electrode; detecting and recording electric signals generated when the cotton aphids pierce and suck for feeding on the cotton to be detected; finishing after recording for a certain time, and analysing waveforms generated when the cotton aphids pierce and suck for feeding on the measured cotton; and evaluating the aphid resistance effect of the transgenic insect-resistant cotton on the cotton aphids, wherein if an average value of the duration time of the corresponding waveforms when cotton aphid stylets suck at phloems of cotton leaves each time is less than 10 minutes and the percentage of the time sum of the corresponding waveforms when the cotton aphid stylets suck at the phloems of the cotton leaves in the total measuring time is less than 12 percent, the strain of transgenic insect-resistant cotton has high aphid resistance, and if the average value of the duration time of the corresponding waveforms when cotton aphid stylets suck at the phloems of the cotton leaves each time is more than 14 minutes and the percentage of the time sum of the corresponding waveforms when the cotton aphid stylets suck at the phloems of the cotton leaves in the total measuring time is more than 27 percent, the strain of transgenic insect-resistant cotton has no aphid resistance. Compared with the existing like detection method, the method disclosed by the invention has high detection speed, is simple and has low cost, high repeatability and high accuracy.

The invention provides a test device for evaluating the scattering and structural depth of drainage asphalt pavement, comprising: a three-dimensional laser scanner, a fixed bracket and a computer, wherein the fixed bracket is a three-legged or four-legged support, and the middle of the fixed bracket is connected with a carrying device The three-dimensional laser scanner is placed on the carrying platform; the three-dimensional laser scanner is connected to the computer for communication; the present invention also provides a method for evaluating the scattering and structural depth of the drainage asphalt pavement. The detected point cloud data is processed and analyzed. The test device and method for evaluating the scattering and structure depth of drainage asphalt pavement provided by the invention have simple and portable equipment structure, simple test operation, accurate and reliable evaluation method, high degree of digitization, little influence by human factors, and strong applicability.

The invention discloses a transtensional fault mudstone smearing effect evaluation method comprising the following steps: 1, determining a transtensional fault according to regional geological background and fracture combination forms; 2, using time-depth conversion to obtain an inclination slip L of the transtensional fault on an earthquake profile vertical to the fault direction; 3, obtaining asection scratch direction according to the bored fault and cored rock core observation, and obtaining an angle [alpha] between the fault total slip direction and a direction slip; 4, using a trianglefunction: L1=L / sin [alpha] to obtain the fault total slip L1; 5, projecting the logging lithology data to the geological profile, thus obtaining a lithology joint relation of different layers of two fracture plates; 6, solving the ratio between an accumulated thickness H of the fault mudstone and the transtensional fault total slip, thus obtaining a calculation formula DMSP. The method can accurately calculate and determine the transtensional fault enclosing capability, thus predicting and evaluating an oil gas migration direction.