129results about How to "Tolerated" patented technology

Provided is a conductive laminated body which has resistance to removal agents employed in chemical etching performed when a conductive laminated body is processed to form an electrode member employed in a touch panel for example, and which has excellent durability with respect to heat. The conductive laminated body in which a conductive layer, which includes a conductive component having a network structure comprising a linear structure, and a protective layer are laminated from the substrate side on at least one face of the substrate, wherein the average thickness (t) of the protective layer is 100 to 1000 nm.

The invention relates to an extracellular antibacterial lipopeptide of plant endophytic Bacillus subtilis Jaasedl and a separation and purification method. The distribution range of the molecular weight of the extracellular antibacterial lipopeptide is mainly between 1,000Da and 2,200Da. The extracellular antibacterial lipopeptide contains an Iturin homologue, a Fengycin homologue and a Surfactin-like Compound homologue. The extracellular antibacterial lipopeptide is a group of uncommon antibacterial lipopeptide mixture produced by a single bacterial strain. The separation and purification method of the extracellular antibacterial lipopeptide comprises the following steps of: after salting out to obtain the crude extract of the antibacterial lipopeptide by using ammonium sulfate from the fermentation liquor of the endophytic Bacillus subtilis Jaasedl, performing Sephedex G-25 molecular sieve chromatography, Cellulose DEAE-52 anion exchange chromatography and FPLC300SB-C18 column chromatography successively, wherein 34 to 37 min of collecting peak has bacteriostatic activity; detecting by Tricine-SDS-PAGE after concentrating; and achieving electrophoretically pure at only one strip to obtain pure extracellular antibacterial lipopeptide. The antibacterial lipopeptide has extremely high research and application value for the development of broad-spectrum antifungal medicaments, and has wide application prospect for natural quality protection of crops and pesticide residue reduction.

A transparent conductive film for constructing a transparent electrode that is free from the generation of residue, etc. by etching with a weak acid (for example, organic acid). Further, there is provided a sputtering target for producing the transparent conductive film. In particular, there is provided a sputtering target composed of indium oxide and cerium oxide, characterized in that in the observation of crystal peaks by X-ray diffractometry, the presence of peaks ascribed to indium oxide and cerium oxide is observed, and that in the EPMA measure, the diameter of cerium oxide particles dispersed in indium oxide is measured as being ‰¦ 5µm. A transparent conductive film is formed by a sputtering technique with the use of this sputtering target. This transparent conductive film is substantially free from the generation of residue, etc. by etching with a weak acid (for example, organic acid).

The present invention relates to the use of a comparatively cheap material for the containment of at least a strongly acidic mineral acid solution highly diluted with water, by means of which saccharides are extracted from lignocellulose material by hydrolysis at a temperature of 175-240 DEG C and a pressure of 6-34 bar (0.6-14 MPa) as well as a time of 1-60 minutes and is characterized in that the material comprises, in addition to iron in an amount greater than any other individual substance and usually at least 50 % by weight, at least chromium in an amount of 10.5-30 % by weight, nickel in an amount of 2.5-29 % by weight, and molybdenum in an amount of 0-7 % by weight. The invention also relates to an apparatus.