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Group emails can be created by selecting multiple contacts in your email service of choice, such as Gmail, Outlook, or Yahoo. In Gmail: 1. Open your Gmail account. 2. Click the Compose button. 3. Click To to enter the email address of the primary recipient. 4. Click the cc/bcc button to expand the recipient fields. 5. Enter the additional email addresses in the cc and bcc fields separated by a comma. 6. Continue composing your email. 7. Click Send when ready to send the message. In Outlook: 1. Log in to your Outlook account. 2. Click New Email at the top-left of the window. 3. Enter the email address of the primary recipient in the To field. 4. Click the Cc/Bcc button to expand the recipient fields. 5. Enter the additional email addresses in the Cc and Bcc fields separated by a semicolon. 6. Continue composing your email. 7. Click Send when ready to send the message. In Yahoo: 1. Open your Yahoo account. 2. Click the Compose button. 3. Enter the email address of the primary recipient in the To field. 4. Click the plus sign next to the To field and enter additional email addresses in the Cc and Bcc fields. 5. Continue composing your email. 6. Click Send when ready to send the message.

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1. Regularly inspect engineering components for corrosion: Inspections should be conducted regularly for any signs of corrosion. High-risk components should be prioritized for monitoring. 2. Utilize corrosion monitoring technologies: Corrosion monitoring technologies such as extensometers, electrical resistance probes, and magnetic flux leakage sensors can be used to improve initial inspection and detect early signs of corrosion. 3. Perform regular maintenance: Maintenance should be performed regularly in order to prevent or reduce corrosion. This includes cleaning, protective coatings, and monitoring of galvanic corrosion. 4. Implement regular data logging: Data logging systems can be used to record and track changes in the corrosion rate of a metal over time. This helps identify any early signs of corrosion and inform corrective actions. 5. Incorporate corrosion-based engineering practices into design: Designers should consider the corrosion behavior of materials and design structures to reduce the risk of corrosion. This helps reduce the impacts of corrosion and increases asset life expectancy.