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Links to full-text versions of listed resources.
Where
There’s Fire There’s…
Wright, S. W.; 2003, 80, 1160A.
Oxygen—Abundant
and Essential
Quinsey, C. S.; 2003, 80, 1124.
News
from Online: The Chemistry of Beyond
Michalovic, M.; 2003, 80, 1119.
Nature:
Earth’s Atmosphere and Beyond
Heinhorst, S.; Cannon, G.; 2003, 80, 1115.
The
Discovery of Oxygen and Other Priestley Matters
Williams, K.; 2003, 80, 1129.
News
from Online: In a Planet, Not a Test Tube:
Atmospheric Chemistry
Michalovic, M.; 2003, 80, 362.
Teaching
Chemistry Using From the Earth to the
Moon
Goll, J. G.; Mundinger, S. L.; 2003, 80, 292. Chemistry Comes Alive! Vol. 5
Jacobsen, J. J.; Johnson, K.; Moore, J. W.; Trammell, G.; 2001, 78, 423.
Chemistry Comes Alive! Vol. 1
Jacobsen, J. J.; Moore, J. W.; 2000, 77, 671.
[Both volumes are available from JCE Software.]
Oxygen
Djerassi, C.; Hoffmann, R., reviewed by Kovac, J.; b 79, 436.
Oxygen
Djerassi, C.; Hoffmann, R.; 2001, 78, 283.
"Experiment
with a Candle" without a Candle
Krnel, D.; Glazar, S. A.; 2001, 78, 914.
Just
Breathe: The Oxygen Content of Air; JCE
Classroom Activity #35.
JCE Editorial Staff; 2001, 78, 512A.
Local
Atmospheric Chemistry and Ozone Model (LACOM)
Pirjola, L.; 2000, 77, 1650.
Determination
of the Oxygen Content of Air (Letter to the
Editor)
Braathen, P. C.; 2000, 77, 1410.
A
More Dramatic Container to Crush by Atmospheric
Pressure
Meyers, R. D.; Yee, G. T.; 1999, 76, 933.
The
Persistence of the Candle-and-Cylinder Misconception.
Birk, J. P.; Lawson, A. E.; 1999,
76, 914.
Teaching
Chemistry Using the Movie Apollo 13
Goll, J. G.; Woods, B. J.; 1999, 76, 506.
Periodic
Tables of Elemental Abundance
Dutch, S. I.; 1999, 76, 356.
Before
There Was Chemistry: The Origin of the Elements
as an Introduction to Chemistry
Glickstein, N.; 1999, 76, 353.
Gas
Experiments with Plastic Soda Bottles
Kavanah, P.; Zipp, A. P.; 1998, 75, 1405.
Thermal
Physics (and Some Chemistry) of the Atmosphere
Lower, S. K.; 1998, 75, 837.
Why
Does Helium Have 92% of the Lifting Power
of Hydrogen if It Has Twice the Density?
Ball, D. W.; 1998, 75, 726.
A
Simple and Low-Cost Air Sampler
Saxena, S., Upadhyay, R. and P.; 1996, 73, 787.
Sampling
and Analyzing Air Pollution. An Apparatus
Suitable for Use in Schools
Rockwell, D. M.; Hansen, T.; 1994, 71, 318.
How
Vacuum Cleaners Pick Up Paper: Demonstrating
the Relationship between Air Pressure and
Vacuums
Neils, T. L.; 1993, 70, 327.
Oxygen
Banks, A.; 1990, 67, 298.
Nitrogen
Banks, A.; 1990, 67, 215.
A
Metal Bar to Demonstrate One Atmosphere
Meloan, C. E.; 1988, 65, 69.
Demonstrating
the Chemistry of Air Pollution
Hollenberg, J. L.; Stephens, E. R.; Pitts, J. N., Jr.; 1987, 64, 893.
Percent
Oxygen in Air
Martins, G. F.; 1987, 64, 809.
Using
NASA and the Space Program to Help High School
and College Students Learning Chemistry. Part
II. The Current State of Chemistry in the
Space Program
Kelter, P. B.; Snyder, W. E.; Buchar, C. S.; 1987, 64, 228.
Using
NASA and the Space Program to Help High School
and College Students Learn Chemistry. Part
1. The Shuttle and Our Living Earth
Kelter, P. B.; Snyder, W. E.; Buchar, C. S.; 1987, 64, 60.
The
Density and Apparent Molecular Weight of Air.
A Simple Introductory Experiment
Harris, A. D.; 1984, 61, 74.
A
General Chemistry Experiment for the Determination
of the Oxygen Content of Air
Birk, J. P.; McGrath, L.; Gunter, S. K.; 1981, 58, 804.
Cornelis
Drebbel and Oxygen
van Spronsen, J. W.; 1977, 54, 157.
Scheele’s
Priority for the Discovery of Oxygen
Cassebaum, H.; Schufle, J. A.; 1975, 52, 442.
The
Apollo Missions and the Chemistry of the Moon
Pacer, R. A.; Ehmann, W. D.; 1975, 52, 350.
Steps
Leading to the Discovery of Oxygen, 1774.
A Bicentennial Tribute to Joseph Priestley
Neville, R. G.; 1974, 51, 428.
The
Cabin Atmosphere in Manned Space Vehicles
Bowman, W. H.; Lawrence, R. M.; 1971, 48, 152.
Air
Pollution
Hinch, N.; 1969, 46, 93.
The
Discovery of Oxygen
Partington, J. R.; 1962, 39, 123.
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