91results about How to "Effective suppression" patented technology

A control device for controlling an engagement state of a lock-up clutch is provided. A plurality of target slip ratio maps include a normal slip ratio map having a characteristic line of a target slip ratio defined in accordance with an engine load at a normal vehicle running condition and a modified slip ratio map having a characteristic line of the target slip ratio to become a facing calorific value lower than a facing calorific value corresponding to the slip ratio retrieved from the normal slip ratio map. In the case where an estimate value of the facing temperature continues to exceed first threshold temperature for more than predetermined time when to carry out slip control using the normal slip ratio map, control to switch the target slip ratio map from the normal slip ratio map to the modified slip ratio map is carried out.

Crucial to designing anti-angiogenic and vascular targeting approaches is the identification of specific target molecules. We compared transcriptional profiles of tumor endothelial cells with that of normal resting endothelial cells, normal but angiogenically activated placental endothelial cells, and cultured endothelial cells. Although the majority of transcripts were classified as general angiogenesis markers, we identified 17 genes that show specific overexpression in tumor endothelium. Antibody targeting of four cell-surface expressed or secreted products (vimentin, CD59, HMGB1 and IGFBP7) inhibited angiogenesis in vitro and in vivo. Finally, targeting endothelial vimentin in a mouse tumor model significantly inhibited tumor growth and reduced microvessel density. Our results demonstrate the utility of the identification and subsequent targeting of specific tumor endothelial markers for anticancer therapy.

This is a frame assembly of dikes and dams use to waterpower, navigation, and dredge the waterways in the river of seaport. It contains: The piles are not less than two arrangements of piles, on the pile's top install an interface for to connect with the prefabricated plates. The protective prefabricated plates inlay with successively pile's trough successively, two ends of the beams are connected with the neighboring different range of piles, the best form of the pile's bottom is wedge form, the best form of prefabricated plate on the lowest layer is wedge form too, and the section form of prefabricated plate may be square or T form.

The invention provides a method for rectifying an iodine-containing hydriodic acid feed liquid. The method which is adopted for rectifying the iodine-containing hydriodic acid feed liquid comprises steps of: firstly, adding hydriodic acid with high concentration or iodine-containing hydriodic acid with low iodine content and high HI content into a rectifying still, then starting a heating device of the rectifying still and a condensation reflux device on a still top, and operating in a total reflux mode; and when the condensation reflux device on the still top can stably reflux the hydriodic acid, feeding the iodine-containing hydriodic acid feed liquid to be rectified into the rectifying still, and continuously feeding from the still top and a still bottom. When the rectifying method is adopted to rectifying the iodine-containing hydriodic acid feed liquid, I2 in the feed liquid can be effectively prevented from being condensed on a rectifying column top to cause rectifying operation failure.

The invention belongs to the field of radioactive geophysical exploration in uranium exploration and particularly discloses a radioactive exploration method for characterizing deep sandstone type uranium mineralization information. The radioactive exploration method comprises the following steps: selecting an exploration work area and designing a work area measuring grid; calibrating a gamma energy spectrum measuring system and an activated carbon radon measuring instrument; determining the position of a measuring point on site; measuring the measuring point to obtain the content of uranium U in surface shallow soil; measuring the measuring point to obtain a concentration value of radon Rn; respectively interpolating the U and the Rn into U-0 and Rn-0, sliding the U-0 to averagely generate U-1, sliding the Rn-0 to averagely generate Rn-1, dividing the Rn-1 by the U-1 to generate K-0 and then multiplying the K-0 by the U-0 to generate Rn', wherein the Rn' is calculated radon concentration; dividing the Rn-0 by the Rn' to generate radon concentration and calculated radon concentration ratio raster data R; delineating a deep uranium mineralization information favorable area according to the R. According to the method, the surface information interference can be effectively pressed, and a deep sandstone type uranium mine can be rapidly and directly explored.