Abstract: A system includes a breaker set, an inverter operatively connected to the breaker set, and at least one direct current (DC) voltage converter operatively connected to the inverter. A microgrid interconnection device (MID) can be operatively connected to the breaker set. A controller provides smart functionality for energy production, distribution, and control among residential sources and loads connected to the system. The controller, the breaker set, the MID, the inverter, and the at least one DC voltage converter can be housed within an enclosure.

Abstract: A system includes an enclosure defining an interior space enclosed by a wall of the enclosure. Power electronics are disposed within the interior space. The power electronics can include at least one inverter configured to invert direct current (DC) power to alternating power, at least one voltage converter for boosting voltage from a DC source up to electrical panel voltage, at least one rectifier configured to rectify alternating current (AC) power to DC power, and at least one voltage converter for reducing voltage from electrical panel voltage to a battery charging level. Wall mounting features can extend from the enclosure, configured for mounting the enclosure to a wall surface. It is also contemplated that hinge components can extend from the wall of the enclosure so the enclosure can be hingedly mounted to an electrical panel as a door of the electrical panel.

Abstract: Monk fruit extracts containing mogrol glycosides such as mogroside V may be treated with enzymes under specific reaction conditions to shift distribution of the Siamenoside I reaction product. Modified enzymes are also employed to shift Siamenoside I distribution to increase yield of Siamenoside I and reduce reaction contaminants. Methods of purifying bioconversion reaction product are also described. Siamenoside I obtained using these methods is a useful sweetener and flavor enhancer for food and beverage compositions and the like.

Abstract: A cold rolled and recovered TWIP steel sheet is provided having an austenitic matrix including by weight: 0.71<C<1.2%, 13.0?Mn<25.0%, S?0.030%, P?0.080%, N?0.1%, 0.1?Si?3.0%, 0.1?V?2.50%, and on a purely optional basis, one or more elements such as Cu?5.0%, Al?4.0%, Nb?0.5%, B?0.005%, Cr?1.0%, Mo?0.40%, Ni?1.0%, Ti?0.5%, 0.06?Sn?0.2%, the remainder of the composition being made of iron and inevitable impurities resulting from elaboration.

Abstract: Monk fruit extracts containing mogrol glycosides such as mogroside V may be treated with enzymes under specific reaction conditions to shift distribution of the Siamenoside I reaction product. Modified enzymes are also employed to shift Siamenoside I distribution to increase yield of Siamenoside I and reduce reaction contaminants. Methods of purifying bioconversion reaction product are also described. Siamenoside I obtained using these methods is a useful sweetener and flavor enhancer for food and beverage compositions and the like.

Abstract: Monk fruit extracts containing mogrol glycosides such as mogroside V may be treated with enzymes under specific reaction conditions to shift distribution of the Siamenoside I reaction product. Modified enzymes are also employed to shift Siamenoside I distribution to increase yield of Siamenoside I and reduce reaction contaminants. Methods of purifying bioconversion reaction product are also described. Siamenoside I obtained using these methods is a useful sweetener and flavor enhancer for food and beverage compositions and the like.

Abstract: A hot-rolled or cold-rolled steel plate having a composition including, in weight percent: 0.6%?C?0.9%; 17%?Mn?22%; 0.2%?Al?0.9%; 0.2%?Si?1.1%; with 0.85%?Al+Si?1.6%; 1.2%?Cu?1.7%; S?0.030%; P?0.080%; N?0.1%; 0<Nb?0.25%; 0<V?0.5%; 0<Ti?0.5%; 0<Ni?2%; trace amounts ?Cr?2% and B?0.010% is provided. A remainder of the composition includes iron and impurities resulting from production of the steel plate. A method for manufacturing a steel plate and use of the steel plate in the automotive industry is also provided.

Abstract: A TWIP steel sheet is provided having an austenitic matrix including by weight: 0.1?C?1.2%, 13.0?Mn<25.0%, 0.1?Si?3.0%, 0.1?Cu?5.0%, S?0.030%, P?0.080%, N?0.1%, 0.1?Al?4.0% and 0.1?V?2.50% in such way that:—when the amount of Al<2.0%, the weight ratio Al/V is between 0.2 and 8 or—when the amount of Al?2.0%, the amount of V>0.25%, and on a purely optional basis, one or more of Nb?0.5%, B?0.005%, Cr?1.0%, Mo?0.40%, Ni?1.0%, Ti?0.5%, and/or 0.06?Sn?0.2%, the remainder of the composition being made of iron and inevitable impurities resulting from elaboration.

