Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw
Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw

Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw

Snapshots of the Past

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$219.00
SKU:
AMZ-SOTP-HPA-206639
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description:
Historic Framed Print, Mrs. Grant, 17-7/8" x 21-7/8", Image: 16" x 20"

Beautiful historic reproduction print from the Library of Congress collections.

Created between 1870 and 1880 Stamped on verso: Return to George Grantham Bain... Reference c

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Step back in time with this striking reproduction of Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of tw. Sourced from the United States Library of Congress.

Library of Congress record: Created 1964 Nov Fotokhronika TASS, Moscow, USSR. No. 586546. Our picture shows the control panel of the installation VEPP-2 with opposing charged particle beams in which they are going to realize collision of electrons and positrons with relative power of two thousand milliard electron-volts, being made at the Inst. of Nuclear Physics of the Siberian branch of the USSR's Acad. of Sciences / photo by V. Budan. Photographic prints 1960-1970.

Available framed in a classic black wood frame ready to hang, or unframed for custom display. An elegant choice for any living room, study, or professional office. Makes a thoughtful and distinctive gift. Free shipping on all US orders (domestic 48 states). Snapshots of the Past, founded in 2001, has served tens of thousands of customers worldwide.

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