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Section 1:
NASA Glenn Microgravity Environment
Program (MEP) Overview
(1.8
mb)
Dave Francisco
Microgravity Environment Program Manager
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Section 2:
PIMS Interactions with Experiment Teams
(2.4
mb)
Kenol Jules
PIMS Project Scientist |
Section 3:
Payload Developer and Science Teams Interface to the ISS Program
(684k)
Jim Scheib
International Space Station Payloads Office Mission Management |
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Section 4:
Overview of Space Biology from Cells to Humans
(2.1
mb)
David M. Klaus
University of Colorado at Boulder
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Section 5:
The Influence of Gravity on Physicochemical Systems
(2.1
mb)
J.
Iwan D. Alexander
National Center for Microgravity Research, Case
Western Reserve University
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Section 6:
Impact of the Microgravity Environment on Experiments
(7.3
mb)
Bjarni Tryggvason
Canadian Space Agency |
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Section 7:
Predicting Residual Acceleration Effects on Space Experiments
(5.1
mb)
Emily Nelson
Computational Microgravity
Laboratory |
Section 8:
Physical Effects of Space Flight Acting on Biological Systems
(1
mb)
David M. Klaus
University of Colorado at Boulder |
Section 9:
Developing Microgravity Tolerance Specifications
(1.5
mb)
Emily Nelson
Computational Microgravity Laboratory |
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Section 10:
Working in a Reduced-gravity Environment: A Primer
(6.3
mb)
Kenol Jules
PIMS Project Scientist |
Section 11:
Accelerometer Systems: Descriptions and Capability
(6.6
mb)
William M. Foster
II
Space Acceleration
Measurement Systems (SAMS) Project Manager |
Section 12:
Analysis Techniques for Quasi-steady Data
(1
mb)
Eric Kelly
PIMS Data Analyst |
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Section 13:
Analysis Techniques for Vibratory Data
(2
mb)
Ken Hrovat
PIMS Data Analyst |
Section 14:
Reduced-gravity Environment of Ground-based Facilities and Non-orbital
Flight Platforms
(3.4
mb)
Richard DeLombard
Acceleration Measurement Discipline Scientist |
Section 15:
Simulating Partial-g on Earth and 1-g in Space
(2.8
mb)
David M. Klaus
University of Colorado at Boulder |
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Section 16:
Microgravity Emission Laboratory (MEL) Test Facility
(4.2
mb)
Anne M. McNelis
NASA Glenn Research
Center |
Section 17:
Fundamentals
of Microgravity Vibratory Isolation
(536k)
Dr. Mark Whorton
Principal Investigator for g-LIMIT |
Section 18:
Survey of the Microgravity Vibratory Isolation Systems
(4.3
mb)
Dr. Mark Whorton
Principal Investigator for g-LIMIT |
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Section 19:
Microgravity Control Integration Process and Disturbance For ISS Rack Payloads
(10.1
mb)
John A. Heese
Microgravity Control Project Lead ZIN Technologies |
Section 20:
ISS Design Analysis Cycle and Environment Predictions
(3.8
mb)
Brad Humphreys
Zin Technologies, Inc. |
Section 21:
ISS Measured Quasi-steady Environment
(2.4
mb)
Eric Kelly
PIMS Data Analyst |
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Section 22:
ISS Measured Vibratory Environment
(62
mb)
Ken Hrovat
PIMS Data Analyst |
Section 23:
PIMS International Space Station Operation and Data Access
(9.5
mb)
Kevin M. McPherson
PIMS Project Manager |
Section 24:
The Use of Micro-acceleration Data for Convection Modeling and the Analysis
of the Micro-acceleration Limits
(1.6
mb)
V.
I. Polezhaev, M. K. Ermakov, N. V. Nikitin*, S. A. Nikitin, V. P. Yaremchuk
Institute for Problem in Mechanics, Russian Academy of Science, Moscow,
Russia
* Institute of Mechanics MSU, Moscow |
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Miscellaneous
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Welcome
(60 K)
Course
Description
(64
K)
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Agenda
(44 K)
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Glossary
(60 K)
References (32 K)
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Please contact Kenol Jules,
Kenol.Jules@grc.nasa.gov,
with any questions,
or if you need additional information about the MEIT.
Kenol Jules
Microgravity Project Scientist
NASA Glenn Research Center
Mail Stop 77-7
21000 Brookpark Rd.
Cleveland, Ohio 44135
Tel: (216) 977-7016
Fax: (216) 433-8660
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