Abstract: A cold rolled and recovered TWIP steel sheet is provided having an austenitic matrix including by weight: 0.71<C<1.2%, 13.0?Mn<25.0%, S?0.030%, P?0.080%, N?0.1%, 0.1?Si?3.0%, 0.1?V?2.50%, and on a purely optional basis, one or more elements such as Cu?5.0%, Al?4.0%, Nb?0.5%, B?0.005%, Cr?1.0%, Mo?0.40%, Ni?1.0%, Ti?0.5%, 0.06?Sn?0.2%, the remainder of the composition being made of iron and inevitable impurities resulting from elaboration.

Abstract: A hot-rolled or cold-rolled steel plate having a composition including, in weight percent: 0.6%?C?0.9%; 17%?Mn?22%; 0.2%?Al?0.9%; 0.2%?Si?1.1%; with 0.85%?Al+Si?1.6%; 1.2%?Cu?1.7%; S?0.030%; P?0.080%; N?0.1%; 0<Nb?0.25%; 0<V?0.5%; 0<Ti?0.5%; 0<Ni?2%; trace amounts?Cr?2% and B?0.010% is provided. A remainder of the composition includes iron and impurities resulting from production of the steel plate. A method for manufacturing a steel plate and use of the steel plate in the automotive industry is also provided.

Abstract: An austenitic steel sheet excellent in resistance to delayed cracking is provided. The composition of said steel comprises in weight: 0.35%?C?1.05% 15%?Mn?26% Si?3% Al?0.050% S?0.030% P?0.080% N?0.1%, at least one metallic element X chosen among vanadium, titanium, niobium, molybdenum, chromium 0.050%?V?0.50%, 0.040%?Ti?0.50% 0.070%?Nb?0.50% 0.14%?Mo?2% 0.070%?Cr?2%. The composition may optionally include B, Ni and/or Cu. The remainder of the composition includes iron and unavoidable impurities inherent to fabrication, including hydrogen. The quantity Xp of the at least one metallic element under the form of carbides, nitrides or carbonitrides is, in weight: 0.030%?Vp?0.40% 0.030%?Tip?0.50% 0.040%?Nbp?0.40% 0.14%?Mop?0.44% 0.070%?Crp?0.6%. The hydrogen content Hmax designating the maximal hydrogen content that can be measured from a series of at least five specimens, and the quantity Xp, in weight, is such that: 1000 ? H max X P ? 3.3 .

Abstract: The present disclosure relates to isolated enzyme complexes comprising a tethered cofactor and at least two enzymes paired to catalyse an enzymatic reaction and recycle the cofactor.

Abstract: A process for fabricating a steel sheet is provided. The process includes soaking a steel sheet. The steel has a composition including iron, carbon, manganese, silicon, aluminum, sulfur, phosphorus and nitrogen and at least one metallic element X chosen among vanadium, titanium, niobium, molybdenum, and chromium. A quantity Xp of metallic element under the form of carbides, nitrides or carbonitrides is, by weight: 0.030%?Vp?0.40%; 0.030%?Tip?0.50%; 0.040%?Nbp?0.40%; 0.14%?Mop?0.44%; or 0.070%?Crp?0.6%. The soaking step occurs under a pure nitrogen or argon atmosphere with a dew point lower than ?30° C. at a soaking temperature ? between 250 and 900° C. and with a dynamic circulation of a regenerated atmosphere.

Abstract: A hot-rolled austenitic iron/carbon/manganese steel sheet is provided. The strength of which is greater than 900 MPa, the product (strength (in MPa)×elongation at fracture (in %)) of which is greater than 45000 and the chemical composition of which includes, the contents being expressed by weight 0.5%?C?0.7%, 17%?Mn?24%, Si?3%, Al?0.050%, S?0.030%, P?0.080% and N?0.1%. A remainder of the composition includes iron and inevitable impurities resulting from the smelting. A recrystallized fraction of the structure of the steel is greater than 75%, a surface fraction of precipitated carbides of the steel is less than 1.5% and a mean grain size of the steel is less than 18 microns. A reinforcing element is also provided.

