Abstract: The present disclosure relates to highly reflective coating formulations that produce coatings having an average infrared reflectivity ranging from about 75% to about 90% at wavelengths ranging from about 0.5 ?m to about 1000 ?m, methods for making the coatings and coating mixtures, and substrates comprising such coatings.

Abstract: An embodiment of a non-volatile memory device is proposed. Said memory device comprises a matrix of memory cells; each memory cell is individually programmable to at least a first logic level and individually erasable to a second logic level. The memory device further comprises partition means for logically subdividing the matrix into a plurality of subspaces; each subspace comprises at least one respective memory cell. The memory device further comprises selection means for selecting a subspace, operative means for performing an operation on all the memory cells of the selected subspace, and means for dynamically modifying the number of subspaces and/or the number of memory cells included in each subspace.

Abstract: New, highly photoluminescent compounds are described having structural formula (I) wherein: R1, R2, R3, R4, independently from each other, represent H; alkyl, alkenyl; aryl; —(CH2CH2—O)n—CH3. These compounds are highly photoluminescent and have high quantum yield; they have optimal plasticity characteristics and optimal miscibility with other amorphous polymers; they lead to the formation of thin, stable and uniform layers of photoluminescent material, obtainable by simple techniques of deposition from solution. A simple and high yield process is described for obtaining the aforesaid compounds. In addition, the use of the compounds of formula (I) and their polymer derivatives is described in the preparation of electroluminescent devices, for example LEDs.

Abstract: An embodiment of a non-volatile memory device is proposed. Said memory device comprises a matrix of memory cells; each memory cell is individually programmable to at least a first logic level and individually erasable to a second logic level. The memory device further comprises partition means for logically subdividing the matrix into a plurality of subspaces; each subspace comprises at least one respective memory cell. The memory device further comprises selection means for selecting a subspace, operative means for performing an operation on all the memory cells of the selected subspace, and means for dynamically modifying the number of subspaces and/or the number of memory cells included in each subspace.

Abstract: New, highly photoluminescent compounds are described having structural formula (I) wherein: R1, R2, R3, R4, independently from each other, represent H; alkyl, alkenyl; aryl; —(CH2CH2—O)n—CH3. These compounds are highly photoluminescent and have high quantum yield; they have optimal plasticity characteristics and optimal miscibility with other amorphous polymers; they lead to the formation of thin, stable and uniform layers of photoluminescent material, obtainable by simple techniques of deposition from solution. A simple and high yield process is described for obtaining the aforesaid compounds. In addition, the use of the compounds of formula (I) and their polymer derivatives is described in the preparation of electroluminescent devices, for example LEDs.

Abstract: A new and distinct seedless mandarin named ‘Late Seedless Mandarin’ is characterized by late fruit production in April through to May in the citrus areas of Sicily, Italy and Riverside, Calif. The tree has high yields and bears from year three onwards. It is further characterized by being a triploid and genetically seedless. The seedless fruit is well sized, has a typical mandarin shape (round, flattened) and has acceptable rind thickness with a smooth texture. The fruit has good acid/sugar ratios, has acceptable shipping characteristics, internal and external color is excellent at harvest, and eating quality is excellent. The fruit has an average juice content of about 45% to 60% at harvest.

Abstract: A new and distinct seedless mandarin named ‘Top Mandarin Seedless’ characterized by late bearing in January through to February in the citrus areas of Sicily, Italy and Riverside, Calif. The tree has high yields and bears from years three onwards. It is further characterized by being a triploid and genetically seedless. The fruit is well sized having a typical mandarin shape (round, flattened) and has acceptable rind thickness with a smooth texture. The fruit stores well, and has reddish pigmented flesh, good acid-sugar ratios, and good external color. The fruit has an average juice content of about 40-50% at harvest.

Abstract: A new and distinct variety of seedless lemon named ‘Yellow Star Seedless’ characterized by being a triploid, and having early bearing in August through to about January in the citrus areas of Sicily, Italy and Riverside, Calif. The tree has high yields and bears from year three onwards. The trees are highly tolerant to the Mal secco disease. The variety is further characterized by being genetically seedless. The fruit is well sized and has acceptable rind thickness, acid-sugar ratios and color. The skin has a smooth texture and the fruit stores well. The fruit has an average juice content of 30-40% at harvest. The fruit shape is typically ovoid.

Abstract: A new and distinct variety of seedless lemon tree named ‘Yellow Star Seedless’ characterized by being a triploid, and having early bearing in August through to about January in the citrus areas of Sicily, Italy and Riverside, Calif. The tree has high yields and bears from year three onwards. The trees are highly tolerant to the Mal secco disease. The variety is further characterized by being genetically seedless. The fruit is well sized and has acceptable rind thickness, acid-sugar ratios and color. The skin has a smooth texture and the fruit stores well. The fruit has an average juice content of 30-40% at harvest. The fruit shape is typically ovoid.

Abstract: A new and distinct seedless mandarin named ‘Late Seedless Mandarin’ is characterized by late fruit production in April through to late March in the citrus areas of Sicily, Italy and Riverside, Calif. The tree has high yields and bears from year three onwards. It is further characterized by being a triploid and genetically seedless. The seedless fruit is well sized, has a typical mandarin shape (round, flattened) and has acceptable rind thickness with a smooth texture. The fruit has good acid/sugar ratios, has acceptable shipping characteristics, internal and external color is excellent at harvest, and eating quality is excellent. The fruit has an average juice content of about 45% to about 60% at harvest.

Abstract: A new and distinct seedless mandarin named ‘Top Mandarin Seedless’ characterized by late bearing in January through to February in the citrus areas of Sicily, Italy and Riverside, Calif. The tree has high yields and bears from years three onwards. It is further characterized by being a triploid and genetically seedless. The fruit is well sized having a typical mandarin shape (round, flattened) and has acceptable rind thickness with a smooth texture. The fruit stores well, and has reddish pigmented flesh, good acid-sugar ratios, and good external color. The fruit has an average juice content of about 40-50% at harvest.