Abstract: The present invention provides a vaccine against canine distemper and leishmaniasis by constructing a recombinant canine distemper virus containing a gene encoding a protein associated with protection against Leishmania protozoa infection inserted into the canine distemper virus vector.

Abstract: The present invention provides a vaccine against canine distemper and leishmaniasis by constructing a recombinant canine distemper virus containing a gene encoding a protein associated with protection against Leishmania protozoa infection inserted into the canine distemper virus vector.

Abstract: A wafer support wheel (20) of ion implantation apparatus (10) is rotated by a first drive motor (34) and is swung by a second drive motor (36). A control unit (42) preliminarily stores a plurality of control swing velocity modes in which one of two basic swing velocity modes is switched to another at an intermediate position in a swing range of the wafer support wheel (20), and controls the second drive motor (36) according to a control swing velocity mode selected and entered at an input device (40). In this structure, after the wafer support wheel (20) is swung in the swing range, two different dose areas corresponding to the two basic swing velocity modes are formed in each wafer W.

Abstract: Wafer holders disposed in the target chamber of an ion implantation apparatus, with each of the wafer holders comprising a wafer mount and an electrically conductive elastic body that is laid on the wafer mount and has a surface for holding a wafer thereon.

Abstract: An ion beam generation unit 2 of an ion implantation apparatus comprises a source chamber 3, and an ion source 6 and an extraction electrode 8 are disposed inside the source chamber 3. An insulating bushing 9 conducting insulation of a high voltage generated by the ion beam generation unit 2 and constituting a part of the source chamber 3 is attached to a main chamber 4 of source chamber 3. The insulating bushing 9 is composed of a cylindrical bushing body 10 secured with respective bolts to the main chamber 4 and a peripheral edge portion 7a of stand 7 and a cylindrical insulating liner 11 provided on the inner side of the bushing body 10. The material of bushing body 10 is a mixture of lead oxide with an epoxy resin. The material of insulating liner is PTFE or ceramics such as Al2O3.

Abstract: A fluorine-containing coating composition comprising from 30 to 90 wt % of a fluorine-containing copolymer containing units derived from a fluoroolefin and units derived from a vinyl ether and having a hydroxyl value of from 30 to 150 (mgKOH/g) and an epoxy equivalent of from 300 to 2,000 (g/eq) and from 10 to 70 wt % of a curing agent having carboxylic acid groups or a derivative thereof.

Abstract: A fluorine-containing copolymer having fluidity at room temperature and comprising, based on entire polymer units, from 20 to 70 mol % of polymer units (1) derived from a polyfluoroolefin and from 1 to 80 mol % of polymer units (2) having a polyoxyalkylene chain having, at its terminal, a group selected from the group consisting of an active hydrogen-containing group, an epoxy group and a functional group cross-linkable by the action of moisture, the total of the polymer units (1) and the polymer units (2) being from 30 to 100 mol %.

Abstract: A fluorine-containing copolymer having fluidity at room temperature and comprising, based on entire polymer units, from 20 to 70 mol % of polymer units (1) derived from a polyfluoroolefin and from 1 to 80 mol % of polymer units (2) having a polyoxyalkylene chain having, at its terminal, a group selected from the group consisting of an active hydrogen-containing group, and epoxy group and a functional group cross-linkable by the action of moisture, the total of the polymer units (1) and the polymer units (2) being from 30 to 100 mol %.

Abstract: A fluorine-containing copolymer having fluidity at room temperature and comprising, based on entire polymer units, from 20 to 70 mol % of polymer units (1) derived from a polyfluoroolefin and from 1 to 80 mol % of polymer units (2) having a polyoxyalkylene chain having, at its terminal, a group selected from the group consisting of an active hydrogen-containing group, an epoxy group and a functional group cross-linkable by the action of moisture, the total of the polymer units (1) and the polymer units (2) being from 30 to 100 mol %.

Abstract: A method of injecting adhesives (7) into cracks (2) of structures (1) for sealing the cracks, involves affixing injection pipes (4) on non-sealed surface portions of the structures at the cracks and connecting an adhesives injection device (10) to each one of the injection pipes. The injection devices are comprised of transparent cylinders having scales thereon graduated toward injection, nozzles (17) thereof, and of pistons (13) which can move linearly in both directions in the cylinders. The nozzles are respectively connected to the injection pipes after adhesives are drawn into the cylinders, and the pistons are moved toward the nozzles by compression, or pushing pressure, of rubber or springs to inject the adhesives into the cracks.