El documento menciona varios lugares de interés en Washington D.C., incluyendo el Capitolio, el Memorial de la Segunda Guerra Mundial, el Centro Kennedy, el Río Potomac, el Jardín de Esculturas Smithsonian, la Estación Unión, la Corte Suprema, el Memorial a los Veteranos de Vietnam, la Biblioteca del Congreso, Chinatown, Georgetown, el Jardín Botánico, el Monumento a Washington, la Universidad Católica de Georgetown, la Campana de la Libertad en la Estación Unión, la Casa Blanca,
Arts Reach: What is Your Vision for Delivering an Exceptional Patron Experience?AudienceView
All arts organizations struggle with the same ongoing challenge: How do we cultivate loyal patrons and develop future audiences? As technology like mobile and social continue to become more integrated into daily life, a multitude of new channels for patron engagement are introduced. In the wake of so many engagement options, it’s easy to lose sight of the forest for the trees.
With so many choices, it’s critical for arts organizations to begin by clearly defining their organizational vision. What is the ideal patron experience we strive to deliver? How can we stay true to this vision at each touch point with patrons and potential patrons? From your staff, to your website and social media presence, to your live events and your reputation in your local community, consistency and excellence are key. In this talk, we’ll discuss key considerations for defining and executing on your vision for delivering an exceptional patron experience -- from first engagement, to your event, and beyond.
Use of Laser Generated Shocks to Improve Metals & AlloysLSP Technologies
This document discusses how lasers can be used to generate high-pressure shock waves in metals in order to improve their mechanical properties. Specifically:
1) Lasers with energies up to 500 Joules are used to generate stress waves exceeding 5 GPa in pressure in metals covered with transparent overlays like quartz or water.
2) These high pressures, above the elastic limit of most metals, cause dislocation networks that strengthen the metal.
3) Experiments showed strengthening of aluminum alloys and stainless steel through increased hardness and strength as well as improved fatigue properties.
El documento menciona varios lugares de interés en Washington D.C., incluyendo el Capitolio, el Memorial de la Segunda Guerra Mundial, el Centro Kennedy, el Río Potomac, el Jardín de Esculturas Smithsonian, la Estación Unión, la Corte Suprema, el Memorial a los Veteranos de Vietnam, la Biblioteca del Congreso, Chinatown, Georgetown, el Jardín Botánico, el Monumento a Washington, la Universidad Católica de Georgetown, la Campana de la Libertad en la Estación Unión, la Casa Blanca,
Arts Reach: What is Your Vision for Delivering an Exceptional Patron Experience?AudienceView
All arts organizations struggle with the same ongoing challenge: How do we cultivate loyal patrons and develop future audiences? As technology like mobile and social continue to become more integrated into daily life, a multitude of new channels for patron engagement are introduced. In the wake of so many engagement options, it’s easy to lose sight of the forest for the trees.
With so many choices, it’s critical for arts organizations to begin by clearly defining their organizational vision. What is the ideal patron experience we strive to deliver? How can we stay true to this vision at each touch point with patrons and potential patrons? From your staff, to your website and social media presence, to your live events and your reputation in your local community, consistency and excellence are key. In this talk, we’ll discuss key considerations for defining and executing on your vision for delivering an exceptional patron experience -- from first engagement, to your event, and beyond.
Use of Laser Generated Shocks to Improve Metals & AlloysLSP Technologies
This document discusses how lasers can be used to generate high-pressure shock waves in metals in order to improve their mechanical properties. Specifically:
1) Lasers with energies up to 500 Joules are used to generate stress waves exceeding 5 GPa in pressure in metals covered with transparent overlays like quartz or water.
2) These high pressures, above the elastic limit of most metals, cause dislocation networks that strengthen the metal.
3) Experiments showed strengthening of aluminum alloys and stainless steel through increased hardness and strength as well as improved fatigue properties.