![]() ![]() Pioneer Solid Cover Magnetic Photo Album (3 Ring 100 Photos) - Navy Blue LM100NB Top of Page. ![]() Some go a step further and offer UV protection, which is helpful for photos and keepsakes you’ve tucked into the album. Pioneer Solid Cover Magnetic 3 Ring Photo Album (100 Photos) - Navy Blue Pioneer Solid Cover Magnetic 3 Ring Photo Album (100 Photos) - Navy Blue. You’ll also want the pages to be transparent and without a glare. Pages that are constructed from a durable heavyweight material is best. You don’t want plastic pages that rip or tear easily. With these, you simply lift up the page, insert your photos or scrapbook page and then lower the cover back down.Īlways check the quality of the pages before you make your final choice. The most popular size is 12 inches by 12 inches.Īnother option is to go with quick-sticking pages with a clear plastic overlay that self-adheres to the page. The pocket will have an opening along the top, so you can slide your creation right in. If you’re interested in protecting full scrapbook pages, you’ll need album refills that feature one large pocket that is big enough to fit the size of scrapbook paper you’ve used. You can even get them with a mixture of both, or you can pick up pages that hold pocket-size photos. The pockets may come in landscape or portrait orientation. These pages tend to have have four to six pockets each for storing the items. You can order pages that hold photographs, collector cards, ticket stubs and coupons. When shopping for album refills, there are a few things you’ll want to consider.įirst, determine how you will use the album refills. These pages are typically sold separately, though. A memorial service in Ithaca will be announced at a later date.Many albums and scrapbooks come with a select number of pages but are designed to hold additional pages. Hagfors is survived by his wife Hana, four children, a stepdaughter and eight grandchildren. His awards and honors include the van der Pol Gold Medal of the International Radio Union the Senior Scientist Award of the Humboldt Society and the Sir Granville Beynon Medal. In recognition of his research achievements, the asteroid 1985 VD1 was named "Hagfors" in his honor. ![]() In 1992 he moved to Germany to direct the Max-Planck-Institute for Aeronomy, where he became involved in space missions to study the ionosphere and surface of Mars and the internal structure of comets. In 1982 he came to Cornell as professor and director of NAIC, initiating engineering studies and developing proposals that led to the second upgrading of the Arecibo telescope in the early 1990s. His leadership, his wit and his wisdom are the legacy that will remain with his many friends forever."Īfter serving as director of operations for the NAIC at Arecibo from 1971 to 1973, Hagfors returned to his native Norway to found and direct the European Incoherent Scatter Association (EISCAT), where he was responsible for the construction and early operation of the EISCAT facility in Scandinavia. "Much of the success of researchers at the NAIC Arecibo Observatory over the years is a direct result of Tor's insight and inspiration. "Tor is widely known and respected in the international radio science community for his personal research achievements and his unselfish leadership efforts for the advancement of radio science," said Robert Brown, director of the National Astronomy and Ionosphere Center (NAIC) at Cornell, which manages the Arecibo Observatory in Puerto Rico for the National Science Foundation. His pioneering co-authored book "Radar Astronomy" (1968) is the primary reference for radar astronomers. Hagfors published more than 200 scientific papers. His "Hagfors scattering law" describing the scattering of radar waves from planetary surfaces is still widely used, and his early radar studies of the properties of the lunar surface were an important contribution in preparation for the Apollo moon landings. ![]() He was one of several people who independently developed the theory for incoherent scattering from magnetized plasmas, and he established many of the fundamental principles needed for radar astronomical observations of the moon and planets. Hagfors was an internationally known pioneer in studies of the interaction of electromagnetic waves with ionized plasmas and solid surfaces. Tor Hagfors, Cornell professor emeritus of astronomy and electrical engineering, died Jan. ![]()
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