Abstract: The present invention relates to enzymes capable of hydrolysing organophosphate (OP) molecules. In particular, the invention relates to variants of the OpdA enzyme from Agrobacterium that display improved activity when compared to the naturally occurring OpdA. The invention is also towards polypeptides that have organophosphate hydrolysing activity for the organophosphates chlorpyrifos methyl, diazinon and parathion ethyl.

Abstract: Steel sheet, the composition of the steel of which comprises, the contents being expressed by weight: 0.08%?C?0.23%, 1%?Mn?2%, 1?Si?2%, Al?0.030%, 0.1%?V?0.25%, Ti?0.010%, S?0.015%, P?0.1%, 0.004%?N?0.012%, and, optionally, one or more elements chosen from: Nb?0.1%, Mo?0.5%, Cr?0.3%, the balance of the composition consisting of iron and inevitable impurities resulting from the smelting.

Abstract: The present invention relates to pyruvate: ?-amino acid transaminases isolated from a Pseudomonas species. The transaminases act on long chain amino acids and are capable of accepting substrates comprising 8 to 12 carbon atoms. The enzymes are suitable as biocatalysts for the manufacture of nylon.

Abstract: A process for fabricating a steel sheet is provided. The process includes soaking a steel sheet. The steel has a composition including iron, carbon, manganese, silicon, aluminum, sulfur, phosphorus and nitrogen and at least one metallic element X chosen among vanadium, titanium, niobium, molybdenum, and chromium. A quantity Xp of metallic element under the form of carbides, nitrides or carbonitrides is, by weight: 0.030%?Vp?0.40%; 0.030%?Tip?0.50%; 0.040%?Nbp?0.40%; 0.14%?Mop?0.44%; or 0.070%?Crp?0.6%. The soaking step occurs under a pure nitrogen or argon atmosphere with a dew point lower than ?30° C. at a soaking temperature ? between 250 and 900° C. and with a dynamic circulation of a regenerated atmosphere.

Abstract: An austenitic steel sheet excellent in resistance to delayed cracking is provided. The composition of said steel comprises in weight: 0.35%?C?1.05% 15%?Mn?26% Si?3% Al?0.050% S?0.030% P?0.080% N?0.1%, at least one metallic element X chosen among vanadium, titanium, niobium, molybdenum, chromium 0.050%?V?0.50%, 0.040%?Ti?0.50% 0.070%?Nb?0.50% 0.14%?Mo?2% 0.070%?Cr?2%. The composition may optionally include B, Ni and/or Cu. The remainder of the composition includes iron and unavoidable impurities inherent to fabrication, including hydrogen. The quantity Xp of the at least one metallic element under the form of carbides, nitrides or carbonitrides is, in weight: 0.030%?Vp?0.40% 0.030%?Tip?0.50% 0.040%?Nbp?0.40% 0.14%?Mop?0.44% 0.070%?Crp?0.6%. The hydrogen content Hmax designating the maximal hydrogen content that can be measured from a series of at least five specimens, and the quantity Xp, in weight, is such that: 1000 ? H max X P ? 3.3 .

Abstract: An austenitic steel sheet excellent in resistance to delayed cracking, the composition of said steel comprising, in weight: 0,35%<C<1,05%, 15%<Mn<26%, Si<3%, Al<0,050%, S<0,030%, P<0,080%, N<0,1%, at least one metallic element X chosen among vanadium, titanium, niobium, molybdenum, chromium: 0,050%<V<0,50%, 0,040%?Ti<0,50%, 0,070%<Nb<0,50%, 0,14%<Mo<2%, 0,070%<Cr<2% and optionally, one or several elements chosen among 0,0005%<B<0,010%, Ni<2%, Cu<5%, the remainder being iron and unavoidable impurities inherent to fabrication, including hydrogen, the quantity Xp of said at least one metallic element under the form of carbides, nitrides or carbonitrides being, in weight: 0,030%<VP<0,40%, 0,030%<Tip<0,50%, 0,040%<Nbp<0,40%, 0,14%<Mop<0,44%, 0,070%<Crp<0,6%, the hydrogen content Hmax designating the maximal hydrogen content that can be measured from a series of at least five specimens, and the quantity Xp, in weight, be