Jesus Torres is a journalist who writes for MRandom News and has had his work featured in The Spokesman-Review. His articles cover a range of topics including obituaries, news about popular figures, leaked videos, and other trending stories.
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Jesus Torres' coverage includes a mix of obituaries, leaked videos, and breaking news. It seems that he is interested in profile features related to entertainment and family & relationships.
Given the focus on obituaries, Jesus may be open to pitches about individuals with significant contributions or impact within their respective fields whose stories could provide insight into broader social or cultural trends. For leaked videos and evolving stories, offering exclusive details or expert commentary on these events might catch his attention.
If you have insights into any of the themes covered by Jesus Torres, especially regarding high-profile individuals relevant to entertainment news or family & relationships, it's worth considering reaching out to him.
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News and Marketing MRandom News
By: Jesus Torres
News and Marketing MRandom News
By: Jesus Torres
News and Marketing MRandom News
By: Jesus Torres
News and Marketing MRandom News
By: Jesus Torres
News and Marketing MRandom News
News and Marketing MRandom News
By: Jesus Torres
News and Marketing MRandom News
News and Marketing MRandom News
By: Jesus Torres
News and Marketing MRandom News
By: Jesús Torres, Adolfo Galván
The casting structure of the AA6063 alloy contains intermetallic particles of β-Al5FeSi, which can result in the fragility of the cast pieces. However, with heat treatment, the β phase transforms from a needle or plate form into an intermetallic phase known as α, which resembles Chinese-script in its morphology. To analyze the effect of the ratio of Fe/Mn with different ratios of 0.5, 0.75, and 1, a heat treatment process is used with intermittent interruptions. The alloy is subjected to a temperature of 575 °C for 12 h to determine the microstructural evolution of the β-Al6FeMn and α-Al15(FeMn)3Si2 phases. This study used scanning electron microscopy to conduct point analyses and elemental mappings of the intermetallics found in the casting and heat treatment samples. Additionally, X-ray diffraction was employed to determine the stoichiometry of the present phases. The results indicated that the cast structure contains β-Al6FeMn and α-Al15(FeMn)3Si2 phases and that the β-Al6FeMn phase transforms into the α-Al15(FeMn)3Si2 phase upon completion of the heat treatment process. By using specific Fe/Mn ratios, the formation of the needle-shaped Al5FeSi phase in the casting structure of the alloy can be inhibited, leading to the precipitation of phases such as β-Al6FeMn and α-Al15(FeMn)3Si2 instead.
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