Space acceleration measurement system description and operations on the First Spacelab Life Sciences Mission

The Space Acceleration Measurement System (SAMS) project and flight units are briefly described. The SAMS operations during the STS-40 mission are summarized, and a preliminary look at some of the acceleration data from that mission are provided. The background and rationale for the SAMS project is described to better illustrate its goals. The functions and capabilities of each SAMS flight unit are first explained, then the STS-40 mission, the SAMS's function for that mission, and the preparation of the SAMS are described. Observations about the SAMS operations during the first SAMS mission are then discussed. Some sample data are presented illustrating several aspects of the mission's microgravity environment

The TerraSAR-X Mission and System Design

This paper describes the TerraSAR-X Mission Concept within the context of a public-private-partnership (PPP) agreement between the German Aerospace Center DLR and industry. It briefly describes the PPP-concept as well as the overall project organization. The paper then gives an overview of the satellite design, the corresponding Ground Segment as well as the main mission parameters. After a short introduction to the scientific and commercial exploitation scheme, the paper finally focuses on the mission accomplishments achieved so far during the ongoing mission

Harassment and Displacement in the Mission: Community Experiences Survey

In partnership with Mission district service providers, the Coalition on Homelessness conducted a survey about experiences of harassment and criminalization in the Mission. We initiated this project after hearing reports from poor and homeless Mission residents that they were experiencing heightened harassment and displacement from their neighborhood. We wanted to know whether these were isolated incidents, or whether these problems were widespread. We also wanted to know what would make Mission residents feel safer in their neighborhood.Surveys were administered by volunteers and service providers at the Coalition on Homelessness, Community United Against Violence, El/La Para Trans Latinas, Mission Neighborhood Resource Center, Mission SRO Collaborative, and Saint James Infirmary. Surveys were collected at service organizations in the Mission, as well as outdoors near the 16th Street Mission BART Plaza between December 2013 and March 2014

The Solar Orbiter mission and its prospects for helioseismology

Solar Orbiter is intended to become ESA's next solar mission in heritage of the successful SOHO project. The scientific objectives of the mission, its design, and its scientific payload are reviewed. Specific emphasis is given to the perspectives of Solar Orbiter with respect to helioseismology.Comment: 6 pages, 4 figure

Aircraft data acquisition

The corn blight project was different than previously planned missions in duration, coverage, and sensor configuration. The wide aerial coverage and single sensor configuration provided flexibility in mission operations that contributed to mission success. This project also provided a review of the data on a timely basis permitting sensor corrections to be made and evaluated in the field

Apollo Soyuz Mission: 5-Day Report

The Apollo Soyuz Test Project mission objectives and technical investigations are summarized. Topics discussed include: spacecraft and crew systems performance; joint flight activities; scientific and applications experiments; in-flight demonstrations; biomedical considerations; and mission support performance

Mission Santa Clara in a Changing Urban Environment

Since its secularization in the 1830s, Mission Santa Clara de Asís and its associated grounds have seen major transformations. These changes include the gradual abandonment of the mission by its native inhabitants, the Californio and early Anglo-American use of mission structures, as well as the founding and growth of Santa Clara College (now Santa Clara University) and the City of Santa Clara. Through the analysis of historic maps, photographs, and archaeological findings, this paper provides an overview of the far-reaching physical changes that have fundamentally altered the original mission-era landscape, including the mission churches, cemeteries, and neophyte village. Information is drawn from historical and archaeological investigations into the lives of Native Americans at Mission Santa Clara, as well as an ongoing project I am conducting with undergraduate students and faculty from the departments of Anthropology and Environmental Studies and Sciences to record historic structures and other features in a geographic information system, or GIS. The massive scale of landscape changes over the past two centuries provide important context from which to consider the implications of future development on the preservation and study of the physical remnants of Mission Santa Clara

Reactions: Natsu Taylor Saito\u27s \u27Colonial Presumptions: The War on Terror and the Roots of American Exceptionalism\u27

Is the word civilization, evoked by Bush in contemporary times, the direct genealogical descendant of the mission civilatrice evoked by his Anglo Saxon predecessors to justify their onslaught on the native inhabitants of the land they have chosen to settle and appropriate? Is the contemporary project by the current political elites of the US to spread democracy in the Middle East the same as and co-equal with the mission to civilize the beast in the lands where beasts wandered two centuries ago? If the ethno/race of the old mission was Anglo Saxon, what is its contemporary ethnic/race today? Does the election of Obama complicate this question

VESTA Project: Phase 0 report

This report presents the results of technical studies conducted at CNES/PMF/APS between October 1984 and September 1985 on the VESTA project. These preliminary studies were conducted to establish mission feasibility in terms ofthe trajectory and the scientific objectives, and to determine the type of interfaces which will be required with the Soviets and to measure the magnitude of French participation. A joint French-Soviet report recommends that the project enter phase A, and was approved by CNES and INTERCOSMOS in September, 1985. The mission analysis is made for a mid-1991 launch, and a development schedule for an end-1992 launch is suggested. The decision to postpone the mission was made during the course of the study