Man going up
General
Description
Originally broadcast as a segment of the television program Johns Hopkins File 7 on November 30, 1957 from the studios of WJZ in Baltimore, Md. Black and white. Lynn Poole, producer; Kennard Calfee, director; James Chimbidis, writer; produced by WJZ Television Station in Baltimore, Md. for the ABC Television Network. Lynn Poole, S. Fred Singer, presenters. Digitized in 2004.
Abstract
Lynn Poole interviews Dr. S. Fred Singer, associate professor of physics at University of Maryland, scientific consultant on U.S. Air Force's FARSIDE project, and father of the earliest practical satellite, MOUSE (Minimal Orbital Unmanned Satellite). Dr. Singer lists the primary contributors to propulsion: Newton, Tsiolkovsky, Oberth, and Goddard. He explains that the technical aspects of a rocket include propulsion, guidance, payload, and reentry. Currently chemical propulsion systems are used to launch rockets, but other propulsion systems, such as iron, photon, fusion, and fission, are being studied. Dr. Singer sketches a diagram to explain how gravitational pull and velocity make a satellite orbit and notes that a velocity greater than seven miles per second results in "escape velocity" and non-return of the satellite. The purpose of basic research, he says, is to train young people, such as the University of Maryland students who designed and built Terrapin and Oriole rockets.
Title Language
Dates
Date Published
1957-11-30
Publisher
Digital Publisher
Language
Identifiers
OCLC Number
55057269
Collection Number
COLL-0008
Resources
Resource Type
Moving Image
Extent
00:29:00hh:mm:ss
Subject
Contributor
Broadcaster (brd): ABC Television Network
Director (drt): Calfee, Kennard
Production personnel (prd): Poole, Lynn
Production personnel (prd): Singer, S. Fred (Siegfried Fred), 1924-2020
Producer (pro): Poole, Lynn
Producer (pro): WJZ-TV (Television station : Baltimore, Md.)
Screenwriter (aus): Chimbidis, James
Copyright and Use
Copyright and Use
Copyright Not Evaluated
System
Access Rights
Public digital access
Model
Video
Unique ID
0338fe7a-c192-40cd-aa44-2342e55f56bc