Abstract: A method of manufacturing a CMUT transducer includes: a) forming a first silicon oxide layer on a face of a first silicon layer defining a first electrode of the transducer; b) forming a second silicon oxide layer on a face of a second silicon layer; c) subsequent to step a), forming, at the side of said face of the first silicon layer, by locally oxidizing the silicon of the first silicon layer, silicon oxide walls; and d) subsequent to steps b) and c), transferring and attaching the set comprising the second silicon layer and the second silicon oxide layer on the set comprising the first silicon layer, the first silicon oxide layer, and the silicon oxide walls.

Abstract: The invention relates to use of a herbicide combination at a locus for growing a cereal crop in order to selectively control a weed at that locus. The invention also relates to methods for selectively controlling the growth of a weed at a locus for growing a cereal crop by using a herbicide combination. The invention further relates to a locus for growing a cereal crop to which a selective herbicide combination has been applied. The herbicide combination used in the invention comprises napropamide.

Abstract: The invention relates to the selective control of weeds in crops such as cereal crops, and specifically to the use of a herbicide composition at a locus for growing a cereal crop in order to selectively control a weed at that locus. The herbicide composition used in the invention is as defined herein.

Abstract: Combinations comprising sulfonylureas and an additional herbicide are disclosed, along with compositions and methods utilizing thereof.

Abstract: Combinations comprising sulfonylureas and an additional herbicide are disclosed, along with compositions and methods utilizing thereof.

Abstract: The present invention provides a novel use of D-Napropamide and a method comprising the use of D-Napropamide and combinations comprising the same. Specifically, the composition includes at least one agronomically acceptable excipient and an herbicide composition having D-Napropamide and an additional herbicide, where the additional herbicide is at least one of (1) an amide or (2) an amide combined with at least one of Benzamide, Benzothiazolone, Carbamate, Carboxamide, Chloracetamide, Clomazone, Cyclodiene, Dinitroaniline, Organophosphate, Oxadiazolone, Oxyacetimide, Phenylpyridazine, Phenylurea, Pyridine, Quinoline, Triazine, or Triazinone.

Abstract: The present invention provides a novel use of D-Napropamide and a method comprising the use of D-Napropamide and combinations comprising the same. Specifically, the composition includes at least one agronomically acceptable excipient and an herbicide composition having D-Napropamide and an additional herbicide, where the additional herbicide is at least one of (1) an amide or (2) an amide combined with at least one of Benzamide, Benzothiazolone, Carbamate, Carboxamide, Chloracetamide, Clomazone, Cyclodiene, Dinitroaniline, Organophosphate, Oxadiazolone, Oxyacetimide, Phenylpyridazine, Phenylurea, Pyridine, Quinoline, Triazine, or Triazinone.

Abstract: The present invention provides a novel use of D-Napropamide and a method comprising the use of D-Napropamide and combinations comprising the same.

Abstract: The present invention provides a novel use of D-Napropamide and a method comprising the use of D-Napropamide and combinations comprising the same.

Abstract: The present invention provides a novel use of D-Napropamide and a method comprising the use of D-Napropamide and combinations comprising the same.