Abstract: A vehicle body comprises a floor lower frame having front-and-rear end portions fixed to a rear end of a front side frame and a lower face of a floor panel, respectively, and a fixation portion where a suspension of a vehicle is fixed, a first floor upper frame extending along the floor lower frame and having front-and-rear end portions fixed to a dash panel and an upper face of a floor panel, respectively, a second floor upper frame connecting the dash panel and a hinge pillar on a rear side of the front side frame, and a connecting member connecting the first floor upper frame and a front end portion of a side sill in a vehicle width direction at a position above the floor panel.

Abstract: For reduction in occupation space without sacrifice of the responsible broad bandwidth, an electromagnetic wave absorber for electromagnetic waves is provided with an absorbing sheet formed of a non-woven fabric containing conductive fibers mixed with insulative fibers, and each of the conductive fibers is selected from the group consisting of a metal fiber or a resin fiber coated with a conductive material.

Abstract: A porous body of Ti-Al alloy has a novel structure for a solid electrolytic capacitor, having improved values of leakage current and dielectric loss. The porous body of Ti-Al alloy has spherical particles which partially contact each other to form an integral body. The surfaces of the spherical particles have a ruggedness in the order of several microns or less. Because the diameter of the spherical particle is greater than the size of the ruggedness, the porous body has rough voids which provide a wide passageway through which a manganese nitrate solution penetrates. The wide passageway is effective for decreasing the number of times when there is a thermal decomposition of the manganese nitrate, thereby reducing the series resistance of the resultant cathode. In addition, this novel structure makes it possible to avoid production difficulties which are usually encountered when a solid electrolytic capacitor, having a high capacitance, is produced from a finely divided Ti-Al alloy.